mhurhangee/ep-ind-claims huggingface dataset:
Device for hydrolysing at least one compound, comprising - a first cylindrical section having a diameter D max, a central channel and an outer channel coaxially surrounding the central channel, - an outlet having a diameter D A and - a second section which tapers in the direction of the outlet and comprises a hollow volume, into which the channels (18, 20, 22) open, wherein the second section has, in cross section along a longitudinal axis A L of the device, a profile of an outer wall delimiting the hollow volume which is described by two radii R1 and R2 which go tangentially over into one another, wherein a profile subsection described by R1 adjoins the outlet and a profile subsection described by R2 adjoins a wall of the outer channel, which wall runs straight in the profile, and wherein 0.2 < R1/D A < 4.0 and 0.3 < R2/D A < 5.0. - a first cylindrical section having a diameter D max, a central channel and an outer channel coaxially surrounding the central channel, - an outlet having a diameter D A and - a second section which tapers in the direction of the outlet and comprises a hollow volume, into which the channels (18, 20, 22) open, wherein
A cooling device comprising a body wherein the objects to be cooled are placed, two doors providing access into the body and which remain side by side when closed and one door opening mechanism situated on each door having - a handle that provides the door to be opened by being moved by the user, - at least one support member that is secured on the side wall of the door and to one edge of which the handle is rotatably mounted, the support members of the door opening mechanisms facing each other, - a latch situated on the support member and which provides the door to be separated from the body by being actuated by the movement of the handle and - a movement mechanism that transmits the movement of the handle to the latch, characterized by the support members which are assembled on the doors such that, when the cooling device is viewed from the outside, the handles appear side by side and at the same height but the support members are at different heights. - a handle that provides the door to be opened by being moved by the user, - at least one support member that is secured on the side wall of the door and to one edge of which the handle is rotatably mounted, the support members of the door opening mechanisms facing each other, - a latch situated on the support member and which provides the door to be separated from the body by being actuated by the movement of the handle and - a movement mechanism that transmits the movement of the handle to the latch,
Production process integrating method for the integration of multilevel production processes in which the end product (190, 290) produced by a production entity (100, 200) operating on a lower production level serves as the input material for a production entity operating on a consecutive higher production level (000, 100), the process comprising - identifying machine and/or human activities involved in the production of the end product (190, 290) in the production entities (100, 200) operating on the individual production levels, and associating production agents (100A, 110A, 120A, 130A, 140A) to the identified activities, characterised in that the process further comprises: - identifying the physical parameters influencing the activity of the production agents (100A, 110A, 120A, 130A, 140A), - measuring the identified physical parameters with sensors, - determining a probability index relating to a fulfilment time of the activity associated with the given production agent (100A, 110A, 120A, 130A, 140A) using the measured physical parameters, - determining a probability index relating to the fulfilment time of a quota consisting of a given amount of end product (190, 290) to be produced on the given production level from the probability indices determined for the production agents (100A, 110A, 120A, 130A, 140A), - the probability index relating to the fulfilment time of the quota is provided to the production entity (000, 100) operating on the consecutive higher production level. - identifying machine and/or human activities involved in the production of the end product (190, 290) in the production entities (100, 200) operating on the individual production levels, and associating production agents (100A, 110A, 120A, 130A, 140A) to the identified activities, - identifying the physical parameters influencing the activity of the production agents (100A, 110A, 120A, 130A, 140A), - measuring the identified physical parameters with sensors, - determining a probability index relating to a fulfilment time of the activity associated with the given production agent (100A, 110A, 120A, 130A, 140A) using the measured physical parameters, - determining a probability index relating to the fulfilment time of a quota consisting of a given amount of end product (190, 290) to be produced on the given production level from the probability indices determined for the production agents (100A, 110A, 120A, 130A, 140A), - the probability index relating to the fulfilment time of the quota is provided to the production entity (000, 100) operating on the consecutive higher production level.
A firing head for selectively activating an initiator of a downhole tool, characterized by: - a housing having a bore and a radially enlarged chamber formed along the bore; - a firing pin disposed in the bore, the firing pin having a shank and a circumferential groove formed on an outer surface of the shank: and - a moveable stopper disposed in the radially enlarged chamber, wherein the stopper is only partially disposed in the groove when the housing is in a vertical position, the stopper moving out of the groove when the housing has a predetermined minimum angular deviation from the vertical position. - a housing having a bore and a radially enlarged chamber formed along the bore; - a firing pin disposed in the bore, the firing pin having a shank and a circumferential groove formed on an outer surface of the shank: and - a moveable stopper disposed in the radially enlarged chamber, wherein the stopper is only partially disposed in the groove when the housing is in a vertical position, the stopper moving out of the groove when the housing has a predetermined minimum angular deviation from the vertical position.
System for generating electrical energy by means of photovoltaic elements, which are located on a supporting framework formed by supporting cables and adjusting cables or the like, and which can be pivoted about at least approximately vertically oriented axes, as a result of which they can track the east-west movement of the sun, and which furthermore can be pivoted about at least approximately horizontally oriented axes, as a result of which they can be adjusted to the solar altitude, wherein the photovoltaic elements are attached on a plurality of supporting beams (20, 20a) or the like, which are oriented at least approximately parallel to each other and approximately horizontally, wherein the supporting beams (20, 20a) or the like can be pivoted at one of the two ends thereof on a supporting cable or the like about an at least approximately vertical axis and are mounted rotatably about the longitudinal axis thereof, and wherein the supporting beams (20, 20a) are coupled at the other end thereof to a pivoting and rotating device, which is formed by at least one supporting and adjusting cable, characterized in that at least one of the supporting beams is mounted on a supporting column, supporting post or the like, in such a way that it can rotate with respect thereto about its horizontally oriented axis and can pivot about a vertical longitudinal axis of the supporting column, supporting post or the like, and that furthermore, firstly a pivoting device and secondly a rotating device are provided for this supporting beam on one of the supporting columns or the like.
An herbal extract composition comprising: essential oil of Elsholtzia ciliate; emulsifier tween 20; purified water, for use in the treatment or prevention of cardiac arrhythmic disease, wherein said cardiac arrhythmic disease is related with the extrasystoles formed in the ventricles, as well as tachycardia due to the circulation of the pulse in the ventricles. essential oil of Elsholtzia ciliate; emulsifier tween 20; purified water, for use in the treatment or prevention of cardiac arrhythmic disease, wherein said cardiac arrhythmic disease is related with the extrasystoles formed in the ventricles, as well as tachycardia due to the circulation of the pulse in the ventricles.
A motorized vehicle suitable for military use and adaptable for non-military use, which comprises: - a driver module; - a first side module attached to the driver module; characterized in that the first side module is a personnel side module and each of the driver module and the first personnel side module presents a v-shaped hull on its underside, the v-shaped hulls being designed such as to form at least one blast energy dissipation path (1, 2) between the driver module and the first personnel side module. - a driver module; - a first side module attached to the driver module;
A system for monitoring overheating comprising: an optical fiber overheat detection instrument loop comprising a first temperature detection apparatus and a second temperature detection apparatus, the overheat detection instrument loop having an attenuation associated therewith; the system being characterised in an optical fiber overheat detection testing apparatus for testing an operations controller associated with the overheat detection instrument loop, the apparatus comprising: an optical fiber having a first end and a second end, the optical fiber having a predetermined length based on the attenuation associated with the overheat detection instrument loop; a first fiber Bragg grating disposed on the optical fiber having a first wavelength spectrum that mimics a wavelength spectrum of the first temperature detection apparatus of the overheat detection instrument loop; a second fiber Bragg grating disposed on the optical fiber having a second wavelength spectrum that mimics a wavelength spectrum of the second temperature detection apparatus of the overheat detection instrument loop; and a test controller configured to perform a test, wherein during the test the first fiber Bragg grating and the second fiber Bragg grating are selectively heated and the operations controller sends signals to the test controller, the signals indicating that the operations controller has received the first wavelength spectrum and the second wavelength spectrum from the first and the second fiber Bragg grating, respectively, while the first and the second fiber Bragg gratings are being heated. an optical fiber overheat detection instrument loop comprising a first temperature detection apparatus and a second temperature detection apparatus, the overheat detection instrument loop having an attenuation associated therewith; the system being characterised in an optical fiber overheat detection testing apparatus for testing an operations controller associated with the overheat detection instrument loop, the apparatus comprising: an optical fiber having a first end and a second end, the optical fiber having a predetermined length based on the attenuation associated with the overheat detection instrument loop; a first fiber Bragg grating disposed on the optical fiber having a first wavelength spectrum that mimics a wavelength spectrum of the first temperature detection apparatus of the overheat detection instrument loop; a second fiber Bragg grating disposed on the optical fiber having a second wavelength spectrum that mimics a wavelength spectrum of the second temperature detection apparatus of the overheat detection instrument loop; and
A radio circuit comprising a digitally controllable oscillator, DCO, comprising a capacitor bank, the capacitor bank comprising a plurality of capacitors and corresponding switches arranged to switch in or out the individual capacitors among the plurality of capacitors; and test circuitry for measuring capacitors of the capacitor bank, wherein the test circuitry is characterized by a mixer having its inputs connected to a signal input of the radio circuit and to the output of the DCO such that the input signal and the DCO output are mixed; a frequency source arranged to provide a modulation signal; a switch bank control arranged to toggle the one capacitor to be measured by switching the corresponding switch by the modulation signal; and an evaluation circuit configured to evaluate levels of a main tone and its sideband of the mixed signal, wherein the ratio between the levels indicates the size of the measured capacitor in view of the frequency of the provided modulation signal.
Control apparatus having a control block in which at least one valve is installed, which valve has a valve slide which is mounted in an axially displaceable manner in a valve housing, and has an electromagnetic actuator assembly for actuating the valve slide, wherein the electromagnetic actuator assembly is completely accommodated in the valve housing, and wherein the valve is installed such that the electromagnetic actuator assembly is completely accommodated in the control block, characterized in that the valve housing forms, in an axial portion which accommodates the electromagnetic actuator assembly, a smooth heat transfer surface on its outer lateral side, in that the lateral side of the valve housing has, along the valve slide mounted therein, a number, corresponding to the number of connections of the valve, of circumferential shoulders which, proceeding from an axial end portion of the valve housing, radially widen in a stepwise manner in the direction of the portion accommodating the electromagnetic actuator assembly, and in that the individual circumferential shoulders are axially delimited by radially projecting circumferential sealing strips whose diameter, likewise proceeding from the axial end portion of the valve housing, increases in a stepwise manner in the direction of the portion accommodating the electromagnetic actuator assembly, wherein the radius of the portion accommodating the electromagnetic actuator assembly is greater than the radius of the circumferential sealing strip which is immediately axially adjacent thereto and which has the greatest diameter, and in that a cover plate, which, for arresting the at least one valve in the control block, is screwed onto the latter.
A method comprising: responsive to authenticating a first user at a vehicle head unit of a vehicle: establishing, by the vehicle head unit, a session; and associating the session with a user identifier associated with the first user; responsive to authenticating a second user at the vehicle head unit, associating, by the vehicle head unit, the session with a user identifier associated with the second user, wherein the user identifier associated with the first user and the user identifier associated with the second user are concurrently associated with the session; and while the user identifiers associated with the first and second users are concurrently associated with the session, the vehicle head unit causing storage of location information to both a first user account associated with the first user and a second user account associated with the second user while the vehicle is driving to a destination, wherein the first user is a first occupant of the vehicle and the second user is a second occupant of the vehicle. responsive to authenticating a first user at a vehicle head unit of a vehicle: establishing, by the vehicle head unit, a session; and associating the session with a user identifier associated with the first user; establishing, by the vehicle head unit, a session; and associating the session with a user identifier associated with the first user; responsive to authenticating a second user at the vehicle head unit, associating, by the vehicle head unit, the session with a user identifier associated with the second user, wherein the user identifier associated with the first user and the user identifier associated with the second user are concurrently associated with the session; and while the user identifiers associated with the first and second users are concurrently associated with the session, the vehicle head unit causing storage of location information to both a first user account associated with the first user and a second user account associated with the second user while the vehicle is driving to a destination, wherein the first user is a first occupant of the vehicle and the second user is a second occupant of the vehicle.
A method performed by a wireless device, the method comprising: receiving, via a first cell of a public network, secured control plane signaling which indicates one or more security parameters usable by the wireless device to obtain information concealed by a second cell of a non-public network, characterised in that the information concealed by the second cell includes system information for the second cell. receiving, via a first cell of a public network, secured control plane signaling which indicates one or more security parameters usable by the wireless device to obtain information concealed by a second cell of a non-public network, characterised in that the information concealed by the second cell includes system information for the second cell.
Coupling arrangement for releasably connecting a first line segment provided on a first unit to a second line segment provided on a second unit, comprising connecting means that can be applied to the first unit and connecting counter-means that can be applied to the second unit and that can be fixed to the connecting means, and a control device that can be positioned between the first line segment and the second line segment and that can be switched between a blocking position, in which the connection between the first line segment and the second line segment is blocked, and a flow position, in which the connection between the first line segment and the second line segment is open, wherein the control device comprises a control body rotatably supported between the blocked position and the flow position, that can be positioned at a distance between the first line segment and the second line segment, and in which an intermediate line segment is embedded, by means of which the first line segment can be connected to the second line segment, which comprises a first part body, which is guided at a first housing allocated to the first line segment, and a second part body, which is guided at a second housing allocated to the second line segment, wherein both part bodies (34, 36) can be laid against one another, characterized in that the connecting means comprise at least one electrical plug connection independent of the control device, which is formed by the connection of the two housings (8, 10).
An apparatus for assessing treatment effectiveness of tooth sensitivity, preferably dentin hypersensitivity, with an oral care product comprising: (a) a tooth shaped member comprising an outer layer simulating an enamel, (b) a plurality of holes, simulating open dentin tubules characterized in that the outer layer at least partially covers an exterior surface of an inner layer simulating a pulp, and a liquid sensor contained either between the outer layer and inner layer, or within the inner layer; and wherein the open dentin tubules are configured through the outer layer to the inner layer, and in fluid communication with the liquid sensor; wherein the liquid sensor is configured to sense liquid passing through at least one of the plurality of holes as simulating the treatment effectiveness of tooth sensitivity of the oral care product. (a) a tooth shaped member comprising an outer layer simulating an enamel, (b) a plurality of holes, simulating open dentin tubules
A method for generating a signal-to-noise improved MR image of an object under examination in an MR system using a compressed sensing technology, the method comprising: - determining a first MR signal data set of the object under examination in which a corresponding k-space is randomly subsampled, - determining a location dependent sensitivity map for each of at least one receiving coil used to detect MR signals of the first MR signal data set in the location where the object under examination is located, - determining noise information in the location where the object under examination is located, - determining the signal-to-noise improved MR image using an optimization process of the compressed sensing technology in which a location dependent regularization parameter 1 is used, characterized in that the location dependent regularization parameter 1 is determined based on the location dependent sensitivity map and based on the determined noise, wherein the location dependent regularization parameter is a function depending on the determined noise and the location dependent sensitivity map as variables, wherein the function is determined such that it is proportional to the noise and inversely proportional to the location dependent sensitivity map. - determining a first MR signal data set of the object under examination in which a corresponding k-space is randomly subsampled, - determining a location dependent sensitivity map for each of at least one receiving coil used to detect MR signals of the first MR signal data set in the location where the object under examination is located, - determining noise information in the location where the object under examination is located, - determining the signal-to-noise improved MR image using an optimization process of the compressed sensing technology in which a location dependent regularization parameter 1 is used,
A gas turbine engine for an aircraft comprising: an engine core comprising a turbine, a compressor, and a core shaft connecting the turbine to the compressor, the engine core comprising an inlet upstream of the compressor and an exhaust nozzle at a downstream outlet of the turbine; a fan located upstream of the engine core inlet; a rotating machine; and a set of exhaust nozzle vanes spanning the exhaust nozzle, the turbine comprising a first row of turbine blades upstream of the exhaust nozzle vanes and a second row of turbine blades downstream of the exhaust nozzle guide vanes, each of the exhaust nozzle guide vanes comprising a passage configured to direct airflow downstream from the first row of turbine blades towards the second row of turbine blades; characterized in that the rotating machine is connected to the second row of turbine blades via a gearbox or a clutch. an engine core comprising a turbine, a compressor, and a core shaft connecting the turbine to the compressor, the engine core comprising an inlet upstream of the compressor and an exhaust nozzle at a downstream outlet of the turbine; a fan located upstream of the engine core inlet; a rotating machine; and a set of exhaust nozzle vanes spanning the exhaust nozzle, the turbine comprising a first row of turbine blades upstream of the exhaust nozzle vanes and a second row of turbine blades downstream of the exhaust nozzle guide vanes, each of the exhaust nozzle guide vanes comprising a passage configured to direct airflow downstream from the first row of turbine blades towards the second row of turbine blades; characterized in that the rotating machine is connected to the second row of turbine blades via a gearbox or a clutch.