mhurhangee/patent-ind-claim-en huggingface dataset:
Spinal implant comprising: an implant body extending between an anterior surface and a posterior surface , and including a first vertebral engaging surface and a second vertebral engaging surface , the implant body further including an inner surface that defines at least one opening oriented to implant a fastener oblique relative to a lateral axis (XL) of a subject body (B) and adjacent an intervertebral space (V) of the subject body (B), the implant body defining a cavity such that a surgical instrument is connectable with the implant body adjacent the cavity and movable relative to the implant body , and the spinal implant further comprising: a member movable in the cavity and connectable with the surgical instrument , wherein the member includes a socket configured for attachment with the surgical instrument , and wherein the socket is configured for threaded and releasable engagement with a portion of the surgical instrument . an implant body extending between an anterior surface and a posterior surface , and including a first vertebral engaging surface and a second vertebral engaging surface , the implant body further including an inner surface that defines at least one opening oriented to implant a fastener oblique relative to a lateral axis (XL) of a subject body (B) and adjacent an intervertebral space (V) of the subject body (B), the implant body defining a cavity such that a surgical instrument is connectable with the implant body adjacent the cavity and movable relative to the implant body , and the spinal implant further comprising: a member movable in the cavity and connectable with the surgical instrument , wherein the member includes a socket configured for attachment with the surgical instrument , and wherein the socket is configured for threaded and releasable engagement with a portion of the surgical instrument . a member movable in the cavity and connectable with the surgical instrument , wherein the member includes a socket configured for attachment with the surgical instrument , and wherein the socket is configured for threaded and releasable engagement with a portion of the surgical instrument .
A composite comprising a mixture of proteins in the form of a single fiber arranged as a coil and at least one non MaSp protein derived polymer, wherein: said mixture of proteins comprises "m" types of proteins of differing molecular weight, wherein each protein in said mixture comprises, independently, "n" repeats of a variant of a repetitive region of a major ampullate spidroin (MaSp) protein, wherein said "m" is an integer between 4 to 70, wherein said "n" is an integer between 2 to 70, wherein two or more of said proteins are characterized by molecular weight increment of 2 kDa to 3.5, wherein at least 50% of said proteins in said single fiber are larger (in kDa) than the median weight of said proteins in said single fiber wherein each of said proteins comprises, independently, an amino acid sequence as set forth in SEQ ID NO: 1: (X 1 ) Z X 2 GPGGYGPX 3 X 4 X 5 GPX 6 GX 7 GGX 8 GPGGPGX 9 X 10 , wherein X 1 is, independently, at each instance A or G wherein at least 50% of (X 1 )Z is A, Z is an integer between 5 to 30; X 2 is S or G; X 3 is G or E; X 4 is G, S or N; X 5 is Q or Y; X 6 is G or S; X 7 is P or R; X 8 is Y or Q; X 9 is G or S; and X 10 is S or G; wherein the composite is characterized by at least one improved mechanical property as compared to the property for the polymer free of said mixture of proteins, wherein said property is selected from the group consisting of: Young's modulus, tensile strength, fracture strain, yield point, toughness, work to failure, impact strength, tear strength, flexural modulus, flexural strain and stress at a specific percentage elongation.
Gear wheel for use in a gear wheel transmission , comprising - a main body that comprises a ring gear with - numerous first teeth with a first formability (v1) and - numerous second teeth with a second formability (v2), wherein - the second formability (v2) is larger than the first formability (v1), characterized in that - the second teeth are only circumferentially sized over the first teeth . - a main body that comprises a ring gear with - numerous first teeth with a first formability (v1) and - numerous second teeth with a second formability (v2), wherein - the second formability (v2) is larger than the first formability (v1), characterized in that - the second teeth are only circumferentially sized over the first teeth .
A bioresorbable polymer of Formula A wherein: x is between 0 and 2,000; y is between 0 and 2,000; x plus y is between 2 and 2000; z is between 2 and 2,000; and n is between 1 and 1,000. x is between 0 and 2,000; y is between 0 and 2,000; x plus y is between 2 and 2000; z is between 2 and 2,000; and n is between 1 and 1,000.
A chuck by means of which workpieces can be supported individually for machining by a machine tool and aligned coaxially to a centering axis , which serves as a reference for machining the workpiece by the machine tool , - having a chuck body , - having four clamping jaws that are radially movably mounted on the chuck body and arranged in pairs in an X or Y plane and by means of which the workpiece is aligned with respect to the centering axis and held during the machining process, - and having a pull piston that is mounted in or at the chuck body so as to be linearly movable and which is drivably coupled to a respective clamping jaw such that during the linear movement of the pull piston the clamping jaws are radially fed in the direction of the workpiece to be clamped or moved away from same in a synchronous manner, - wherein the pull piston is arranged coaxially with respect to the centering axis inside the chuck body and can be axially actuated by two drive means (12, 13 or 52, 53), characterised in that each of the drive means has a linearly movable piston rod or threaded spindle , whose respective longitudinal axis (26' or 55') is arranged to be perpendicular with respect to the centering axis . - having a chuck body , - having four clamping jaws that are radially movably mounted on the chuck body and arranged in pairs in an X or Y plane and by means of which the workpiece is aligned with respect to the centering axis and held during the machining process, - and having a pull piston that is mounted in or at the chuck body so as to be linearly movable and which is drivably coupled to a respective clamping jaw such that during the linear movement of the pull piston the clamping jaws are radially fed in the direction of the workpiece to be clamped or moved away from same in a synchronous manner, - wherein the pull piston is arranged coaxially with respect to the centering axis inside the chuck body and can be axially actuated by two drive means (12, 13 or 52, 53),
Height adjustable table , comprising at least one electrically height adjustable table column , and a control device , characterized in that the height adjustable table comprises an operating element having at least one fingerprint sensor , wherein the fingerprint sensor is provided in combination with a flip switch (K) or as flip switch (K), which is set up to tilt around an axis (X) upward or downward and which can be operated by a finger.
A battery system for an aircraft comprising: one or more battery packages , each battery package including a plurality of battery cells ; a thermal management system fluidly connected to the one or more battery packages , the thermal management system having a flow of coolant flowing therethrough; wherein thermal energy is dissipated from the one or more battery packages via a phase change of the flow of coolant ; and a condenser heat exchanger fluidly connected to the flow of coolant to condense the flow of coolant to saturated liquid; wherein the thermal management system includes: a thermally conductive inter-cell separator disposed between adjacent battery cells of the plurality of battery cells ; and two or more coolant flow passages operably connected to the inter-cell separator ; wherein the inter-cell separator is configured to conduct thermal energy from the plurality of battery cells and transfer the thermal energy into the flow of coolant flowing through the two or more coolant passages ; and characterised in that the inter-cell separator is formed from a polymer with a metal coating such that the polymer inhibits thermal energy transfer between adjacent battery cells and the metal coating provides for transfer of thermal energy toward the two or more coolant passages . one or more battery packages , each battery package including a plurality of battery cells ; a thermal management system fluidly connected to the one or more battery packages , the thermal management system having a flow of coolant flowing therethrough; wherein thermal energy is dissipated from the one or more battery packages via a phase change of the flow of coolant ; and a condenser heat exchanger fluidly connected to the flow of coolant to condense the flow of coolant to saturated liquid; wherein the thermal management system includes: a thermally conductive inter-cell separator disposed between adjacent battery cells of the plurality of battery cells ; and two or more coolant flow passages operably connected to the inter-cell separator ; wherein the inter-cell separator is configured to conduct thermal energy from the plurality of battery cells and transfer the thermal energy into the flow of coolant flowing through the two or more coolant passages ; and characterised in that the inter-cell separator is formed from a polymer with a metal coating such that the polymer inhibits thermal energy transfer between adjacent battery cells and the metal coating provides for transfer of thermal energy toward the two or more coolant passages .
Cable guiding channel, consisting of a U-shaped upper part as a cover and a U-shaped lower part having the features: - on the upper part two geometrically differently shaped form profiles are formed on the side walls on both sides, each form profile with a support strip and upper side element , - on the lower part two geometrically differently formed U-shaped cover holding profiles are formed on the side walls on both sides, the cover holding profiles consisting of an inner leg , a base and an outer leg as well as strips and cross pieces , - the two cover holding profiles of the lower part and the two form profiles of the upper part are designed to be asymmetrical and cooperate with one another, wherein the geometric structures of the cover holding profiles or form profiles are shaped differently on both sides of the lower part or the upper part , wherein: - the upper side elements of the two form profiles which run up to the supports strips cooperating with the cover holding profiles are of different lengths, whereby depending on the orientation of the upper part about an angle of 180° either a flush or an offset mounting position of the upper part on the lower part is possible. - on the upper part two geometrically differently shaped form profiles are formed on the side walls on both sides, each form profile with a support strip and upper side element , - on the lower part two geometrically differently formed U-shaped cover holding profiles are formed on the side walls on both sides, the cover holding profiles consisting of an inner leg , a base and an outer leg as well as strips and cross pieces , - the two cover holding profiles of the lower part and the two form profiles of the upper part are designed to be asymmetrical and cooperate with one another, wherein the geometric structures of the cover holding profiles or form profiles are shaped differently on both sides of the lower part or the upper part , - the upper side elements of the two form profiles which run up to the supports strips cooperating with the cover holding profiles are of different lengths, whereby depending on the orientation of the upper part about an angle of 180° either a flush or an offset mounting position of the upper part on the lower part is possible.
An apparatus comprising: (a) a body ; (b) a shaft assembly extending distally from the body; (c) an end effector located at a distal end of the shaft assembly, wherein the end effector comprises: (i) an ultrasonic blade , wherein the ultrasonic blade is configured to vibrate at an ultrasonic frequency, (ii) a clamp arm , wherein the clamp arm is configured to move toward and away from the ultrasonic blade, and (iii) a sleeve , wherein the sleeve extends along at least part of the length of an outer portion of the ultrasonic blade, wherein the sleeve is configured to prevent tissue from contacting the portion of the ultrasonic blade covered by the sleeve, and characterized by (d) a deflection member , comprised by a movement mechanism for the clamp arm, configured to drive the sleeve toward and/or away from the ultrasonic blade in response to movement of the clamp arm. (a) a body ; (b) a shaft assembly extending distally from the body; (c) an end effector located at a distal end of the shaft assembly, wherein the end effector comprises: (i) an ultrasonic blade , wherein the ultrasonic blade is configured to vibrate at an ultrasonic frequency, (ii) a clamp arm , wherein the clamp arm is configured to move toward and away from the ultrasonic blade, and (iii) a sleeve , wherein the sleeve extends along at least part of the length of an outer portion of the ultrasonic blade, wherein the sleeve is configured to prevent tissue from contacting the portion of the ultrasonic blade covered by the sleeve, and characterized by (i) an ultrasonic blade , wherein the ultrasonic blade is configured to vibrate at an ultrasonic frequency, (ii) a clamp arm , wherein the clamp arm is configured to move toward and away from the ultrasonic blade, and (iii) a sleeve , wherein the sleeve extends along at least part of the length of an outer portion of the ultrasonic blade, wherein the sleeve is configured to prevent tissue from contacting the portion of the ultrasonic blade covered by the sleeve, and characterized by (d) a deflection member , comprised by a movement mechanism for the clamp arm, configured to drive the sleeve toward and/or away from the ultrasonic blade in response to movement of the clamp arm.
A method comprising: a) providing a source of zinc, a source of sulfur and a source of one or more dopants chosen from selenium, gallium, aluminum and silicon; b) injecting the source of zinc as a gas at 0.2 to 1 slpm, the source of sulfur as a gas at 0.1 to 0.9 slpm and the one or more sources of selenium, gallium, aluminum and silicon as a gas at 0.01 slpm to 0.1 slpm into a chemical vapor deposition chamber comprising an inert gas, the pressure in the chemical vapor deposition chamber ranges from 20 to 50 Torr; and c) chemical vapor depositing one or more layers of a composition comprising zinc sulfide and 0.5 molar% to 10 molar% of one or more of the dopants chosen from selenium, gallium, aluminum and silicon on a substrate, a temperature of the substrate is from 600° C to 800° C. a) providing a source of zinc, a source of sulfur and a source of one or more dopants chosen from selenium, gallium, aluminum and silicon; b) injecting the source of zinc as a gas at 0.2 to 1 slpm, the source of sulfur as a gas at 0.1 to 0.9 slpm and the one or more sources of selenium, gallium, aluminum and silicon as a gas at 0.01 slpm to 0.1 slpm into a chemical vapor deposition chamber comprising an inert gas, the pressure in the chemical vapor deposition chamber ranges from 20 to 50 Torr; and c) chemical vapor depositing one or more layers of a composition comprising zinc sulfide and 0.5 molar% to 10 molar% of one or more of the dopants chosen from selenium, gallium, aluminum and silicon on a substrate, a temperature of the substrate is from 600° C to 800° C.
A prosthesis for monitoring fluid flow, said prosthesis comprising: a first tubular prosthesis having a first lumen extending therethrough; a second tubular prosthesis having a second lumen extending therethrough and disposed over the first tubular prosthesis thereby forming a pocket therebetween; and a sensor configured to sense fluid flow through the first lumen ; wherein the sensor is disposed within the pocket and circumferentially around the first tubular prosthesis and is insulated from contact with fluid flowing through the first lumen ; and wherein the sensor is a polyvinylidene fluoride, PVDF, film sensor and covers at least half the circumference of the first tubular prosthesis . a first tubular prosthesis having a first lumen extending therethrough; a second tubular prosthesis having a second lumen extending therethrough and disposed over the first tubular prosthesis thereby forming a pocket therebetween; and a sensor configured to sense fluid flow through the first lumen ; wherein the sensor is disposed within the pocket and circumferentially around the first tubular prosthesis and is insulated from contact with fluid flowing through the first lumen ; and wherein the sensor is a polyvinylidene fluoride, PVDF, film sensor and covers at least half the circumference of the first tubular prosthesis .
A method of transmitting configuration information, the method being applied to a user terminal, the method comprising: sending In-Device Coexistence, IDC, assistance information to a network-side device, wherein the network-side device comprises at least one of a master node, MN, and a secondary node, SN; receiving assistance configuration information of IDC interference cancellation sent by the network-side device, wherein the assistance configuration information of IDC interference cancellation corresponds to the IDC assistance information; characterized in that , a Signalling radio Bearer, SRB is not established between the user terminal and the SN; the network-side device is the MN, and the IDC assistance information comprises IDC assistance information of a Secondary Cell Group, SCG; the assistance configuration information comprises assistance configuration information of IDC interference cancellation of the SCG; or, an SRB is established between the user terminal and the SN; the network-side device comprises at least one of the MN and the SN; the assistance configuration information comprises the assistance configuration information of IDC interference cancellation of the SCG. sending In-Device Coexistence, IDC, assistance information to a network-side device, wherein the network-side device comprises at least one of a master node, MN, and a secondary node, SN; receiving assistance configuration information of IDC interference cancellation sent by the network-side device, wherein the assistance configuration information of IDC interference cancellation corresponds to the IDC assistance information; characterized in that , a Signalling radio Bearer, SRB is not established between the user terminal and the SN; the network-side device is the MN, and the IDC assistance information comprises IDC assistance information of a Secondary Cell Group, SCG; the assistance configuration information comprises assistance configuration information of IDC interference cancellation of the SCG; or, an SRB is established between the user terminal and the SN; the network-side device comprises at least one of the MN and the SN; the assistance configuration information comprises the assistance configuration information of IDC interference cancellation of the SCG.
A method for managing a Mobile ad hoc Network, MANET, comprising: self-assigning, by a first node of a plurality of nodes that are comprised in the MANET, to a part of a network-spanning backbone upon a determination by the first node that one or more criteria have been satisfied; using by the first node the network-spanning backbone to facilitate a first tier control plane communication service within the MANET, wherein all nodes in the network can hear transmissions on the first tier control plane communication service; communicating by the first node within the MANET using a second tier control plane communication service separate from the first tier control plane communication service when communicating exclusively with neighbor nodes that are a 1-hop distance from the first node, wherein the method further comprises choosing by the first node one or more bridge nodes of said first tier control plane communication service which facilitate communication by the first-node with neighbor nodes that are a 2-hop distance from the first node. self-assigning, by a first node of a plurality of nodes that are comprised in the MANET, to a part of a network-spanning backbone upon a determination by the first node that one or more criteria have been satisfied; using by the first node the network-spanning backbone to facilitate a first tier control plane communication service within the MANET, wherein all nodes in the network can hear transmissions on the first tier control plane communication service; communicating by the first node within the MANET using a second tier control plane communication service separate from the first tier control plane communication service when communicating exclusively with neighbor nodes that are a 1-hop distance from the first node, wherein the method further comprises choosing by the first node one or more bridge nodes of said first tier control plane communication service which facilitate communication by the first-node with neighbor nodes that are a 2-hop distance from the first node.
A fluid coupling device comprising: a male connector component comprising a male coupling shuttle valve member disposed within the male connector component ; and a locking sleeve coupled to the male connector component , wherein the locking sleeve is coupled to the male coupling shuttle valve member ; a female connector component releasably matable to the male connector component ; and a female coupling shuttle valve member partially disposed within the male connector component and partially disposed within the female connector component when the female connector component releasably mates with the male connector component , wherein sliding the locking sleeve longitudinally along the male connector component also longitudinally slides the male coupling shuttle valve member and the female coupling shuttle valve member within the fluid coupling device , wherein the sliding of the locking sleeve causes a blockage of fluid flow through the fluid coupling device . a male connector component comprising a male coupling shuttle valve member disposed within the male connector component ; and a locking sleeve coupled to the male connector component , wherein the locking sleeve is coupled to the male coupling shuttle valve member ; a male coupling shuttle valve member disposed within the male connector component ; and a locking sleeve coupled to the male connector component , wherein the locking sleeve is coupled to the male coupling shuttle valve member ; a female connector component releasably matable to the male connector component ; and a female coupling shuttle valve member partially disposed within the male connector component and partially disposed within the female connector component when the female connector component releasably mates with the male connector component , wherein sliding the locking sleeve longitudinally along the male connector component also longitudinally slides the male coupling shuttle valve member and the female coupling shuttle valve member within the fluid coupling device , wherein the sliding of the locking sleeve causes a blockage of fluid flow through the fluid coupling device .