mhurhangee/ep-ind-claims huggingface dataset:
A system for controlling access of customer-premises equipment to a network, wherein the customer-premises equipment is connected via a last mile access line to a transport network and via the transport network to the network, wherein the last mile access line terminates at a line terminal in the transport network, the system comprising: - a network interface to the transport network; - a processor subsystem configured to, via the network interface: - obtain an equipment identifier which uniquely identifies the customer-premises equipment; characterised in that the processor subsystem is further configured to, via the network interface: - obtain a line identifier which identifies the line terminal; - search a trusted access database for an entry containing a combination of the equipment identifier and the line identifier; and a) if the entry is found and if the entry contains a user identifier having user credentials which are valid according to an authorization database, grant the customer-premises equipment access to the network; or b) if the entry is not found, grant temporary access to a private network which enables a user identifier and user credentials to be digitally submitted, and if the user credentials are valid according to the authorization database, grant the customer-premises equipment access to the network. - a network interface to the transport network; - a processor subsystem configured to, via the network interface: - obtain an equipment identifier which uniquely identifies the customer-premises equipment; - obtain a line identifier which identifies the line terminal; - search a trusted access database for an entry containing a combination of the equipment identifier and the line identifier; and a) if the entry is found and if the entry contains a user identifier having user credentials which are valid according to an authorization database, grant the customer-premises equipment access to the network; or b) if the entry is not found, grant temporary access to a private network which enables a user identifier and user credentials to be digitally submitted, and if the user credentials are valid according to the authorization database, grant the customer-premises equipment access to the network. a) if the entry is found and if the entry contains a user identifier having user credentials which are valid according to an authorization database, grant the customer-premises equipment access to the network; or b) if the entry is not found, grant temporary access to a private network which enables a user identifier and user credentials to be digitally submitted, and if the user credentials are valid according to the authorization database, grant the customer-premises equipment access to the network.
A method for continuous, automatic, online monitoring of water quality and particle sampling in a drinking water distribution network, comprising: i) providing a drinking water distribution network. ii) obtaining an influent sample stream from said drinking water distribution network, iii) sending said influent sample stream to a plurality of branch lines (6, 7, 8, 9, 15), in which branch lines automatic controllable valves are present, said plurality of branch are provided with filters (11, 12, 13) for collecting particles or bottles for sampling water, iv) operating said automatic controllable valves in such a way that according to a specific sample regime each branch line is individually provided with said influent sample stream, and v) collecting filter samples and water samples according to said specific sample regime, characterized in that step iv) includes providing a specific branch line with said influent sample stream during a specific time interval and, after said specific time interval, providing another branch line with said influent sample stream during a specific time interval, wherein each branch line has a specific function, namely collecting particles or collecting a water sample. i) providing a drinking water distribution network. ii) obtaining an influent sample stream from said drinking water distribution network, iii) sending said influent sample stream to a plurality of branch lines (6, 7, 8, 9, 15), in which branch lines automatic controllable valves are present, said plurality of branch are provided with filters (11, 12, 13) for collecting particles or bottles for sampling water, iv) operating said automatic controllable valves in such a way that according to a specific sample regime each branch line is individually provided with said influent sample stream, and v) collecting filter samples and water samples according to said specific sample regime, characterized in that step iv) includes providing a specific branch line with said influent sample stream during a specific time interval and, after said specific time interval, providing another branch line with said influent sample stream during a specific time interval, wherein each branch line has a specific function, namely collecting particles or collecting a water sample.
Multilayer Automotive trim part for noise attenuation comprising at least 2 fibrous layers (10, 30) and at least one air permeable intermediate film layer between the at least 2 fibrous layers, whereby all layers together have a variable thickness characterized in that at least for an area with a thickness between 4 and 12.5 mm the overall air flow resistance (AFR overall) and the overall density relate as follows 1500 < AFR overall − 10 ρ ̅ < 3800 with AFR overall in Nsm -3 and in kg/m 3.
An instrument tip assembly for an actuating instrument, the instrument tip assembly comprising: a yoke attachment thread provided at a proximal end of the instrument tip assembly, the yoke attachment thread configured to be connected to a first thread provided within an actuating shaft of an actuator of an actuating instrument; a back hub provided at a proximal end of the instrument tip assembly, characterized by the back hub having a rib provided on one of an inner surface and an outer surface of the back hub, wherein the rib projects from one of the inner surface and the outer surface of the back hub, and wherein the rib is configured to engage with a second thread provided on the actuating shaft to form an attachment thread, wherein a surgical tool is provided at a distal end of the instrument tip assembly. a yoke attachment thread provided at a proximal end of the instrument tip assembly, the yoke attachment thread configured to be connected to a first thread provided within an actuating shaft of an actuator of an actuating instrument; a back hub provided at a proximal end of the instrument tip assembly, characterized by the back hub having a rib provided on one of an inner surface and an outer surface of the back hub, wherein the rib projects from one of the inner surface and the outer surface of the back hub, and wherein the rib is configured to engage with a second thread provided on the actuating shaft to form an attachment thread, wherein a surgical tool is provided at a distal end of the instrument tip assembly.
An endplate for an intervertebral disc prosthesis, comprising: a base plate having a periphery sized and configured to fit within an intervertebral space of a human spinal motion segment; a lower elevated region within said periphery having an antero-posterior dimension and a transverse dimension different from said antero-posterior dimension and being bounded by a wall spaced generally radially inward from said periphery; characterized in that said wall has laterally opposite side portions defined by arcs; and an upper, generally dome-shaped, elevated region supported on said lower elevated region has laterally opposite side portions defined by circular arcs having a common center located in a median plane of said base plate. a base plate having a periphery sized and configured to fit within an intervertebral space of a human spinal motion segment; a lower elevated region within said periphery having an antero-posterior dimension and a transverse dimension different from said antero-posterior dimension and being bounded by a wall spaced generally radially inward from said periphery; characterized in that said wall has laterally opposite side portions defined by arcs; and an upper, generally dome-shaped, elevated region supported on said lower elevated region has laterally opposite side portions defined by circular arcs having a common center located in a median plane of said base plate.
A torque delivery control system, comprising: a clutch that is at least partially automatically controllable; a clutch pedal configured to be manipulated by a driver to enable manual control of the engagement of the clutch, wherein release of the clutch pedal is configured to cause engagement of the clutch; and a control means configured to adjust a rate of the engagement of the clutch, during driver release of the clutch pedal, based on a selected drive mode, wherein, in a first drive mode, the control means is configured to cause engagement of the clutch to be effected at a first rate responsive to a given change in a position of the clutch pedal in a given period of time and, in a second mode, the control means is configured to cause engagement of the clutch to be effected at a second rate, different to the first rate, responsive to the same given change in the position of the clutch pedal in the same given period of time. a clutch that is at least partially automatically controllable; a clutch pedal configured to be manipulated by a driver to enable manual control of the engagement of the clutch, wherein release of the clutch pedal is configured to cause engagement of the clutch; and a control means configured to adjust a rate of the engagement of the clutch, during driver release of the clutch pedal, based on a selected drive mode, wherein, in a first drive mode, the control means is configured to cause engagement of the clutch to be effected at a first rate responsive to a given change in a position of the clutch pedal in a given period of time and, in a second mode, the control means is configured to cause engagement of the clutch to be effected at a second rate, different to the first rate, responsive to the same given change in the position of the clutch pedal in the same given period of time.
A particulate composition for encapsulating a drug therein, comprising: a block copolymer unit having a hydrophobic polymer-chain segment and a hydrophilic polymer-chain segment, a plurality of the block copolymer units being arranged radially with the hydrophobic polymer-chain segments radially inside and the hydrophilic polymer-chain segments radially outside; and a charged lipid which carries a charge opposite to the charge of the drug to be encapsulated in the composition such that the drug is to be retained within the particle via electrostatic binding with the charged lipid, the charged lipid being attracted to the hydrophobic polymer-chain segment, whereby the outer surface of the particle is prevented from being charged to attract a substance which has a charge opposite to the charge of the charged lipid, wherein the particulate composition is applied to a drug selected from peptides, proteins, sugar chains and nucleic acids; and wherein the charged lipids are not arranged contiguously to one another along the circumference of the particulate composition, but are arranged to intervene between the adjacent block copolymer units along the circumference of the particulate composition, whereby the adjacent charged lipids along the circumference of the particulate composition are separated by the block copolymer units and prevented from being in contact with one another. a block copolymer unit having a hydrophobic polymer-chain segment and a hydrophilic polymer-chain segment, a plurality of the block copolymer units being arranged radially with the hydrophobic polymer-chain segments radially inside and the hydrophilic polymer-chain segments radially outside; and a charged lipid which carries a charge opposite to the charge of the drug to be encapsulated in the composition such that the drug is to be retained within the particle via electrostatic binding with the charged lipid, the charged lipid being attracted to the hydrophobic polymer-chain segment, whereby the outer surface of the particle is prevented from being charged to attract a substance which has a charge opposite to the charge of the charged lipid,
System for real-time measurements and analysis of fuel oils and the quantitative and qualitative assessment and acceptance of the fuel, which is configured to perform the acquisition, monitoring, presentation, analysis and storage of numerous parameters in real time, during a ship's refueling or fuel cargo loading-unloading process, and is implemented using: a cloud application, a mobile application, and a portable device, characterized in that the portable device is configured to be installed at the leading edge of the ship's bunkering or fuel cargo loading-unloading pipe, in line with the fuel flow and including i) means employing ultrasound technology and ii) sensors to perform chemical analysis both for quantitative and qualitative assessment and acceptance, i.e. measuring the % content of a plurality of chemical elements in the fuel.
A method for manufacturing integrated objects, the method comprising: providing a holder substrate, the holder substrate having at least one recessed region, the recessed region having a predetermined shape, the holder substrate having a selected thickness and being substantially rigid in shape; aligning a chip comprising a face and a backside into the predetermined shape of the recessed region; disposing the chip into the recessed region; securing the chip into the recessed region; providing a first film of insulating material (103, 209) having a first thickness overlying the face and portions of the holder substrate to attach the chip to a portion of the first film of insulating material (103, 209); patterning the first film of insulating material (103, 209) to form at least one opening (105, 208) through a portion of the first thickness to a contact region on the face of the chip; forming a metallization layer (109, 211) overlying the first film of insulating material to couple to the contact region through the one opening (105, 208); forming a protective layer (113, 213) overlying the metallization layer (109, 211); and releasing the chip from the holder substrate while maintaining attachment of the chip to the first film of insulating material (103, 209); characterized in that: the first film of insulating material (103,209) and the protective layer (113,213) comprise a parylene material; and the chip is pre-coated with parylene prior to being disposed into the recessed region. providing a holder substrate, the holder substrate having at least one recessed region, the recessed region having a predetermined shape, the holder substrate having a selected thickness and being substantially rigid in shape; aligning a chip comprising a face and a backside into the predetermined shape of the recessed region; disposing the chip into the recessed region; securing the chip into the recessed region; providing a first film of insulating material (103, 209) having a first thickness overlying the face and portions of the holder substrate to attach the chip to a portion of the first film of insulating material (103, 209); patterning the first film of insulating material (103, 209) to form at least one opening (105, 208) through a portion of the first thickness to a contact region on the face of the chip; forming a metallization layer (109, 211) overlying the first film of insulating material to couple to the contact region through the one opening (105, 208); forming a protective layer (113, 213) overlying the metallization layer (109, 211); and releasing the chip from the holder substrate while maintaining attachment of the chip to the first film of insulating material (103, 209); characterized in that: the first film of insulating material (103,209) and the protective layer (113,213) comprise a parylene material; and the chip is pre-coated with parylene prior to being disposed into the recessed region. the first film of insulating material (103,209) and the protective layer (113,213) comprise a parylene material; and the chip is pre-coated with parylene prior to being disposed into the recessed region.
An organic light emitting device with red, green, blue and white subpixel regions (110A, 110B, 110C, 110D), comprising: a lower substrate; an anode (150; 151, 152, 153, 154) formed on the lower substrate; an organic emission layer formed on the anode (150; 151, 152, 153, 154), the organic emission layer emitting white light; a semi-transparent cathode formed on the organic emission layer, wherein the semi-transparent cathode includes a first region and a second region, wherein the first region corresponds to the red, green, and blue subpixel regions (110A, 110B, 110C) in which a color filter is formed and the second region corresponds to the white subpixel region in which no color filter is formed; characterized by a first reflection decreasing layer formed on an upper surface and a second reflection decreasing layer formed on a lower surface of the semi-transparent cathode, wherein the first and second reflection decreasing layers are formed on a part of the semi-transparent cathode corresponding to the white subpixel region for reducing reflection of the light emitted from the organic emission layer by the semi-transparent cathode at the white subpixel region, wherein the reflection decreasing layers (182E, 181E) include an organic material, an oxide, or silicon nitride (SiN x) with a thickness of about 300Å to 400Å, and the first and second reflection decreasing layers (182E, 181E) having a different thickness from each other. a lower substrate; an anode (150; 151, 152, 153, 154) formed on the lower substrate; an organic emission layer formed on the anode (150; 151, 152, 153, 154), the organic emission layer emitting white light; a semi-transparent cathode formed on the organic emission layer, wherein the semi-transparent cathode includes a first region and a second region, wherein the first region corresponds to the red, green, and blue subpixel regions (110A, 110B, 110C) in which a color filter is formed and the second region corresponds to the white subpixel region in which no color filter is formed; characterized by a first reflection decreasing layer formed on an upper surface and a second reflection decreasing layer formed on a lower surface of the semi-transparent cathode, wherein the first and second reflection decreasing layers are formed on a part of the semi-transparent cathode corresponding to the white subpixel region for reducing reflection of the light emitted from the organic emission layer by the semi-transparent cathode at the white subpixel region, wherein the reflection decreasing layers (182E, 181E) include an organic material, an oxide, or silicon nitride (SiN x) with a thickness of about 300Å to 400Å, and the first and second reflection decreasing layers (182E, 181E) having a different thickness from each other.
Tubular pump for metering liquids, comprising at least a resilient and flexible tubular metering element (1,9), with shape memory, for receiving a product to be metered, a supply and discharge of the product being controlled by respective valves (2,3,7,8) situated before and after a compression region of the flexible tubular metering element (1,9), characterised in that the flexible tubular metering element (1,9) is adapted to receive an action of limited compression without there being contact between internal walls of the tubular metering element by means of a ramming member (5,11), and in that a stroke of the ramming member (5,11) for compressing the flexible tubular metering element (1,9) is limited in an adjustable manner by fixed stops.
Impulse welding rail for the welding of plastic films having a detachable anti-stick coating, which is held at lateral flanks of the impulse welding rail, wherein for the detachable fastening of the anti-stick coating at both flanks of the impulse welding rail two-part or multi-part holding elements are provided which act in a form-fitting manner, wherein first part of the holding elements are arranged at the flanks of the impulse welding rail and second parts of the holding elements are arranged at the anti-stick coating, characterised in that the holding element are in the form of compression spring elements, hook and loop fasteners or pressure closure strips.
A temperature measuring system, comprising: a Johnson noise generating resistive sensor element for detecting temperature; signal processing circuitry electrically coupled to the sensor element; and a current injector electrically coupled to the signal processing circuitry and the sensor element, and configured to inject a calibration current into the sensor element; wherein the signal processing circuitry is configured to: receive a composite voltage signal from the sensor element, the composite voltage signal including a voltage signal arising from the Johnson noise generated by the sensor element and a voltage signal arising from the calibration current; extract the Johnson noise voltage signal and the calibration voltage signal from the received composite voltage signal; and determine the temperature of the sensor element based on the extracted Johnson noise voltage signal and on the extracted calibration voltage signal. a Johnson noise generating resistive sensor element for detecting temperature; signal processing circuitry electrically coupled to the sensor element; and a current injector electrically coupled to the signal processing circuitry and the sensor element, and configured to inject a calibration current into the sensor element; wherein the signal processing circuitry is configured to: receive a composite voltage signal from the sensor element, the composite voltage signal including a voltage signal arising from the Johnson noise generated by the sensor element and a voltage signal arising from the calibration current; extract the Johnson noise voltage signal and the calibration voltage signal from the received composite voltage signal; and determine the temperature of the sensor element based on the extracted Johnson noise voltage signal and on the extracted calibration voltage signal. receive a composite voltage signal from the sensor element, the composite voltage signal including a voltage signal arising from the Johnson noise generated by the sensor element and a voltage signal arising from the calibration current; extract the Johnson noise voltage signal and the calibration voltage signal from the received composite voltage signal; and determine the temperature of the sensor element based on the extracted Johnson noise voltage signal and on the extracted calibration voltage signal.