mhurhangee/patent-ind-claim-en huggingface dataset:
Current collector for a non-rail-bound, electric traction vehicle for feeding electrical energy from a two-pole overhead line system with contact wires embodied as forward and return conductors, comprising - an articulated support linkage , which, on the contact wire side, supports rocker assemblies having contact strips and, on the vehicle side, has a base joint for articulation to the traction vehicle , and - a pneumatic reciprocating drive , which is coupled to the support linkage such that the rocker assemblies can be raised from a lower parking position (h P ) into an upper contact position (h K ) when the reciprocating drive is pressurised and can be lowered into the parking position (h P ) under their own weight when depressurisation occurs, characterised in that - the reciprocating drive can be connected to the environment by means of an exhaust air line in order to lower the rocker assemblies , - wherein an air accumulator and a throttle valve arranged downstream thereof are connected between the reciprocating drive and an environment opening of the exhaust air line , and - wherein a storage capacity of the air accumulator is dimensioned to be less than the operating volume of the reciprocating drive . - an articulated support linkage , which, on the contact wire side, supports rocker assemblies having contact strips and, on the vehicle side, has a base joint for articulation to the traction vehicle , and - a pneumatic reciprocating drive , which is coupled to the support linkage such that the rocker assemblies can be raised from a lower parking position (h P ) into an upper contact position (h K ) when the reciprocating drive is pressurised and can be lowered into the parking position (h P ) under their own weight when depressurisation occurs, - the reciprocating drive can be connected to the environment by means of an exhaust air line in order to lower the rocker assemblies , - wherein an air accumulator and a throttle valve arranged downstream thereof are connected between the reciprocating drive and an environment opening of the exhaust air line , and - wherein a storage capacity of the air accumulator is dimensioned to be less than the operating volume of the reciprocating drive .
Cylinder head of an internal combustion engine with at least one outlet duct formed by a sheet metal jacket cast around the cylinder head , wherein all outlet ducts are formed at least in segments, and an exhaust manifold is formed by the sheet metal jacket cast in the cylinder head , characterized in that in that the sheet metal jacket is composed of several jacket parts , wherein one jacket part is an upper half-shell and an additional jacket part is a lower half-shell of the sheet metal jacket , and wherein each of the half-shells is associated with a different half of the cross-section of the outlet duct or of the exhaust manifold , respectively.
A method for depositing a yarn end on a bobbin in a defined manner when winding yarn on a bobbin at a workstation of a spinning and winding machine, in which the yarn end is wound on the bobbin , the yarn end is detected on the bobbin by means of an attending device and then is deposited on the tube in a defined manner outside the profile (P) of a standard package of yarn , characterized in that after being detected on the bobbin by the attending device and before depositing of the yarn end on the tube in a defined manner outside the profile (P) of a standard package of yarn , the yarn is passed to the means of the workstation of the spinning and winding machine and then the yarn is deposited on the tube outside the profile (P) of the standard package of yarn by the means of the working station of the machine.
A method of determining a geometry of an orthodontic appliance, the method comprising: receiving a treatment plan for a patient's teeth, the treatment plan comprising: a plurality of stages to move the patient's teeth from an initial position toward a final position, and a treatment force for each of the plurality of stages to move the patient's teeth; generating an initial 3D model of an aligner comprising a plurality of tooth-receiving cavities to receive the patient's teeth being positioned to produce the treatment force; producing a finite element shell model comprising a plurality of shell elements according to the initial 3D model; determining a first modeled force based on the finite element shell model; varying at least one shell element of the finite element shell model, thereby generating an intermediate 3D model, the intermediate 3D model comprising a second modelled force to move the patient's teeth; comparing at least one of the first modeled force or the second modeled force to the treatment force of the at least one stage to provide a similarity value; and repeating the varying until a threshold shell element value, a threshold similarity value, or a combination thereof is obtained. receiving a treatment plan for a patient's teeth, the treatment plan comprising: a plurality of stages to move the patient's teeth from an initial position toward a final position, and a treatment force for each of the plurality of stages to move the patient's teeth; a plurality of stages to move the patient's teeth from an initial position toward a final position, and a treatment force for each of the plurality of stages to move the patient's teeth; generating an initial 3D model of an aligner comprising a plurality of tooth-receiving cavities to receive the patient's teeth being positioned to produce the treatment force; producing a finite element shell model comprising a plurality of shell elements according to the initial 3D model; determining a first modeled force based on the finite element shell model; varying at least one shell element of the finite element shell model, thereby generating an intermediate 3D model, the intermediate 3D model comprising a second modelled force to move the patient's teeth; comparing at least one of the first modeled force or the second modeled force to the treatment force of the at least one stage to provide a similarity value; and repeating the varying until a threshold shell element value, a threshold similarity value, or a combination thereof is obtained.
A disposable bioprocessing component comprising: a sensor comprising: a first portion configured to provide an identifier; and a second portion configured to provide a status indication based on a state of the component, the identifier and status indication to be transmitted for use by a control system for a bioprocessing platform; wherein the component comprises at least one of a clamp, valve, actuator, switch, connector, and lever, and the status indication comprises at least one of; a first or second position, an indication of an open/closed state, an on/off indication, or a connected/disconnected state of the component, wherein the first portion of the sensor comprises a radio frequency identification tag and the second portion of the sensor comprises a wireless sensor node, and wherein the second portion activates the first portion to transmit the status indication when the second portion is brought into close proximity with the first portion. a sensor comprising: a first portion configured to provide an identifier; and a second portion configured to provide a status indication based on a state of the component, the identifier and status indication to be transmitted for use by a control system for a bioprocessing platform; a first portion configured to provide an identifier; and a second portion configured to provide a status indication based on a state of the component, the identifier and status indication to be transmitted for use by a control system for a bioprocessing platform; wherein the component comprises at least one of a clamp, valve, actuator, switch, connector, and lever, and the status indication comprises at least one of; a first or second position, an indication of an open/closed state, an on/off indication, or a connected/disconnected state of the component, wherein the first portion of the sensor comprises a radio frequency identification tag and the second portion of the sensor comprises a wireless sensor node, and wherein the second portion activates the first portion to transmit the status indication when the second portion is brought into close proximity with the first portion.
A soluble fusion protein complex comprising at least two soluble fusion proteins, wherein the first fusion protein comprises (a) a first antibody or a functional fragment thereof covalently linked to (b) interleukin-15 (IL-15) polypeptide or a functional fragment thereof; and the second fusion protein comprises (c) a second antibody or a functional fragment thereof covalently linked to (d) soluble interleukin-15 receptor alpha (IL-15Rα) polypeptide or a functional fragment thereof, wherein the IL-15Rα polypeptide or functional fragment thereof is covalently linked to the Fc domain or functional fragment thereof by polypeptide linker sequence, wherein one or both of the first and second fusion proteins further comprise an immunoglobulin Fc domain or a functional fragment thereof; wherein IL-15 domain of the first fusion protein binds to the soluble IL-15Rα domain of the second fusion protein to form a soluble fusion protein complex, and wherein the IL-15 polypeptide is an IL-15 variant having a substitution of N to D at position 72 of the mature human IL-15 sequence and wherein the IL-15Rα polypeptide comprises the IL-15Rα sushi domain.
A consumable cartridge for an aerosol generation device, the consumable cartridge comprising: a casing ; a first heating element provided within the casing arranged to be inductively heated, where the first heating element defines a cavity; a second heating element provided radially within the cavity, the second heating element arranged to be conductively heated by receiving heat energy from the first heating element ;and a solid or semi-solid aerosol forming material provided within the casing adapted to form an aerosol upon receiving heat from the first and second heating elements . a casing ; a first heating element provided within the casing arranged to be inductively heated, where the first heating element defines a cavity; a second heating element provided radially within the cavity, the second heating element arranged to be conductively heated by receiving heat energy from the first heating element ;and a solid or semi-solid aerosol forming material provided within the casing adapted to form an aerosol upon receiving heat from the first and second heating elements .
A tire being a pneumatic tire comprising a side rubber provided on an outer side of a carcass in a tire width direction, in a sidewall portion, wherein a thickness of the side rubber in the tire width direction at a tire maximum width position is 1 mm or more, and a ratio 0 °C tanδ/30 °C tanδ of 0 °C tanδ to 30 °C tanδ of the side rubber is 2.00 or more, where the 0 °C tanδ is tanδ at 10 Hz and 0 °C, and the 30 °C tanδ is tanδ at 10 Hz and 30 °C, and wherein a rubber composition forming the side rubber comprises a rubber component containing 1 mass% to 50 mass% of styrene butadiene rubber (SBR) whose styrene content is 30 mass% or more, 10 mass% to 89 mass% of natural rubber (NR) and 10 mass% to 89 mass% of butadiene rubber (BR), and 25 parts by mass or more of carbon black with respect to 100 parts by mass of the rubber components. a side rubber provided on an outer side of a carcass in a tire width direction, in a sidewall portion, wherein a thickness of the side rubber in the tire width direction at a tire maximum width position is 1 mm or more, and a ratio 0 °C tanδ/30 °C tanδ of 0 °C tanδ to 30 °C tanδ of the side rubber is 2.00 or more, where the 0 °C tanδ is tanδ at 10 Hz and 0 °C, and the 30 °C tanδ is tanδ at 10 Hz and 30 °C, and wherein a rubber composition forming the side rubber comprises a rubber component containing 1 mass% to 50 mass% of styrene butadiene rubber (SBR) whose styrene content is 30 mass% or more, 10 mass% to 89 mass% of natural rubber (NR) and 10 mass% to 89 mass% of butadiene rubber (BR), and 25 parts by mass or more of carbon black with respect to 100 parts by mass of the rubber components.
An improved quick coupling comprising: - a casing defining a longitudinal axis , an outlet and an inlet , and configured to receive at said inlet at least part of an external connector so as to put said external connector and said outlet in fluidic through connection with each other, - a shutter housed within said casing so that it can translate along said longitudinal axis in opposition to first opposing means , configured to house at least part of said external connector and including retaining means configured to lock at least part of said external connector within said shutter in at least one position along said longitudinal axis , - control means accessible from the outside and including at least one first slider housed within said casing so that it can translate along a locking direction skewed with respect to said longitudinal axis in opposition to second opposing means , configured to house at least part of said shutter and including locking means configured to lock said shutter within said first slider in at least one position along said locking direction , and characterised in that it comprises - safety means configured to lock said shutter when subjected to pressures higher than a predetermined threshold value caused by a fluid present within said coupling , - said shutter locking said external connector at least when said safety means lock said shutter . - a casing defining a longitudinal axis , an outlet and an inlet , and configured to receive at said inlet at least part of an external connector so as to put said external connector and said outlet in fluidic through connection with each other, - a shutter housed within said casing so that it can translate along said longitudinal axis in opposition to first opposing means , configured to house at least part of said external connector and including retaining means configured to lock at least part of said external connector within said shutter in at least one position along said longitudinal axis , - control means accessible from the outside and including at least one first slider housed within said casing so that it can translate along a locking direction skewed with respect to said longitudinal axis in opposition to second opposing means , configured to house at least part of said shutter and including locking means configured to lock said shutter within said first slider in at least one position along said locking direction , - safety means configured to lock said shutter when subjected to pressures higher than a predetermined threshold value caused by a fluid present within said coupling , - said shutter locking said external connector at least when said safety means lock said shutter .
A hydraulic drive for fatigue tests comprising a multiple cylinder including two pistons substantially arranged in parallel and fixedly connected to each other, the first piston being controlled by a first hydraulic partial control and the second piston being controlled by a second hydraulic partial control , the first partial control sustaining a static load and the second partial control controlling a dynamic load, wherein a respective piston delimits two cylinder chambers (14, 16; 18, 20), the first cylinder chamber delimited by the first piston adapted to be connected to a high-pressure source of the hydraulic drive for sustaining the static load by the first partial control and the cylinder chambers delimited by the second piston being adapted to be alternately connected to the said or a further high-pressure source of the hydraulic drive and a pressure medium sink of the hydraulic drive for controlling the dynamic load by the second partial control , wherein the second partial control includes a control valve by which the cylinder chambers delimited by the second piston are alternately connected to the high-pressure source or the pressure medium sink , and the first partial control including a directional control valve for connecting the first cylinder chamber delimited by the first piston to the high-pressure source , characterized in that the directional control valve is in the form of a 2/2 continuously variable directional control valve (proportional valve) and includes an operating port (A) and a pressure port (P), a valve slide separating the ports (A, P) from each other at a closed position and interconnecting them at opening positions.
A network access authentication processing method, comprising: receiving (S402), by a first receiving module , a confirmation message sent by user equipment, the confirmation message carrying a first signature token generated by the user equipment according to a first Privacy enhanced Mobile Subscriber Identifier, PMSI; verifying (S404), by a verifying module , whether the first signature token is valid; and obtaining (S406), by a first obtaining module , when the first signature token is invalid, the first PMSI or a second PMSI generated according to the first PMSI, to perform network access authentication on the user equipment. receiving (S402), by a first receiving module , a confirmation message sent by user equipment, the confirmation message carrying a first signature token generated by the user equipment according to a first Privacy enhanced Mobile Subscriber Identifier, PMSI; verifying (S404), by a verifying module , whether the first signature token is valid; and obtaining (S406), by a first obtaining module , when the first signature token is invalid, the first PMSI or a second PMSI generated according to the first PMSI, to perform network access authentication on the user equipment.
An electrical coupling part with connected electrical line , which has a contact carrier made of mechanically stable insulating material, which has at least two through-holes separated from one another, extending parallel to one another, in which in each case an electrical contact part is arranged, which is connected to an electrical conductor of the line, which has at least two wires consisting of insulated electrical conductors, in which a sealing element with a clamping fit is attached within the through-holes on each wire , by means of which the respective through-hole is tightly closed in the mounting position, and in which the wires on an end face of the contact carrier are led out of the same, characterized in - that on the end face of the contact carrier out of which the wires protrude, clamping elements , pivotably mounted, consisting of two parts are attached, which clamping elements are arranged on sides opposite one another of the through-holes of the contact carrier , and - that the two clamping elements attached on sides of the through-holes opposite one another are connected with one another in the mounting position, whereby they abut firmly against the wires , so that said wires are fixed immovably in the radial direction, so that the sealing elements , which alone ensure the sealing of the through-holes of the contact carrier against moisture, are not loaded in the radial direction and in particular not obliquely. - that on the end face of the contact carrier out of which the wires protrude, clamping elements , pivotably mounted, consisting of two parts are attached, which clamping elements are arranged on sides opposite one another of the through-holes of the contact carrier , and - that the two clamping elements attached on sides of the through-holes opposite one another are connected with one another in the mounting position, whereby they abut firmly against the wires , so that said wires are fixed immovably in the radial direction, so that the sealing elements , which alone ensure the sealing of the through-holes of the contact carrier against moisture, are not loaded in the radial direction and in particular not obliquely.
A method for quantizing and feeding back channel information in a dual-polarized system, characterized by comprising: receiving a channel measurement pilot signal from a base station (S402); acquiring channel information by performing channel measurement according to the channel measurement pilot signal (S404); calculating a first matrix CMatrix1 and a second matrix CMatrix2 using the channel information, wherein the CMatrix1 and CMatrix2 are used to quantize the channel information or indicate the base station to perform precoding (S406); and feeding back first indication information of the CMatrix1 and second indication information of the CMatrix2 to the base station (S408); wherein the CMatrix1 is a matrix with V n V m aV n − aV m or V n 0 0 V m as a model, and the CMatrix2 is a matrix with V i αV j V j − βV i or 0 V j V i 0 as a model; and V n , V m , V i or V j is one of a vector with Mt/2 rows and floor(r/2) columns, an orthogonal matrix with Mt/2 rows and floor(r/2) columns, and an orthogonal matrix with Mt/2 rows and floor(r/2)+1 columns, wherein Mt is the number of transmission antennas, floor(r/2) represents round down of r/2, r represents information of the number of transmission layers or rank information, and a, α and β are complex values. receiving a channel measurement pilot signal from a base station (S402); acquiring channel information by performing channel measurement according to the channel measurement pilot signal (S404); calculating a first matrix CMatrix1 and a second matrix CMatrix2 using the channel information, wherein the CMatrix1 and CMatrix2 are used to quantize the channel information or indicate the base station to perform precoding (S406); and feeding back first indication information of the CMatrix1 and second indication information of the CMatrix2 to the base station (S408); wherein the CMatrix1 is a matrix with V n V m aV n − aV m or V n 0 0 V m as a model, and the CMatrix2 is a matrix with V i αV j V j − βV i or 0 V j V i 0 as a model; and V n , V m , V i or V j is one of a vector with Mt/2 rows and floor(r/2) columns, an orthogonal matrix with Mt/2 rows and floor(r/2) columns, and an orthogonal matrix with Mt/2 rows and floor(r/2)+1 columns, wherein Mt is the number of transmission antennas, floor(r/2) represents round down of r/2, r represents information of the number of transmission layers or rank information, and a, α and β are complex values.