mhurhangee/patent-ind-claim-en huggingface dataset:
An information processing apparatus comprising: a communication unit configured to receive, from a plurality of network-connected instruments, instrument information including a source, destination and type of data for each instance of communication between the network-connected instruments; and a data processing unit configured to generate display information that allows identification of data of inter-group communication between transmission data groups and reception data groups , the display information indicating a respective group icon of each of the transmission data groups and reception data groups and indicating a status of each instance of communication between the transmission data groups and reception data groups; wherein the information processing apparatus is configured to set the transmission data groups including a plurality of pieces of transmission data of different types transmitted by individual transmitting network-connected instruments, the reception data groups including a plurality of pieces of reception data of different types received by individual receiving network-connected instruments and the status of each instance of communication between the transmission data groups and reception data groups using the instrument information, each of the transmission data groups and reception data groups including data for which start, stop and/or switching of transmission and reception can be collectively controlled. a communication unit configured to receive, from a plurality of network-connected instruments, instrument information including a source, destination and type of data for each instance of communication between the network-connected instruments; and a data processing unit configured to generate display information that allows identification of data of inter-group communication between transmission data groups and reception data groups , the display information indicating a respective group icon of each of the transmission data groups and reception data groups and indicating a status of each instance of communication between the transmission data groups and reception data groups; wherein the information processing apparatus is configured to set the transmission data groups including a plurality of pieces of transmission data of different types transmitted by individual transmitting network-connected instruments, the reception data groups including a plurality of pieces of reception data of different types received by individual receiving network-connected instruments and the status of each instance of communication between the transmission data groups and reception data groups using the instrument information, each of the transmission data groups and reception data groups including data for which start, stop and/or switching of transmission and reception can be collectively controlled.
A polarized light emitting medical device, in particular for the prevention and treatment of gingival and periodontal diseases, with a housing formed as a handle of the medical device, in which there is an electronic control unit which is control-signal connected with a polarized light emitting arrangement, said polarized light emitting arrangement comprising at least one light source connected with said electronic control unit and a polarizer optical unit optically connected with said light source for forming a polarized light beam (P) from the light rays emitted by said light source , said polarized light emitting arrangement comprises at least one polarized light emitting treatment console connected to said housing and incorporating said light source and said polarizer optical unit optically connected therewith, characterized in that said polarized light emitting treatment console/s/ feature/s/ an oval window formed for said polarizer optical unit at the distal end portion of said polarized light emitting treatment console/s/ , the longer axis (AL) of said oval window being parallel to the longitudinal direction of the respective polarized light emitting console , and said polarizer optical unit is positioned in said oval window to define the direction of polarization ( DP ) parallel to the longer axis (AL) of the oval window .
Container assembly (1; 101) for transport, storage and dispensing of a liquid, for example a beverage, for example beer, comprising: - a rigid plastic container (10; 110) having a main body section and a narrow neck with an opening ; - a gas-tight bag (20; 120) for storing the liquid, contained within the container, ∘ wherein the bag is made of a flexible multilayer film (21; 121), comprising a core layer of metallized polyester, sandwiched between a bottom layer defining an inner surface of the bag and a top layer defining an outer surface of the bag, ∘ the gas-tight bag comprising a fitment (25; 125) allowing the bag to be filled with the liquid, to dispense the liquid through, and to close off the bag, which gas-tight bag has been assembled into the container to form the container assembly by subsequently: a) folding the flexible multilayer film of the bag; and then b) inserting the flexible multilayer film of the bag via the opening through the neck into the main body section of the container; and then c) connecting the fitment of the bag to the neck of the container; characterized in that the core layer of metallized polyester has been coated on at least one of its surfaces by a tear resistant coating comprising an amine modified polyvinyl alcohol and an acetoacetate modified polyvinyl alcohol. - a rigid plastic container (10; 110) having a main body section and a narrow neck with an opening ; - a gas-tight bag (20; 120) for storing the liquid, contained within the container, ∘ wherein the bag is made of a flexible multilayer film (21; 121), comprising a core layer of metallized polyester, sandwiched between a bottom layer defining an inner surface of the bag and a top layer defining an outer surface of the bag, ∘ the gas-tight bag comprising a fitment (25; 125) allowing the bag to be filled with the liquid, to dispense the liquid through, and to close off the bag, ∘ wherein the bag is made of a flexible multilayer film (21; 121), comprising a core layer of metallized polyester, sandwiched between a bottom layer defining an inner surface of the bag and a top layer defining an outer surface of the bag, ∘ the gas-tight bag comprising a fitment (25; 125) allowing the bag to be filled with the liquid, to dispense the liquid through, and to close off the bag, which gas-tight bag has been assembled into the container to form the container assembly by subsequently: a) folding the flexible multilayer film of the bag; and then b) inserting the flexible multilayer film of the bag via the opening through the neck into the main body section of the container; and then c) connecting the fitment of the bag to the neck of the container; a) folding the flexible multilayer film of the bag; and then b) inserting the flexible multilayer film of the bag via the opening through the neck into the main body section of the container; and then c) connecting the fitment of the bag to the neck of the container; characterized in that the core layer of metallized polyester has been coated on at least one of its surfaces by a tear resistant coating comprising an amine modified polyvinyl alcohol and an acetoacetate modified polyvinyl alcohol.
A wedge of a lead-through system further comprising a frame, a number of modules and stay plates, which wedge is moveable between a first extreme and a second extreme, wherein the wedge comprises a first wedge element and a second wedge element placed in line with each other, and wherein the wedge comprises a third wedge element and a fourth wedge element placed on opposite sides of the first and second wedge elements and abutting the first and second wedge elements along sloping surfaces, wherein the wedge has distinct stops at the first and second extremes, which distinct stops are given by co-operating stop edges , characterised in that a first end of a screw is locked in a nut inside the second wedge element and that a second end of the screw is received in a socket , which socket is arranged fixed but rotatable in relation to the first wedge element .
Device for analysing materials in a material stream (M), comprising a transmission assembly for irradiating the material stream (M) with electromagnetic radiation (SE) in the terahertz wavelength range, for detecting the THz radiation fractions (ST) transmitted through the material stream (M) and for evaluating said THz radiation fractions (ST), wherein the transmission assembly is configured to generate, detect and evaluate a plurality of different low-bandwidth THz frequency bands (f B ) and to evaluate a plurality of narrow individual spectra (f E ) in each of said THz frequency bands (f B ), wherein the plurality of different THz frequency bands (f B ) are non-overlapping, spaced-apart frequency bands each having a bandwidth of between 8 GHz and 48 GHz and wherein the plurality of different THz frequency bands (f B ) are derived from a baseband by means of frequency extension, and comprising a recording system for optically scanning the material stream (M) from at least one side , wherein the device is configured to perform the analysis on the basis of transmission information (TI) obtained by the detection and/or evaluation thereof by the transmission assembly and on the basis of scanning information (AI) obtained by the scanning thereof by the recording system and/or by evaluation of data generated as a result of said scanning.
A wafer shape and flatness measurement apparatus comprising: a large aperture interferometer, characterized by a reflective air bearing chuck configured for holding a wafer on an air cushion, the reflective air bearing chuck comprising alternating vacuum and pressure nozzles arranged in a plurality of concentric rings and a distance between adjacent vacuum nozzle and pressure nozzle is substantially uniform for vacuum nozzles and pressure nozzles on each concentric nozzle ring. a large aperture interferometer, characterized by a reflective air bearing chuck configured for holding a wafer on an air cushion, the reflective air bearing chuck comprising alternating vacuum and pressure nozzles arranged in a plurality of concentric rings and a distance between adjacent vacuum nozzle and pressure nozzle is substantially uniform for vacuum nozzles and pressure nozzles on each concentric nozzle ring.
A fire alarm system comprising: alarm initiating devices for initiating fire alarms, configured to send device signals, each of the devices having an inspector-activated mechanism; and a control panel that is configured to receive device signals from the alarm initiating devices and initiate fire alarm conditions based on the device signals, wherein the control panel is further configured to place the alarm initiating devices into a test mode in response to the inspector-activated mechanisms being activated, the control panel not initiating a fire alarm condition when the device signals are indicative of a fire if the device signals were from alarm initiating devices in the test mode, wherein the control panel is configured to return the alarm initiating devices from the test mode to a normal operation mode in response to the device signals no longer being indicative of a fire. alarm initiating devices for initiating fire alarms, configured to send device signals, each of the devices having an inspector-activated mechanism; and a control panel that is configured to receive device signals from the alarm initiating devices and initiate fire alarm conditions based on the device signals, wherein the control panel is further configured to place the alarm initiating devices into a test mode in response to the inspector-activated mechanisms being activated, the control panel not initiating a fire alarm condition when the device signals are indicative of a fire if the device signals were from alarm initiating devices in the test mode, wherein the control panel is configured to return the alarm initiating devices from the test mode to a normal operation mode in response to the device signals no longer being indicative of a fire.
A difunctional biphenyl compound having the formula (I): wherein: Alk is a linear or branched alkyl group having from 1 to 6 carbon atoms, Alk' is a linear or branched alkyl group having from 1 to 6 carbon atoms, and R is selected from -CH 2 -NH 2 , -N=C=O and -NH 2 ; provided that the compound of formula (I) is not 3,4-dimethoxydianiline. Alk is a linear or branched alkyl group having from 1 to 6 carbon atoms, Alk' is a linear or branched alkyl group having from 1 to 6 carbon atoms, and R is selected from -CH 2 -NH 2 , -N=C=O and -NH 2 ; provided that the compound of formula (I) is not 3,4-dimethoxydianiline.
A system for managing a plurality of alarmed individual spaces , the system comprising: • a set of detection points (4a-4g) associated with the alarms, each detection point (4a-4g) equipping one of the individual spaces ; • at least one alarm center (6a-6c) dedicated to the detection points (4a-4g), the or each alarm center (6a-6c) being linked to the detection points of a subset of said set of detection points, for the management of said detection points; • a set of access controllers (8a-8g), each access controller (8a-8g) being associated with one of the individual spaces and being configured to identify a user of said space ; • a user center to which said access controllers (8a-8g) are connected; and • for each alarmed individual space , an alarm disabling and re-enabling module (12a-12g) linked to the user center and connected between the or one of the alarm center(s) (6a-6c) and the detection point (4a-4g) equipping said individual space , characterized in that the user center manages the alarm disabling and re-enabling for all detection point (4a-4g) and in that each alarm disabling and re-enabling module (12a-12g) is configured to selectively disable and re-enable the detection point (4a-4g) to which it is linked, and to trigger the disabling of said detection point (4a-4g) following an identification of a user by the access controller (8a-8g) associated with said individual space and a verification of the identity of an user by the user center . • a set of detection points (4a-4g) associated with the alarms, each detection point (4a-4g) equipping one of the individual spaces ; • at least one alarm center (6a-6c) dedicated to the detection points (4a-4g), the or each alarm center (6a-6c) being linked to the detection points of a subset of said set of detection points, for the management of said detection points; • a set of access controllers (8a-8g), each access controller (8a-8g) being associated with one of the individual spaces and being configured to identify a user of said space ; • a user center to which said access controllers (8a-8g) are connected; and • for each alarmed individual space , an alarm disabling and re-enabling module (12a-12g) linked to the user center and connected between the or one of the alarm center(s) (6a-6c) and the detection point (4a-4g) equipping said individual space ,
Method for the automated creation of an accident report for coordination of rescue measures, comprising: - transmitting accident data of a traffic participant to a central processing unit, wherein - determining a number of mobile terminals which are located within a predetermined spatial proximity to the traffic participant; and - generating an accident report in dependence of the determined number of mobile terminals is provided, characterized in that the determination of the number of mobile terminals which are located within a predetermined spatial proximity to the traffic participant comprises determining the geographical position of the mobile terminals. - transmitting accident data of a traffic participant to a central processing unit, wherein - determining a number of mobile terminals which are located within a predetermined spatial proximity to the traffic participant; and - generating an accident report in dependence of the determined number of mobile terminals is provided,
An engine that includes a blow-by-gas returning system, the engine being configured to direct blow-by gas within a crankcase to an intake system (k) through an inside of a head cover , wherein the intake system (k) includes a cover intake-passage disposed at the head cover , and the cover intake-passage communicates with a blow-by-gas passage of the head cover , wherein the cover intake-passage forms part of a suction passage that connects an air cleaner with a supercharger , characterised in that the cover intake-passage is integral with the head cover .
A method for intercepting a physical downlink control channel, PDCCH, characterized by comprising: starting or restarting , by a terminal device, a first timer when a New Radio NR PDCCH is intercepted; and determining that the terminal device enters a discontinuous reception, DRX, turnoff OFF, state or continues intercepting the PDCCH according to whether an end time of the first timer is in the middle of a first time unit; wherein the first time unit is a PDCCH monitoring occasion defined by the On Duration of the DRX cycle and used by the terminal device to intercept the PDCCH, the DRX OFF state refers to a state in which the terminal device does not intercept the PDCCH in the time period used to intercept the PDCCH, wherein the determining comprises continuing, by the terminal device, intercepting the PDCCH when the end time of the first timer is in the middle of the first time unit. starting or restarting , by a terminal device, a first timer when a New Radio NR PDCCH is intercepted; and determining that the terminal device enters a discontinuous reception, DRX, turnoff OFF, state or continues intercepting the PDCCH according to whether an end time of the first timer is in the middle of a first time unit; wherein
A swinging bucket centrifuge comprising: - a rotor comprising at least one mounting end and - at least one bucket mounted to the at least one mounting end of the rotor , wherein - the at least one bucket is mounted to the at least one mounting end of the rotor by at least one clevis pin held in a clevis so that the bucket is pivotable about the clevis pin ; - an engaging element comprising a through-hole is arranged between two clevis arms of the clevis ; - each of said two clevis arms comprises a through-hole ; - the clevis pin is arranged within the two through-holes of the two clevis arms and within the through-hole of the engaging element ; and characterised in that - the through-hole of the bucket in which the clevis pin is arranged comprises an elongated cross section. - a rotor comprising at least one mounting end and - at least one bucket mounted to the at least one mounting end of the rotor , wherein - the at least one bucket is mounted to the at least one mounting end of the rotor by at least one clevis pin held in a clevis so that the bucket is pivotable about the clevis pin ; - an engaging element comprising a through-hole is arranged between two clevis arms of the clevis ; - each of said two clevis arms comprises a through-hole ; - the clevis pin is arranged within the two through-holes of the two clevis arms and within the through-hole of the engaging element ; and characterised in that - the through-hole of the bucket in which the clevis pin is arranged comprises an elongated cross section.
Motor-vehicle clip-connection element, in particular a clip-connection element for coupling components of a motor vehicle latch, preferably a motor vehicle door latch, comprising an expansion mandrel and at least two expansion fins which engage in a ratcheting manner behind the expansion mandrel in the assembled state, characterized in that the motor-vehicle clip-connection element further comprises a support surface and the expansion fins have a bulbous cross section and are slightly spaced apart from the supporting surface .
A method for arranging, in particular thermoplastic, semi-finished products (H) by using an electronically controlled or regulated placing device for the semi-finished products (H), comprising the following steps: - detecting of at least one part of an outline (U) of a semi-finished product (H) to be placed, wherein the detecting is carried out by a detection device , - determining a target position (PSOLL) for the semi-finished product (H) and/or for the placing device for placing the semi-finished product (H) by matching the at least one part of the outline (U) with a placing edge occurring on an underlying surface and - placing the semi-finished product (H) by the placing device using the target position (PSOLL), wherein the detection device comprises an optical measuring system, characterized in that during the detection of at least one part of the outline (U), the semi-finished product (H) is pressed against a detection surface (E) formed as a plate, which plate is at least partially transparent for the optical measuring system of the detection device . - detecting of at least one part of an outline (U) of a semi-finished product (H) to be placed, wherein the detecting is carried out by a detection device , - determining a target position (PSOLL) for the semi-finished product (H) and/or for the placing device for placing the semi-finished product (H) by matching the at least one part of the outline (U) with a placing edge occurring on an underlying surface and - placing the semi-finished product (H) by the placing device using the target position (PSOLL), wherein the detection device comprises an optical measuring system,
An apparatus comprising a light-sealable housing for curing light-curable ink printed on a substrate having light emitting diodes (LEDs), the apparatus comprising: an interface for supplying power to the LEDs; a substrate support ; and a transfer device configured to change a relative position of the interface and the substrate support , wherein the transfer device is configured to bring the interface into contact with the substrate for providing the power to the LEDs for illuminating the LEDs to cure the light-curable ink. an interface for supplying power to the LEDs; a substrate support ; and a transfer device configured to change a relative position of the interface and the substrate support , wherein the transfer device is configured to bring the interface into contact with the substrate for providing the power to the LEDs for illuminating the LEDs to cure the light-curable ink.