mhurhangee/ep-ind-claims huggingface dataset:
A sensor comprising a plate-shaped sensor element extending in a front-rear direction and having a plurality of electrode terminals; a plurality of metallic terminal members (51a, 51b) connected to the electrode terminals of the sensor element; and a separator (70, 71, 271) surrounding and insulating the plurality of metallic terminal members (51a, 51b), wherein at least three electrode terminals are provided on at least one side surface of the sensor element at intervals in a lateral direction normal to the front-rear direction; individual ones of the plurality of metallic terminal members (51a, 51b) each has a plate spring portion formed at a front end thereof, and a crimp portion (57a, 57b) formed at a rear end thereof and connected to the plate spring portion; the plate spring portion is pressed against the corresponding electrode terminal to thereby electrically connect the plate spring portion to the electrode terminal; a lead wire is crimp-connected to the crimp portion (57a, 57b) to thereby electrically connect the lead wire to the crimp portion (57a, 57b); and the lead wire is passed through one of a plurality of through holes of an elastic seal member disposed on the rear-end side of the separator (70, 71, 271), and is extended to the outside, characterized in that the through holes are formed in the elastic seal member substantially or generally along a circle, wherein of the metallic terminal members (51a, 51b) connected to the at least three electrode terminals, side metallic terminal members (51 a) located at opposite ends with respect to the lateral direction are crimp-connected to lead wires by means of crimping fingers of the crimp portions of the side metallic terminal members that are bent toward the side where the electrode terminals are present; and a remaining metallic terminal member is crimp-connected to a lead wire by means of crimping fingers of the crimp portion of the remaining metallic terminal member that are bent toward the side opposite the side where the electrode terminals are present.
A method for displaying guidance information, the method comprising: receiving, by one or more hardware processors, data from a tracking system associated with an elongate device (202, 310) comprising a flexible body; calculating, by the one or more hardware processors, a bend radius along a length of the flexible body based on the data; determining, by the one or more hardware processors, supplemental guidance information (542, 544, 546, 548) that includes an indication of whether the bend radius is less than a minimum allowable bend radius, wherein the minimum allowable bend radius is selected to allow passage of a medical device through the flexible body such that the bend radius being less than the minimum allowable bend radius is associated with a risk of blocking the passage of the medical device; augmenting, by the one or more hardware processors, one or more images with the supplemental guidance information to produce one or more augmented images; and displaying the one or more augmented images on a display device at a surgeon console. receiving, by one or more hardware processors, data from a tracking system associated with an elongate device (202, 310) comprising a flexible body; calculating, by the one or more hardware processors, a bend radius along a length of the flexible body based on the data; determining, by the one or more hardware processors, supplemental guidance information (542, 544, 546, 548) that includes an indication of whether the bend radius is less than a minimum allowable bend radius, wherein the minimum allowable bend radius is selected to allow passage of a medical device through the flexible body such that the bend radius being less than the minimum allowable bend radius is associated with a risk of blocking the passage of the medical device; augmenting, by the one or more hardware processors, one or more images with the supplemental guidance information to produce one or more augmented images; and displaying the one or more augmented images on a display device at a surgeon console.
A safety-stop trochar device and system comprising: a base having a bottom and a circular upstanding member with an internally threaded inner chamber and a floor therein having a diameter-D8, an opening through said floor having a diameter-D1 wherein said diameter-D8 is greater than said diameter-D1, and at least three extension wings extending axially outward from said base; a cap with a mid-point relative to its height, said cap having an opening therethrough comprising a upper section opening with a diameter-D2 and being approximately perpendicular to said floor and a lower section opening adjacent to and below said upper section opening, said cap further having external threading which corresponds to said internally threaded inner chamber of said circular upstanding member; and an insert adapted to seat onto said floor, said insert having a top with a diameter-D4 and a bottom with a diameter-D6 said insert further comprising a bore therethrough having a diameter-D5 wherein said diameter-D5 is less than said diameter-D4 and is approximately equal to or less than said diameter-D1; wherein said lower section opening has a top diameter, diameter-D9, and a bottom diameter, diameter-D3, wherein said diameter-D3 is greater than said diameter-D9 and greater than said diameter-D2 and wherein said diameter-D9 is approximately equal to or less than said diameter-D1; said diameter-D6 is greater than said diameter-D4 and is approximately equal to or less than said diameter-D8 but greater than said diameter-D1 thereby defining a downward and outward angled side wall extending substantially from the top to the bottom of the insert and further comprising at least two U-shaped extensions on said cap above said mid-point. a base having a bottom and a circular upstanding member with an internally threaded inner chamber and a floor therein having a diameter-D8, an opening through said floor having a diameter-D1 wherein said diameter-D8 is greater than said diameter-D1, and at least three extension wings extending axially outward from said base; a cap with a mid-point relative to its height, said cap having an opening therethrough comprising a upper section opening with a diameter-D2 and being approximately perpendicular to said floor and a lower section opening adjacent to and below said upper section opening, said cap further having external threading which corresponds to said internally threaded inner chamber of said circular upstanding member; and an insert adapted to seat onto said floor, said insert having a top with a diameter-D4 and a bottom with a diameter-D6 said insert further comprising a bore therethrough having a diameter-D5 wherein said diameter-D5 is less than said diameter-D4 and is approximately equal to or less than said diameter-D1; wherein said lower section opening has a top diameter, diameter-D9, and a bottom diameter, diameter-D3, wherein said diameter-D3 is greater than said diameter-D9 and greater than said diameter-D2 and wherein said diameter-D9 is approximately equal to or less than said diameter-D1;
A deformable accumulator comprising: a. first and second deformable planar substrates (1, 1'), b. at least one first stretchable current collector (2a, 2b,...) which is deposited on at least one portion of a face of the first substrate, in the vicinity and along at least one first portion of a curved line whose length is greater than the distance between the two ends thereof, c. at least one second stretchable current collector (2a', 2b',...) deposited on at least one portion of a face of the second substrate, in the vicinity and on each side of at least one second curved line whose length is greater than the distance between the two ends thereof, d. an anode consisting of a first set of pillars deposited on the at least one first current collector (2a, 2b,...), the pillars of the first set being spaced from each other on a surface of the first collector, the pillars of the first set of pillars having a height comprised between 1 μm and 1000 μm, and a width comprised between 1 μm and 100 μm, e. a cathode consisting of a second set of pillars, deposited on the at least one second current collector (2a', 2b',...), the pillars of the second set being spaced from each other on a surface of the second collector, the pillars of the second set of pillars having a height comprised between 1 μm and 1000 μm, and a width comprised between 1 μm and 100 μm, f. an electrolyte allowing the transfer of the ionic species, the faces of the first and second substrates, on which the at least one first and at least one second current collectors are deposited respectively, being placed facing each other and delimiting a volume which is occupied by the electrolyte in which the pillars of the anode and the cathode are immersed. a. first and second deformable planar substrates (1, 1'), b. at least one first stretchable current collector (2a, 2b,...) which is deposited on at least one portion of a face of the first substrate, in the vicinity and along at least one first portion of a curved line whose length is greater than the distance between the two ends thereof, c. at least one second stretchable current collector (2a', 2b',...) deposited on at least one portion of a face of the second substrate, in the vicinity and on each side of at least one second curved line whose length is greater than the distance between the two ends thereof, d. an anode consisting of a first set of pillars deposited on the at least one first current collector (2a, 2b,...), the pillars of the first set being spaced from each other on a surface of the first collector, the pillars of the first set of pillars having a height comprised between 1 μm and 1000 μm, and a width comprised between 1 μm and 100 μm, e. a cathode consisting of a second set of pillars, deposited on the at least one second current collector (2a', 2b',...), the pillars of the second set being spaced from each other on a surface of the second collector, the pillars of the second set of pillars having a height comprised between 1 μm and 1000 μm, and a width comprised between 1 μm and 100 μm, f. an electrolyte allowing the transfer of the ionic species,
A power converter comprising: an AC conversion unit adapted to convert DC power into predetermined AC power; a current detector adapted to detect current flowing to the AC conversion unit; and a control unit adapted to control output of the AC conversion unit, wherein the control unit is adapted to perform AC braking of a synchronous electric motor connected to the power converter by applying AC voltage of a frequency higher than the rotation frequency of the synchronous electric motor in a deceleration mode to the synchronous electric motor without generating a rotation force to the synchronous electric motor. an AC conversion unit adapted to convert DC power into predetermined AC power; a current detector adapted to detect current flowing to the AC conversion unit; and a control unit adapted to control output of the AC conversion unit, wherein the control unit is adapted to perform AC braking of a synchronous electric motor connected to the power converter by applying AC voltage of a frequency higher than the rotation frequency of the synchronous electric motor in a deceleration mode to the synchronous electric motor without generating a rotation force to the synchronous electric motor.
Method for operating a start and entry system of a motor vehicle, comprising the steps of: - detecting whether an authorisation of starting the motor vehicle has occurred on the basis of a key signal received on-board the vehicle, which has been sent from a transmitting and receiving unit of a vehicle key, or whether the authorisation of starting the vehicle has occurred on the basis of a near-field signal received on-board the vehicle, which has been sent out by a near-field communication system of a mobile communication device; - if the authorisation of starting the vehicle has occurred on the basis of the key signal received on-board the vehicle: operating the start and entry system in a key operating mode, in which, following the starting of the vehicle, only the availability of the vehicle key in a vehicle interior of the motor vehicle is monitored; - if the authorisation of the starting of the vehicle has occurred on the basis of the near-field signal received on-board the vehicle: operating the start and entry system in a near-field operating mode in which, following the starting of the vehicle, only the availability of the mobile communication device in the vehicle interior is monitored. - detecting whether an authorisation of starting the motor vehicle has occurred on the basis of a key signal received on-board the vehicle, which has been sent from a transmitting and receiving unit of a vehicle key, or whether the authorisation of starting the vehicle has occurred on the basis of a near-field signal received on-board the vehicle, which has been sent out by a near-field communication system of a mobile communication device; - if the authorisation of starting the vehicle has occurred on the basis of the key signal received on-board the vehicle: operating the start and entry system in a key operating mode, in which, following the starting of the vehicle, only the availability of the vehicle key in a vehicle interior of the motor vehicle is monitored; - if the authorisation of the starting of the vehicle has occurred on the basis of the near-field signal received on-board the vehicle: operating the start and entry system in a near-field operating mode in which, following the starting of the vehicle, only the availability of the mobile communication device in the vehicle interior is monitored.
A method, performed by an apparatus, the method comprising: allocating a first sounding resource to at least one of a plurality of user equipment (305 - 308) in a coordinated multi-point transmission/reception communication network for transmitting sounding reference signal to a base station of a serving cell; and allocating a second sounding resource to the at least one user equipment for transmitting sounding reference signal to at least one base station of an interfering cell (301, 303); wherein the first and the second sounding resource are set separately, wherein each sounding resource has own sounding resource configuration parameters, and when the first sounding resource and the second sounding resource conflict in time domain, the user equipment is configured to act based on pre-determined criterion. allocating a first sounding resource to at least one of a plurality of user equipment (305 - 308) in a coordinated multi-point transmission/reception communication network for transmitting sounding reference signal to a base station of a serving cell; and allocating a second sounding resource to the at least one user equipment for transmitting sounding reference signal to at least one base station of an interfering cell (301, 303); wherein the first and the second sounding resource are set separately, wherein each sounding resource has own sounding resource configuration parameters, and when the first sounding resource and the second sounding resource conflict in time domain, the user equipment is configured to act based on pre-determined criterion.
A tire comprising a cord-rubber composite, wherein the tire has a tire weight of 20 kg or less, the WT is a weight of the single tire not including a weight of a rim; when the lumen of the tire is provided with a member made of a sponge or sealant, a sensor member, or the like, the weight includes them, wherein the cord-rubber composite comprises an organic fiber cord, a topping rubber coating the organic fiber cord, and a short fiber filler, characterized in that the short fiber filler has a dispersion V of 0.6 or less defined as follows: V = 1 − R R = 1 N ∑ j exp 2 iθ j θ j | j = 1,2, ⋯, N [wherein i represents an imaginary unit, N is the number of short fiber filler masses that can be confirmed from a range of a reference area of an electron microscope image in a cross section of a topping rubber cut out in a plane parallel to both a length direction of the cord and a width direction of an arrangement of the cord with respect to the organic fiber cord, and θ represents an angle (radian) defined by an orientation direction of each short fiber filler mass with a length direction of the organic fiber cord in the cross section of the topping rubber.] wherein the tire has a tire weight of 20 kg or less, the WT is a weight of the single tire not including a weight of a rim; when the lumen of the tire is provided with a member made of a sponge or sealant, a sensor member, or the like, the weight includes them, wherein the cord-rubber composite comprises an organic fiber cord, a topping rubber coating the organic fiber cord, and a short fiber filler, characterized in that the short fiber filler has a dispersion V of 0.6 or less defined as follows: V = 1 − R R = 1 N ∑ j exp 2 iθ j θ j | j = 1,2, ⋯, N [wherein i represents an imaginary unit, N is the number of short fiber filler masses that can be confirmed from a range of a reference area of an electron microscope image in a cross section of a topping rubber cut out in a plane parallel to both a length direction of the cord and a width direction of an arrangement of the cord with respect to the organic fiber cord, and θ represents an angle (radian) defined by an orientation direction of each short fiber filler mass with a length direction of the organic fiber cord in the cross section of the topping rubber.]
A method for detecting Ethernet performance, comprising: receiving, by an optical network terminal, ONT, a detection configuration instruction, and configuring a maintenance end point, MEP, according to the detection configuration instruction; configuring, by the ONT, a performance detection path, according to states of virtual maintenance end points, VMEP, configured on a main node and backup node, from the MEP to the VMEP, wherein the VMEP comprises two virtual MEPs configured on the main node and backup node respectively, wherein IDs of the two virtual MEPs are identical, wherein at the same moment, a state of one virtual MEP is main, a state of the other virtual MEP is backup, and wherein the main node and the backup node are access aggregation devices; and transmitting, by the ONT, according to the performance detection path, a message to a node corresponding to the virtual MEP with the main state. receiving, by an optical network terminal, ONT, a detection configuration instruction, and configuring a maintenance end point, MEP, according to the detection configuration instruction; configuring, by the ONT, a performance detection path, according to states of virtual maintenance end points, VMEP, configured on a main node and backup node, from the MEP to the VMEP, wherein the VMEP comprises two virtual MEPs configured on the main node and backup node respectively, wherein IDs of the two virtual MEPs are identical, wherein at the same moment, a state of one virtual MEP is main, a state of the other virtual MEP is backup, and wherein the main node and the backup node are access aggregation devices; and transmitting, by the ONT, according to the performance detection path, a message to a node corresponding to the virtual MEP with the main state.
A method for notifying a controller node about a new microflow, comprising: receiving, by an ingress node, a packet that matches an aggregate flow entry in a flow table; determining that a devolve action is associated with the aggregate flow entry; based on determining that the devolve action is associated with the aggregate flow entry, generating a microflow flow entry in the flow table to define a microflow, the microflow flow entry including header information extracted from the packet and an idle timeout identifier that identifies an idle timeout period of time for the microflow flow entry; sending microflow generation information that identifies the microflow to the controller node; determining that the microflow has timed out based on the idle timeout period of time; and in response to determining that the microflow has timed out, sending the controller node microflow termination information that includes path measurement metric information associated with the microflow. receiving, by an ingress node, a packet that matches an aggregate flow entry in a flow table; determining that a devolve action is associated with the aggregate flow entry; based on determining that the devolve action is associated with the aggregate flow entry, generating a microflow flow entry in the flow table to define a microflow, the microflow flow entry including header information extracted from the packet and an idle timeout identifier that identifies an idle timeout period of time for the microflow flow entry; sending microflow generation information that identifies the microflow to the controller node; determining that the microflow has timed out based on the idle timeout period of time; and in response to determining that the microflow has timed out, sending the controller node microflow termination information that includes path measurement metric information associated with the microflow.
A method for the synthesis of 3,6-bis-[N-protected aminoalkyl]-2,5-diketopiperazine comprising: heating a mixture of an amino acid of general formula I in the presence of a catalyst in an organic solvent; wherein the catalyst is phosphorous pentoxide, wherein the concentration of phosphorous pentoxide to the amino acid is 20 mol % to 50 mol %; wherein n is 2 or 3; wherein the PG is trifluoroacetyl; and wherein the solvent is selected from the group consisting of: dimethylacetamide, N-methyl-2-pyrrolidone, diglyme, ethyl glyme, proglyme, ethyldiglyme. heating a mixture of an amino acid of general formula I in the presence of a catalyst in an organic solvent; wherein the catalyst is phosphorous pentoxide, wherein the concentration of phosphorous pentoxide to the amino acid is 20 mol % to 50 mol %; wherein n is 2 or 3; wherein the PG is trifluoroacetyl; and wherein the solvent is selected from the group consisting of: dimethylacetamide, N-methyl-2-pyrrolidone, diglyme, ethyl glyme, proglyme, ethyldiglyme. dimethylacetamide, N-methyl-2-pyrrolidone, diglyme, ethyl glyme, proglyme, ethyldiglyme.
A nutritional composition comprising bitter peptides encapsulated in a structure, wherein said structure is an organogel comprising an oil or melted fat and a gelator selected from the list consisting of phospholipids, lecithin, monoglyceride, amphiphilic peptides, sorbitan monostearate, mono-, di- and/or triacyglycerols, fatty acids, fatty alcohol, wax, phytosterol, and/or combinations thereof.
A multi-axis compliant end-effector for attachment to a robotic device, the end-effector comprising: a compliant contact probe configured to determine by contact an actual location of a workpiece feature; at least one translational joint (424, 426) and at least one rotational joint (426, 428) associated with the compliant contact probe, and configured to passively align the compliant contact probe with the workpiece feature; and a number of magnetic detents (430, 432) configured to retain the compliant contact probe in a substantially neutral orientation when the compliant contact probe is not passively aligned with the workpiece feature. a compliant contact probe configured to determine by contact an actual location of a workpiece feature; at least one translational joint (424, 426) and at least one rotational joint (426, 428) associated with the compliant contact probe, and configured to passively align the compliant contact probe with the workpiece feature; and a number of magnetic detents (430, 432) configured to retain the compliant contact probe in a substantially neutral orientation when the compliant contact probe is not passively aligned with the workpiece feature.