mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing puncture resistant leakless material for tubeless tyre, which uses thermoplastic elastomer as its framework material, characterized in that the said method comprising the following processing steps: stirring raw material A in a reactor for foaming for 12 to 24 hours; mixing raw material B in an internal mixer for 30 minutes at a constant temperature of 120 °C, discharging, cooling, crushing to particles and setting still for 48 hours; mixing raw material C according to weight ratio; putting the raw material A from step and the raw material B from step in accordance with a ratio of A: B=1: 0.4-0.75 into an extruder which connects to a reactor with nitrogen atmosphere and a stirrer, the said stirrer has a rotation speed of 120 revolutions per minute, and adding the component C in when 1/3 of the mixture of the said A and B has been extruded; and after the adding all of raw materials, refluxing and stirring at a constant temperature of 225 °C for 4 hours until all raw materials melt completely, discharging and cooling to 170-190 °C. stirring raw material A in a reactor for foaming for 12 to 24 hours; mixing raw material B in an internal mixer for 30 minutes at a constant temperature of 120 °C, discharging, cooling, crushing to particles and setting still for 48 hours; mixing raw material C according to weight ratio; putting the raw material A from step and the raw material B from step in accordance with a ratio of A: B=1: 0.4-0.75 into an extruder which connects to a reactor with nitrogen atmosphere and a stirrer, the said stirrer has a rotation speed of 120 revolutions per minute, and adding the component C in when 1/3 of the mixture of the said A and B has been extruded; and after the adding all of raw materials, refluxing and stirring at a constant temperature of 225 °C for 4 hours until all raw materials melt completely, discharging and cooling to 170-190 °C.
Device for fastening a shutter on a carrier, having a U-profile-form housing which defines a longitudinal direction, has end housing edges running in the longitudinal direction and is intended for accommodating shutter components, and having a U-shaped retaining bracket which has a bracket crosspiece, intended for fastening on the carrier, two elastically deflectable bracket arms, which project from said bracket crosspiece, and retaining hooks, which each engage beneath an end housing edge, wherein the retaining hooks are formed in the bracket arms, characterized in that a spring element is arranged between the bracket crosspiece and the housing, said spring element pushing the housing into the retaining hooks.
A method for producing a polar solvent solution in which a solute containing a polyamino acid is dissolved in a polar solvent, wherein the polyamino acid is a spider silk protein, the polar solvent contains at least one selected from the group consisting of dimethylsulfoxide (DMSO), N,N-dimethylformamide, N,N-dimethylacetamide, and N-methyl-2-pyrrolidone, the moisture content of the solution is reduced to increase the viscosity of the solution, wherein the moisture content of the solution is reduced by adjusting the relative humidity of the atmosphere in the production and/or storage of the solution so that the solution has a moisture content of less than 5% by mass based on 100% by mass of the solution.
An infusion and blood collection device (100,110) for use with a patient catheter and an IV infusion line providing IV therapy fluid to the patient, comprising: a blood collection component (30, 120) having a draw inlet (34, 132); a housing (40, 140) having an actuator (80, 180) and an IV infusion inlet (43, 143) coupled to the IV infusion line, the actuator enabling at least an infusion/non-collection mode (83a, 183a) of operation and an infusion/collection mode (83b, 183b) of operation for the device; a microlumen (60, 210) collocated with the patient catheter, the microlumen in fluid communication with the IV infusion inlet; a blood collection channel in fluid communication with the catheter, the blood collection channel directly accessible by the draw inlet of the blood collection component; wherein in the infusion/non-collection mode the actuator fluidly couples the blood collection channel with the IV infusion inlet, and in the infusion/collection mode the actuator fluidly isolates the blood collection channel from the IV infusion inlet; characterised in that the infusion and blood collection device further comprises: a passive restriction device (34, 136) limiting the volume flow rate of blood drawn by the catheter in the infusion/collection mode, thereby preventing mixing of the blood draw with IV therapy fluid provided through the microlumen. a blood collection component (30, 120) having a draw inlet (34, 132); a housing (40, 140) having an actuator (80, 180) and an IV infusion inlet (43, 143) coupled to the IV infusion line, the actuator enabling at least an infusion/non-collection mode (83a, 183a) of operation and an infusion/collection mode (83b, 183b) of operation for the device; a microlumen (60, 210) collocated with the patient catheter, the microlumen in fluid communication with the IV infusion inlet; a blood collection channel in fluid communication with the catheter, the blood collection channel directly accessible by the draw inlet of the blood collection component; wherein in the infusion/non-collection mode the actuator fluidly couples the blood collection channel with the IV infusion inlet, and in the infusion/collection mode the actuator fluidly isolates the blood collection channel from the IV infusion inlet; characterised in that the infusion and blood collection device further comprises: a passive restriction device (34, 136) limiting the volume flow rate of blood drawn by the catheter in the infusion/collection mode, thereby preventing mixing of the blood draw with IV therapy fluid provided through the microlumen.
A method for joint radar communication for automotive applications, comprising: - a transmitter transmitting a radar signal, which signal has a phase-modulated continuous waveform and comprises information encoded by phase modulation, - a receiver, spaced from the transmitter, receiving the signal, and - the receiver detecting the information from the received signal, characterised in that the signal is a multi-carrier phase-modulated continuous waveform having a plurality of carrier frequencies and the information is encoded onto each carrier frequency, wherein the multi-carrier phase-modulated continuous waveform involves transmission of a PMCW code, modulated by a communication symbol on the different carrier frequencies. - a transmitter transmitting a radar signal, which signal has a phase-modulated continuous waveform and comprises information encoded by phase modulation, - a receiver, spaced from the transmitter, receiving the signal, and - the receiver detecting the information from the received signal,
A robot device controller, comprising: a memory configured to store a statistical model trained to implement a behaviour of the robot device; and one or more processors configured to determine a nominal trajectory represented by the statistical model; determine an expected force experienced by the robot device when the robot device is controlled to move in accordance with the nominal trajectory; determine a measured force experienced by the robot device when the robot device is controlled to move in accordance with the nominal trajectory; and adapt the statistical model based on a reduction of the difference between the measured force and the expected force. a memory configured to store a statistical model trained to implement a behaviour of the robot device; and one or more processors configured to determine a nominal trajectory represented by the statistical model; determine an expected force experienced by the robot device when the robot device is controlled to move in accordance with the nominal trajectory; determine a measured force experienced by the robot device when the robot device is controlled to move in accordance with the nominal trajectory; and adapt the statistical model based on a reduction of the difference between the measured force and the expected force.
A system for removing salt from a rich MEG stream being fed into a flash separator, the system comprising: a first desanding hydrocyclone located in a recirculation loop of the flash separator and arranged so an underflow of the first desanding hydrocyclone is introduced into a brine column of the flash separator; a first solids fluidization device arranged at a lower end of the brine column and in communication with a first motive fluid stream, the first solids fluidization device including a device having a plurality of spaced-apart vertical slots arranged tangential to and surrounding a central bore of the first fluidization device to cause the first motive fluid stream to swirl when exiting the first fluidization device; and a slurry discharge head located above the first solids fluidization device and arranged to carry a first salt slurry stream created by the swirling motive fluid away from the brine column to a second desanding hydrocyclone located outside of the brine column. a first desanding hydrocyclone located in a recirculation loop of the flash separator and arranged so an underflow of the first desanding hydrocyclone is introduced into a brine column of the flash separator; a first solids fluidization device arranged at a lower end of the brine column and in communication with a first motive fluid stream, the first solids fluidization device including a device having a plurality of spaced-apart vertical slots arranged tangential to and surrounding a central bore of the first fluidization device to cause the first motive fluid stream to swirl when exiting the first fluidization device; and a slurry discharge head located above the first solids fluidization device and arranged to carry a first salt slurry stream created by the swirling motive fluid away from the brine column to a second desanding hydrocyclone located outside of the brine column.
A voice mail message and call log association method performed at a mobile device comprising: detecting at a mobile device a call log item indicating reception of a call from a caller; determining whether or not said call log item relates to a missed call; and, in response to determining that the call log item relates to a missed call, obtaining a caller identity and a call log item time stamp from the call log item, finding a first voice message from the caller left on a voicemail server with a time stamp between the call log item time stamp from the call log item and the time identified by the call log item time stamp from the call log item plus an outgoing message duration plus an incoming message duration plus a latency time that includes the time for the voicemail server to notify the mobile device of a new voice message notification, and associating the first voice message on the voicemail server with the call log item on the mobile device, wherein the latency time is learned from prior voice messages and a comparison between the time at which the mobile device obtained a missed call indication and a time when a new voice message notification is received by the mobile device for said prior voice messages. detecting at a mobile device a call log item indicating reception of a call from a caller; determining whether or not said call log item relates to a missed call; and, in response to determining that the call log item relates to a missed call, obtaining a caller identity and a call log item time stamp from the call log item, finding a first voice message from the caller left on a voicemail server with a time stamp between the call log item time stamp from the call log item and the time identified by the call log item time stamp from the call log item plus an outgoing message duration plus an incoming message duration plus a latency time that includes the time for the voicemail server to notify the mobile device of a new voice message notification, and associating the first voice message on the voicemail server with the call log item on the mobile device, wherein the latency time is learned from prior voice messages and a comparison between the time at which the mobile device obtained a missed call indication and a time when a new voice message notification is received by the mobile device for said prior voice messages.
Method for maintaining, commissioning and checking systems in warehouses, wherein a service technician has a view of the respective system and makes wireless contact with the controller of the system by means of a mobile computer in order to take over control thereof, whereby the taking over of control by the mobile computer is permitted by a central controller only if the service technician can have visual contact with the corresponding system, for which purpose the determination of the position and/or the orientation of the mobile computer of the service technician with respect to the respective system is effected via optical and/or acoustic recognition of a fingerprint of the system, whereby the acoustic recognition is effected by means of a microphone of the mobile computer which enables the central controller to compare an acoustic fingerprint stored in the central controller with instantaneous acoustic recordings of the normal operating noises of the respective system or, whereby that the optical recognition is effected by means of a camera of the mobile computer which enables the central controller to compare an optical fingerprint stored in the central controller with instantaneous optical recordings of patterns with the respective system itself.
A printing machine for the production of printed products with at least one receiving bearing for receiving an ink guide part, in particular an ink tray and/or a doctor blade chamber, and a set-up station for setting up the ink guide part on the receiving bearing, wherein the set-up station has a work platform and a main guide means for guiding the work platform at least between a working position and a rest position, wherein the working platform is in the working position in a work area and is accessible by an operator, and the work platform is in the rest position outside of the work area, wherein the working position and the rest position differ in a distance of the work platform from the floor area (1.2), wherein the work platform is arranged so as to be inaccessible in the rest position, characterized in that the work platform is in the rest position above the working area.
An implantable medical device, comprising a hermetically sealed housing, at least one control unit, at least one programming coil, at least one communication unit, and a detection unit for MRT interference, the communication unit being designed in cooperation with the programming coil to enable communication between an external programming device and the implantable medical device using alternating electromagnetic fields, characterized in that the detection unit for MRT interference is designed in such a way that voltages or voltage curves induced in the programming coil and originating from a pulsed alternating electromagnetic field of the MRT are detected and is further designed in such a way that an MRT detection signal is transmitted from the detection unit for MRT interference to the at least one control unit, unless communication with an external programming device via the programming coil is detected at the same time.
A multiple output current stimulator circuit comprising: a voltage reference source to provide a reference voltage; at least one input side transistor; at least one output side transistor current mirror coupled to the at least one input side transistor, the at least one output side transistor providing a common sensing voltage, the at least one output side transistor having a current output terminal for providing an output current to a tissue; a supply transistor switchably coupled between the at least one input side transistor and a voltage port; a differential amplifier comprising: a first input coupled to the reference voltage; a second input coupled to the common sensing voltage; and an output coupled to a gate of the supply transistor and arranged to drive the supply transistor as a function of the difference between the reference voltage and the common sensing voltage; and a switching control circuit configured to activate the at least one input side transistor so as to cause the current mirrored at least one output side transistor to provide an output current in accordance with the corresponding at least one input side transistor current. a voltage reference source to provide a reference voltage; at least one input side transistor; at least one output side transistor current mirror coupled to the at least one input side transistor, the at least one output side transistor providing a common sensing voltage, the at least one output side transistor having a current output terminal for providing an output current to a tissue; a supply transistor switchably coupled between the at least one input side transistor and a voltage port; a differential amplifier comprising: a first input coupled to the reference voltage; a second input coupled to the common sensing voltage; and an output coupled to a gate of the supply transistor and arranged to drive the supply transistor as a function of the difference between the reference voltage and the common sensing voltage; and a switching control circuit configured to activate the at least one input side transistor so as to cause the current mirrored at least one output side transistor to provide an output current in accordance with the corresponding at least one input side transistor current.
A data-providing apparatus having a recording area corresponding to a data-processing apparatus and designed to supply data recorded in the recording area to another data-processing apparatus, said data-providing apparatus comprising: control means (31, 42) for controlling the recording of data transmitted from the data-processing apparatus, into the recording area; determining means for determining whether the data should be supplied to the other data-processing apparatus in response to a demand made by the data-processing apparatus; and data-supplying means for supplying the data to the other data-processing apparatus in response to a demand made by the other data-processing apparatus when the determining means determines that the data should be supplied to the other data-processing apparatus; wherein said determining means further determines whether the data should be paid for its use, when the data is supplied to the other data-processing apparatus. control means (31, 42) for controlling the recording of data transmitted from the data-processing apparatus, into the recording area; determining means for determining whether the data should be supplied to the other data-processing apparatus in response to a demand made by the data-processing apparatus; and data-supplying means for supplying the data to the other data-processing apparatus in response to a demand made by the other data-processing apparatus when the determining means determines that the data should be supplied to the other data-processing apparatus; wherein said determining means further determines whether the data should be paid for its use, when the data is supplied to the other data-processing apparatus.
A power component comprising: a component substrate; a power semiconductor device having a first surface electrode electrically and mechanically coupled to said component substrate; at least one first peripheral contact and at least one electrically floating second peripheral contact situated on said component substrate, said power semiconductor device situated between said at least one first peripheral contact and said at least one electrically floating second peripheral contact; said at least one first peripheral contact, said at least one electrically floating second peripheral contact, and a second surface electrode of said power semiconductor device on an opposite surface of said power semiconductor device from said first surface electrode being configured for surface mounting. a component substrate; a power semiconductor device having a first surface electrode electrically and mechanically coupled to said component substrate; at least one first peripheral contact and at least one electrically floating second peripheral contact situated on said component substrate, said power semiconductor device situated between said at least one first peripheral contact and said at least one electrically floating second peripheral contact; said at least one first peripheral contact, said at least one electrically floating second peripheral contact, and a second surface electrode of said power semiconductor device on an opposite surface of said power semiconductor device from said first surface electrode being configured for surface mounting.
A bicycle suspension control apparatus configured to control a bicycle suspension having a front suspension and rear suspension having a plurality of operating states in response to operation of an operating device, being characterizing in that the apparatus comprises further: a control means configured to put both the front suspension and the rear suspension into a first operating state in response to a first operation of the operating device and put both the front suspension and the rear suspension into a second operating state in response to a second operation of the operating device, the second operation being a different operating method than the first operation. a control means configured to put both the front suspension and the rear suspension into a first operating state in response to a first operation of the operating device and put both the front suspension and the rear suspension into a second operating state in response to a second operation of the operating device, the second operation being a different operating method than the first operation.
A kit providing an artificial stomach entrance, comprising a trocar with trocar sleeve for penetration through the abdominal wall into the stomach and a PEG tube insertable into it after removal of the trocar from the trocar sleeve, wherein the trocar has a trocar tip, which is a conical tip (4"), in which the half conical angle is 5° to 12° and the trocar has a diameter of 4 to 8 mm.