mhurhangee/ep-ind-claims huggingface dataset:
A composite tube joint, comprising: an end of a composite tube; an attachment feature comprising a first portion disposed within the end and a second portion extending from the end, wherein the first portion comprises a first lobe and a second lobe defining a protuberant surface, wherein the first lobe and the second lobe are separate pieces; the protuberant surface mitigates movement of the attachment feature relative to the composite tube; the protuberant surface comprises a maximum diameter location and decreases in diameter along a first axial direction from the maximum diameter location; the protuberant surface decreases in diameter along a second axial direction from the maximum diameter location; the first axial direction is opposite from the second axial direction; wherein the protuberant surface faces away from an inner side of the composite tube; and further comprising: a first flange disposed in the first portion; a second flange disposed in the first portion; and a groove disposed in the first portion between the first flange and the second flange; wherein: the first lobe is disposed in the groove between the first flange and the second flange; and the second lobe is disposed in the groove between the first flange and the second flange. an end of a composite tube; an attachment feature comprising a first portion disposed within the end and a second portion extending from the end, wherein the first portion comprises a first lobe and a second lobe defining a protuberant surface, wherein the first lobe and the second lobe are separate pieces; the protuberant surface mitigates movement of the attachment feature relative to the composite tube; the protuberant surface comprises a maximum diameter location and decreases in diameter along a first axial direction from the maximum diameter location; the protuberant surface decreases in diameter along a second axial direction from the maximum diameter location; the first axial direction is opposite from the second axial direction; wherein the protuberant surface faces away from an inner side of the composite tube; and further comprising: a first flange disposed in the first portion; a second flange disposed in the first portion; and a groove disposed in the first portion between the first flange and the second flange; wherein: the first lobe is disposed in the groove between the first flange and the second flange; and the second lobe is disposed in the groove between the first flange and the second flange. a first flange disposed in the first portion; a second flange disposed in the first portion; and a groove disposed in the first portion between the first flange and the second flange; wherein: the first lobe is disposed in the groove between the first flange and the second flange; and the second lobe is disposed in the groove between the first flange and the second flange. the first lobe is disposed in the groove between the first flange and the second flange; and the second lobe is disposed in the groove between the first flange and the second flange.
A dental prosthesis moulding block for producing a dental prosthesis part, comprising an inner material that is at least partially surrounded by an outer material, the hardness of which differs from the hardness of the inner material, wherein the inner material forms part of a first surface of the dental prosthesis moulding block, characterised in that the dental prosthesis moulding block has an internal thread that extends into the inner material from a second surface opposite to the first surface.
A method for providing privacy enabled surveillance for at least one portion of a building with a building automation system, the building automation system comprising a plurality of sensors (120, 130, 150) communicatively coupled to a controller of the building automation system, wherein the plurality of sensors (120, 130, 150) include a first set of sensors for detecting person related information to identify a person, a second set of sensors for detecting physical parameters associated with the at least one portion of the building, and a plurality of sensors for surveillance, the method comprising, the controller: detecting a number of persons in the at least one portion of the building based on information from the at least one first set of sensors for detecting person related information that identifies a person; authenticating the number of person detected with the first set of sensors by comparing the information from the first set of sensors with a registered information with the building automation system and determining a number of authenticated person in the portion of the building based on successful authentication; detecting a number of persons in the portion of the building based on information from the second set of sensors for detecting physical parameters associated with the at least one portion of the building; and activating at least one sensor from the plurality of sensors for surveillance in the at least one portion of the building based on difference between the number of determined number of authenticated person in the portion of the building and the number of detected person by the second set of sensors. detecting a number of persons in the at least one portion of the building based on information from the at least one first set of sensors for detecting person related information that identifies a person; authenticating the number of person detected with the first set of sensors by comparing the information from the first set of sensors with a registered information with the building automation system and determining a number of authenticated person in the portion of the building based on successful authentication; detecting a number of persons in the portion of the building based on information from the second set of sensors for detecting physical parameters associated with the at least one portion of the building; and activating at least one sensor from the plurality of sensors for surveillance in the at least one portion of the building based on difference between the number of determined number of authenticated person in the portion of the building and the number of detected person by the second set of sensors.
A fluid spray nozzle able to be arranged on a body of a cleaning device for cleaning an optical detection system mounted on a motor vehicle, said nozzle comprising an internal distribution duct which extends between a proximal end, able to be fluidically connected to a fluid distribution canal formed in said body, and a distal end forming an outlet orifice for the fluid, the distribution duct being delimited at least by a bottom wall and two opposing lateral walls, said nozzle furthermore comprising a ramp arranged in the path of the fluid at the level of the outlet orifice, characterized in that the lateral walls are arranged at the level of the distal end of the distribution duct so as to diverge from one another, said distribution duct flaring in the direction of the ramp.
A method for processing several orders to produce sacks, - in which at least two machines (1, 50, 70) are used, wherein at least one tube machine is provided - in which at least one storage- and transport device (28, 66) is used for transport tasks, - and in which a control unit is provided, characterized in - that manufacturing data of the at least two machines (1, 50, 70) are transmitted to the control unit, - wherein the control unit knows parameters and/or scope of the orders, - wherein the control unit determines prognoses, recommendations and control commands for the further production process from these variables and - wherein control unit follows a product- or order limit in the storage and transport device, - that at least one subset of sacks or sack semi-finished products (23, 25), which the system processes, are assigned data by the control unit, which characterize properties of the subset, - that as part of a first localization the location of the at least one subset, to which data are assigned, is determined at least at a first point in time, - that the control unit, as part of at least a second localization based on the first localization and further production data, determines the location of this subset at a second point in time - and that the first localization is detected at a point in time, if the subset passes a point, wherein said point is at least one of the following points: - transfer point between a machine and a storage transport device - transverse cutting device of the tube machine - sensor unit, which among other things operates in a storage- or transport device. - in which at least two machines (1, 50, 70) are used, wherein at least one tube machine is provided - in which at least one storage- and transport device (28, 66) is used for transport tasks, - and in which a control unit is provided, characterized in - that manufacturing data of the at least two machines (1, 50, 70) are transmitted to the control unit, - wherein the control unit knows parameters and/or scope of the orders, - wherein the control unit determines prognoses, recommendations and control commands for the further production process from these variables and - wherein control unit follows a product- or order limit in the storage and transport device, - that at least one subset of sacks or sack semi-finished products (23, 25), which the system processes, are assigned data by the control unit, which characterize properties of the subset, - that as part of a first localization the location of the at least one subset, to which data are assigned, is determined at least at a first point in time, - that the control unit, as part of at least a second localization based on the first localization and further production data, determines the location of this subset at a second point in time - and that the first localization is detected at a point in time, if the subset passes a point, wherein said point is at least one of the following points: - transfer point between a machine and a storage transport device - transverse cutting device of the tube machine - sensor unit, which among other things operates in a storage- or transport device.
A deflecting block for supporting checker bricks in a hot-blast stove, the deflecting block comprising: a brick body formed of a refractory material; and a plurality of deflecting passages each being opened at an opening section on an upper surface and a side surface of the brick body, the plurality of deflecting passages being arranged in parallel. a brick body formed of a refractory material; and a plurality of deflecting passages each being opened at an opening section on an upper surface and a side surface of the brick body, the plurality of deflecting passages being arranged in parallel.
A sealed compressor, wherein an electrically-operated element and a compressive element driven by the electrically-operated element are housed in a sealed container, the compressive element includes: a shaft having a main shaft and an eccentric shaft; a cylinder block including: a bearing (144; 244) which pivotally supports the main shaft (136; 236) of the shaft; and a cylinder; a piston which is movable in the cylinder in a reciprocating manner; and a connecting portion which connects the eccentric shaft and the piston to each other, the electrically-operated element is formed of an outer-rotor-type motor which includes: a stator; and a rotor which is disposed coaxially with the stator so as to surround an outer periphery of the stator, a sliding portion is provided between the main shaft and the bearing; a non-sliding portion (146; 246) is provided between the main shaft (136; 236) and the bearing (144; 244), characterized in that the non-sliding portion (146; 246) is formed between an upper end and a lower end of the sliding portion, and the stator is fixed to an outer peripheral portion of the bearing which corresponds to the non-sliding portion (146; 246). a shaft having a main shaft and an eccentric shaft; a cylinder block including: a bearing (144; 244) which pivotally supports the main shaft (136; 236) of the shaft; and a cylinder; a piston which is movable in the cylinder in a reciprocating manner; and a connecting portion which connects the eccentric shaft and the piston to each other,
A method for producing a polyacetal copolymer comprising a raw material supply step of supplying a raw material comprising trioxane, a comonomer which copolymerizes with this trioxane, and a non-volatile protonic acid, to a continuous stirring mixer type reaction device having two parallel shafts which rotate in the same direction as each other or in opposite directions, a multitude of paddles mounted on each shaft, and a barrel which comes close to an outer circumference of the paddles, and constituted such that a long axis end of a paddle periodically comes close to a short axis end of a companion side, wherein the raw material is charged from an introduction opening provided at one end in an axial direction, and a reaction mixture and an unreacted monomer are obtained from a plurality of removal openings provided at the other end; a polymerization reaction step of carrying out a polymerization reaction of the raw material, and obtaining a reaction mixture; a vaporization and separation step of vaporizing and separating an unreacted monomer from the reaction mixture at an environmental temperature of at least 115°C and less than 140°C; an unreacted monomer re-supply step of supplying the monomer separated in the vaporization and separation step to the raw material supply step; and a polyacetal copolymer recovery step of recovering the polyacetal copolymer from the reaction mixture; wherein the polymerization reaction step is a step of carrying out polymerization with a polymerization environmental temperature set to no more than 100°C until a weight ratio D/C of the polyacetal copolymer D with respect to a total supplied monomer C which is stipulated as a sum of a monomer A which is newly supplied to the reaction device and a monomer B which is recovered from the reaction device and re-supplied, becomes 0.5, and after this carrying out further polymerization; and wherein the D/C is no less than 0.7; and a weight ratio D/A of the polyacetal copolymer D with respect to the monomer A which is newly supplied to the reaction device is no less than 0.85.
An apparatus, comprising: means for receiving an indication of an activity of load circuitry of a power supply; means for, in response to the indication, generating a first signal that describes the activity and a second signal that describes whether the event is initiating or completing; means for determining a weight amount from the first signal and adjusting a credit count by the weight amount up or down based on the second signal; means for comparing the credit count against a first threshold (Tresh_1); means for calculating an average credit count that accounts for the credit count and previous credit counts and means for comparing the average credit count against a second threshold (Tresh_2); and means for adjusting an activity level of the load circuitry if either threshold is crossed. means for receiving an indication of an activity of load circuitry of a power supply; means for, in response to the indication, generating a first signal that describes the activity and a second signal that describes whether the event is initiating or completing; means for determining a weight amount from the first signal and adjusting a credit count by the weight amount up or down based on the second signal; means for comparing the credit count against a first threshold (Tresh_1); means for calculating an average credit count that accounts for the credit count and previous credit counts and means for comparing the average credit count against a second threshold (Tresh_2); and means for adjusting an activity level of the load circuitry if either threshold is crossed.
Infrared light detector with a sensor chip that comprises a thin layer element made out of a pyroelectric sensitive material, wherein the thin layer element has an electrical insulator, wherein the sensor chip comprises a readout electronics which comprises at least one electronic member (17, 18) in thin layer design and connection elements (10, 16), and a thin layer membrane on which the sensor chip and the electronic member (17, 18) are attached integratedly lying next to each other such that the electronic member (17, 18) is coupled electrically conductive with the thin layer element and a signal amplifier can be connected to the electrical member (17, 18) via the connection elements (10, 16), wherein an electrical signal emitted by the sensor chip can be amplified by the signal amplifier under cooperation with the electronic member (17, 18), wherein the at least one electronic member is a condenser with a dielectric thin layer element, wherein the pyroelectric thin layer element and the dielectric thin layer element are made equally thick out the same material.
A method to be performed at an access point for controlling network communications, the method comprising: transmitting a first message including a first set of permissions to access a network (202, 204); identifying a change in at least one of a network characteristic or information associated with a wireless device; generating a second set of access permissions to access the network, the generating based on the identified change in network characteristic or wireless device information; and transmitting a second message including the second set of permissions to access the network, wherein each permission of the first set of permissions and the second set of permissions is associated with at least one of a plurality of classes of devices and comprises available access technologies for each device class and a randomization metric configured for selecting an access technology based on a comparison of a random value to the randomization metric for each available access technology, wherein the randomization metric is indicative of a probability of initiating hand-off to the respective access technology. transmitting a first message including a first set of permissions to access a network (202, 204); identifying a change in at least one of a network characteristic or information associated with a wireless device; generating a second set of access permissions to access the network, the generating based on the identified change in network characteristic or wireless device information; and transmitting a second message including the second set of permissions to access the network, wherein each permission of the first set of permissions and the second set of permissions is associated with at least one of a plurality of classes of devices and comprises available access technologies for each device class and a randomization metric configured for selecting an access technology based on a comparison of a random value to the randomization metric for each available access technology, wherein the randomization metric is indicative of a probability of initiating hand-off to the respective access technology.
A current sensor system for measuring an AC electrical current, comprising: - a busbar having a predefined thickness and a predefined width, and having a substantially rectangular cross section (α); - a sensor device comprising two sensor elements (H1, H2) spaced apart by a predefined distance (dx) along a first direction, each configured for measuring a magnetic field component (Bzl, Bz2) oriented in a second direction perpendicular to the first direction; the sensor device being configured for determining a magnetic field difference (ΔBz) or a magnetic field gradient (dBz/dx) along the first direction based on these magnetic field components, and for determining said AC current based on the magnetic field gradient or magnetic field difference; wherein the sensor device is positioned relative to the busbar such that a reference point of the sensor device situated in the middle between the two sensor elements (H1, H2) is located at a first distance (ds) from a side of the busbar measured in the first direction, and is located at a second distance (Zs) from the busbar measured in the second direction; wherein: the first distance (ds) is a value in the range from 70% to 110% of the width of the busbar; and the second predefined distance (Zs) is a value in the range from 0.5 mm to 4.0 mm. - a busbar having a predefined thickness and a predefined width, and having a substantially rectangular cross section (α); - a sensor device comprising two sensor elements (H1, H2) spaced apart by a predefined distance (dx) along a first direction, each configured for measuring a magnetic field component (Bzl, Bz2) oriented in a second direction perpendicular to the first direction; the sensor device being configured for determining a magnetic field difference (ΔBz) or a magnetic field gradient (dBz/dx) along the first direction based on these magnetic field components, and for determining said AC current based on the magnetic field gradient or magnetic field difference; wherein the sensor device is positioned relative to the busbar such that a reference point of the sensor device situated in the middle between the two sensor elements (H1, H2) is located at a first distance (ds) from a side of the busbar measured in the first direction, and is located at a second distance (Zs) from the busbar measured in the second direction; wherein: the first distance (ds) is a value in the range from 70% to 110% of the width of the busbar; and the second predefined distance (Zs) is a value in the range from 0.5 mm to 4.0 mm. the first distance (ds) is a value in the range from 70% to 110% of the width of the busbar; and the second predefined distance (Zs) is a value in the range from 0.5 mm to 4.0 mm.
A prelyophilized formulation consisting of TAT-NR2B9c (SEQ ID NO:6), histidine and trehalose at a pH of 6-7, wherein the TAT-NR2B9c is at a concentration of 70-120 mg/ml, the histidine is at a concentration of 15-100 mM, and the trehalose is at a concentration of 80-160 mM, which after lyophilization results in a lyophilized formulation, which is stable at 20° C for at least six months.
A balloon expanded stent delivery system comprising: a balloon catheter that includes a catheter with a balloon mounted thereon, and including a wire or other inflation constraint attached to the catheter and spirally wrapped on the balloon; a stent mounted on the balloon; and wherein the balloon is inflated and the stent has a spiral contour that is defined by and responsive to a spiral shape of the inflated balloon as constrained by the wire or other inflation constraint. a balloon catheter that includes a catheter with a balloon mounted thereon, and including a wire or other inflation constraint attached to the catheter and spirally wrapped on the balloon; a stent mounted on the balloon; and wherein the balloon is inflated and the stent has a spiral contour that is defined by and responsive to a spiral shape of the inflated balloon as constrained by the wire or other inflation constraint.