mhurhangee/ep-ind-claims huggingface dataset:
A material processing apparatus comprising: a chassis having a longitudinal axis; a material processing unit carried by the chassis, said material processing unit having an outlet; and a material handling unit for receiving processed material from said material processing unit, wherein said material handling unit comprises at least one conveyor and a separation unit for receiving material from said outlet, the separation unit being configured to separate material received from said material processing unit and to direct separated material onto said at least one conveyor, and wherein said material handling unit is movable with respect to said material processing unit in a longitudinal direction to adjust a relative longitudinal position between the separation unit and said outlet. a chassis having a longitudinal axis; a material processing unit carried by the chassis, said material processing unit having an outlet; and a material handling unit for receiving processed material from said material processing unit, wherein said material handling unit comprises at least one conveyor and a separation unit for receiving material from said outlet, the separation unit being configured to separate material received from said material processing unit and to direct separated material onto said at least one conveyor, and wherein said material handling unit is movable with respect to said material processing unit in a longitudinal direction to adjust a relative longitudinal position between the separation unit and said outlet.
Set, comprising an automatic door, such as for example a sliding door, a revolving door or suchlike, a signalling system, for example a central fire alarm system or a smoke detector, the automatic door comprising at least one door leaf, which can be driven by means of a control via a drive device, and wherein presence sensors are provided in the inner and/or outer area of the automatic door for monitoring the passage area of the door, wherein the automatic door comprises apart from a basic control an additional control which is connected to the signalling system and which, independently of the basic control, immediately triggers the closing motion when there is a signal from the signalling system, wherein the additional control is an operative connection with the drive device in the case of a signal being triggered, characterised in that the additional control comprises as additional printed boards circuit boards a main computer and a control computer which, independently of the set and programmed state of the basic control, immediately brings about the closing movement of the door leaf or leaves for the automatic door in the case of an emergency, for example as a fire barrier, via the additional control.
A method for providing security on externally connected controllers within IoT devices, the method comprising: receiving, at a reporting agent, an indication that a process has been blocked, the reporting agent incorporated into a security middleware layer integrated into an operating system of a controller 2. for IoT devices, the security middleware layer configured to restrict operation of a kernel of the operating system to services authorized by a custom security policy of the controller; obtaining, by the reporting agent, trace information for the blocked process; determining, by the reporting agent, a code portion in the operating system of the controller that served as an exploit for the blocked process; determining, by the reporting agent, a current context of the controller, wherein the context comprises at least one of (i) information about a device that the controller is controlling or (ii) information about a system of which the controller is a part; obtaining, by the reporting agent, a copy of malware that was to be executed by the blocked process; generating, by the reporting agent, an alert for the blocked process that includes (i) the trace information, (ii) information identifying the code portion, (iii) the copy of the malware, and (iv) the current context; and providing, by the reporting agent, the alert to a network interface on the controller for immediate transmission to a backend computer system. receiving, at a reporting agent, an indication that a process has been blocked, the reporting agent incorporated into a security middleware layer integrated into an operating system of a controller 2. for IoT devices, the security middleware layer configured to restrict operation of a kernel of the operating system to services authorized by a custom security policy of the controller; obtaining, by the reporting agent, trace information for the blocked process; determining, by the reporting agent, a code portion in the operating system of the controller that served as an exploit for the blocked process; determining, by the reporting agent, a current context of the controller, wherein the context comprises at least one of (i) information about a device that the controller is controlling or (ii) information about a system of which the controller is a part; obtaining, by the reporting agent, a copy of malware that was to be executed by the blocked process; generating, by the reporting agent, an alert for the blocked process that includes (i) the trace information, (ii) information identifying the code portion, (iii) the copy of the malware, and (iv) the current context; and providing, by the reporting agent, the alert to a network interface on the controller for immediate transmission to a backend computer system.
A shoe comprising cushioning means housed in a tread sole (12, 50, 60) adapted to come into contact with the ground, wherein said cushioning means comprise a plurality of base cushioning elements (20, 62), such cushioning elements (20, 62) being adapted to come into contact with the ground, and being positioned and oriented in a manner such that they follow a predetermined non-rectilinear line, wherein one or each base cushioning element (20, 62) comprises, on the surface which comes into contact with the ground, folds adapted to delimit projecting or outward-bending ground contact areas defining chambers inside the cushioning element (20, 62), such chambers being in communication with each other, a fluid material or incompressible granular material present therein, characterized in that said folds are extended from the widest part of the cushioning element to the narrowest part, crossing the entire cushioning element in longitudinal sense.
A cosmetic vessel comprising: an outer container; an inner container that is coupled inside the outer container so as to receive the cosmetic substance and a piston therein, and discharges the cosmetic substance to the outer container by descent of the piston; first and second movement members (40, 50) that are provided in upper and lower portions of the inner container, and move the cosmetic substance by pressure; a lateral button that is provided on a side of the outer container; and a lateral pump that is mounted on the side of the inner container so as to be connected to the first and second movement members (40, 50), and provides the pressure every time when the lateral button is pressed and released to reciprocate left and right so as to move the cosmetic substance from the first movement member to the second movement member by the pressure. an outer container; an inner container that is coupled inside the outer container so as to receive the cosmetic substance and a piston therein, and discharges the cosmetic substance to the outer container by descent of the piston; first and second movement members (40, 50) that are provided in upper and lower portions of the inner container, and move the cosmetic substance by pressure; a lateral button that is provided on a side of the outer container; and a lateral pump that is mounted on the side of the inner container so as to be connected to the first and second movement members (40, 50), and provides the pressure every time when the lateral button is pressed and released to reciprocate left and right so as to move the cosmetic substance from the first movement member to the second movement member by the pressure.
A farnesyltransferase inhibitor for use in a method of treating head and neck squamous cell carcinoma (HNSCC) in a human, wherein said human has an activating H-Ras mutation, and wherein said HNSCC is at an advanced stage, metastatic, relapsed, recurrent or refractory.
A method performed by an apparatus acting as an anchor for at least a first non-cellular radio access node and a second non-cellular radio access node, said method comprising: establishing a control-plane interface between a cellular radio access node and said anchor; and thereafter during mobility of a user equipment from the first to the second non-cellular radio access node, the anchor relocating a user-plane interface for a radio link allocated to the user equipment from the first to the second non-cellular radio access node while maintaining the established control-plane interface for the radio link, wherein relocating comprises changing from an existing user-plane interface between the cellular radio access node and the first non-cellular access node for a radio link between the user equipment and the first non-cellular radio access node into a user-plane interface between the cellular radio access node and the second non-cellular access node for a radio link between the user equipment and the second non-cellular radio access node, wherein the anchor relocating a user-plane interface for a radio link allocated to the user equipment from the first to the second non-cellular radio access node comprises the anchor providing existing user-plane interface termination information to the second non-cellular radio access node. establishing a control-plane interface between a cellular radio access node and said anchor; and thereafter during mobility of a user equipment from the first to the second non-cellular radio access node, the anchor relocating a user-plane interface for a radio link allocated to the user equipment from the first to the second non-cellular radio access node while maintaining the established control-plane interface for the radio link, wherein relocating comprises changing from an existing user-plane interface between the cellular radio access node and the first non-cellular access node for a radio link between the user equipment and the first non-cellular radio access node into a user-plane interface between the cellular radio access node and the second non-cellular access node for a radio link between the user equipment and the second non-cellular radio access node, wherein the anchor relocating a user-plane interface for a radio link allocated to the user equipment from the first to the second non-cellular radio access node comprises the anchor providing existing user-plane interface termination information to the second non-cellular radio access node.
An ultrasonic probe, P, comprising: an ultrasonic transducer, TA, configured to transmit and receive an ultrasonic wave; a first electronic circuit electrically connected to the ultrasonic transducer, TA; second electronic circuits (50a,50b) each electrically connected to the first electronic circuit; and a connection layer including a first conductor disposed between the ultrasonic transducer, TA, and the first electronic circuit so that the ultrasonic transducer, TA, is electrically connected to the first electronic circuit and second conductors (45,46) disposed on one surface of the first electronic circuit so that the second electronic circuits (50a,50b) are electrically connected to the first electronic circuit, characterized in that the second conductors (45,46) include a plurality of columns, and the ultrasonic probe, P, further comprises: an electrode configured to connect any one column of the second conductors (45,46) to any one of the second electronic circuits (50a,50b), and an electrode configured to connect another column of the second conductors (45,46) to another second electronic circuit (50a,50b). an ultrasonic transducer, TA, configured to transmit and receive an ultrasonic wave; a first electronic circuit electrically connected to the ultrasonic transducer, TA; second electronic circuits (50a,50b) each electrically connected to the first electronic circuit; and a connection layer including a first conductor disposed between the ultrasonic transducer, TA, and the first electronic circuit so that the ultrasonic transducer, TA, is electrically connected to the first electronic circuit and second conductors (45,46) disposed on one surface of the first electronic circuit so that the second electronic circuits (50a,50b) are electrically connected to the first electronic circuit, characterized in that the second conductors (45,46) include a plurality of columns, and the ultrasonic probe, P, further comprises: an electrode configured to connect any one column of the second conductors (45,46) to any one of the second electronic circuits (50a,50b), and an electrode configured to connect another column of the second conductors (45,46) to another second electronic circuit (50a,50b).
Method for transferring electroluminescent structures formed on a face, referred to as the front face, of a supporting substrate and separated from each other by tracks, the method comprising the following successive steps: a) formation of an intermediate layer provided with first regions, made from a first material covering a face, referred to as the electroluminescent face, of the electroluminescent structures, and reflective walls formed in trenches above the tracks and separating said first regions, said walls comprising a metal film covering at least the sides of the trenches as well as a second material covering the metal film and filling in said trenches; b) assembling the intermediate layer and a face, referred to as the temporary face, of a temporary substrate; c) at least partial removal of the supporting substrate; d) transfer of the electroluminescent structures onto a face, referred to as the accommodating face, of an accommodating substrate distinct from the temporary substrate, at least one of the first and second materials being intended to provide adhesion between the intermediate layer and the temporary face. a) formation of an intermediate layer provided with first regions, made from a first material covering a face, referred to as the electroluminescent face, of the electroluminescent structures, and reflective walls formed in trenches above the tracks and separating said first regions, said walls comprising a metal film covering at least the sides of the trenches as well as a second material covering the metal film and filling in said trenches; b) assembling the intermediate layer and a face, referred to as the temporary face, of a temporary substrate; c) at least partial removal of the supporting substrate; d) transfer of the electroluminescent structures onto a face, referred to as the accommodating face, of an accommodating substrate distinct from the temporary substrate,
A Bar guide for guiding a bar to feed a machine tool, comprising N groups to guide buttons, each group comprising a number M equal to at least two of the guide buttons and a mechanism (6, 7, 8) for synchronously moving the M buttons of at least one group, to adjust the distance between each guide button of the group and the longitudinal axis of the bar, such that each guide key incorporates a first damper for damping vibrations of the bar, characterized in that said mechanism comprises a cam having M angular portions along its periphery, the radial position of each guide button of a group being determined by a different said angular portion.
Watch comprising a watch case, the watch case containing a watch movement and two dials (8a, 8b); the watch further including a casing ring arranged inside the watch case, the watch movement being mounted in the casing ring so as to be suspended in a cantilever arrangement inside the watch case, said casing ring supporting the two dials (8a, 8b) the two dials (8a, 8b) having upper surfaces (24a, 24b), the casing ring having a shape such that the upper surfaces (24a, 24b) of the two dials (8a, 8b) are coplanar.
Composition comprising vancomycin, D-alanine amino acid and a therapeutically effective amount of a substance which decreases the level and/or activity of a dipeptidase enzyme encoded by a vanX gene of a vancomycin-resistant microorganism, wherein the substance is selected from
A power outage processing method implemented by a base station, the base station comprising a controller and M radio units, and the M radio units are supplied with power by N power sources, wherein each power source is connected to at least one radio unit, to supply power to the at least one radio unit; and the N power sources are all supplied with power by using a power grid, wherein M is an integer greater than or equal to 2, and N is a positive integer, the method comprising: receiving, by the controller, notification information sent by a first power source, wherein the notification information is used to indicate that a power outage has occurred on the first power source; the first power source is one of the N power sources; determining, by the controller based on connection relationships between the N power sources and the M radio units, a radio unit connected to the first power source, wherein the connection relationships are obtained by the controller; a connection relationship between a first device and a second device of the connection relationships is obtained by the first device, wherein the first device is one of the M radio units, and the second device is a power source that supplies power to the radio unit, or the first device is one of the N power sources, and the second device is a radio unit supplied with power by the power source; and the connection relationship is sent to the controller by the first device; and instructing, by the controller, all or some of radio units connected to the first power source to reduce power consumption based on the obtained connection relationships. receiving, by the controller, notification information sent by a first power source, wherein the notification information is used to indicate that a power outage has occurred on the first power source; the first power source is one of the N power sources; determining, by the controller based on connection relationships between the N power sources and the M radio units, a radio unit connected to the first power source, wherein the connection relationships are obtained by the controller; a connection relationship between a first device and a second device of the connection relationships is obtained by the first device, wherein the first device is one of the M radio units, and the second device is a power source that supplies power to the radio unit, or the first device is one of the N power sources, and the second device is a radio unit supplied with power by the power source; and the connection relationship is sent to the controller by the first device; and instructing, by the controller, all or some of radio units connected to the first power source to reduce power consumption based on the obtained connection relationships.
An apparatus for measuring the oxygen concentration in an aircraft fuel tank application or an aircraft air separation module application, the apparatus including: an oxygen sensitive fluorescent material including a combination of: an oxygen sensitive dye and an oxygen insensitive dye, wherein both of the dyes are fluorophores; a large diameter optical fibre, the fibre having two ends (24, 26), to transmit photons and transmit emissions from the excited fluorophores, wherein the fluorescent material is located on an end of the large diameter optical fibre; an excitation source, wherein the photons from the excitation source are transmitted by the large diameter optical fibre to excite the fluorophores; and two photodetectors each of which measure the emission of a dye; characterized in that the apparatus further comprises a trichroic prism configured to separate the three wavelengths made up of the excitation and the emission from each dye, wherein the excitation source is positioned such that excitation light is transmitted through the trichroic prism towards the fluorophores, and wherein the excitation source is configured to emit pulsed light to measure the lifetime of the emission. an oxygen sensitive fluorescent material including a combination of: an oxygen sensitive dye and an oxygen insensitive dye, wherein both of the dyes are fluorophores; a large diameter optical fibre, the fibre having two ends (24, 26), to transmit photons and transmit emissions from the excited fluorophores, wherein the fluorescent material is located on an end of the large diameter optical fibre; an excitation source, wherein the photons from the excitation source are transmitted by the large diameter optical fibre to excite the fluorophores; and two photodetectors each of which measure the emission of a dye; characterized in that the apparatus further comprises a trichroic prism configured to separate the three wavelengths made up of the excitation and the emission from each dye, wherein the excitation source is positioned such that excitation light is transmitted through the trichroic prism towards the fluorophores, and wherein the excitation source is configured to emit pulsed light to measure the lifetime of the emission.
The triple combination of active ingredients with the INN's vemurafenib, cobimetinib and atezolizumab for use in treating cancer in an individual, characterized by first administering to the individual an effective amount of vemurafenib and cobimetinib and second administering to the individual an effective amount of vemurafenib, cobimetinib and atezolizumab.
A method, operable in a processing system, for determining faults in a lighting system, said method comprising: - performing a training phase, said training phrase comprising obtaining a plurality of samples, using at least one light sensor and/or energy meter, for each of a plurality of light settings; determining light and/or power statistical parameters associated with said obtained plurality of samples for each of the plurality of light settings; and - performing a monitoring phase, said monitoring phase comprising: obtaining measurement samples, using the at least one light sensor and/or energy meter, for a selected one of said plurality of light settings; determining a statistical parameter associated with the measurement samples; determining whether said statistical parameter is within a threshold with respect to said light and/or power statistical parameters for a corresponding one of said plurality of light settings; and indicating an error when said statistical parameter is not within said threshold. - performing a training phase, said training phrase comprising obtaining a plurality of samples, using at least one light sensor and/or energy meter, for each of a plurality of light settings; determining light and/or power statistical parameters associated with said obtained plurality of samples for each of the plurality of light settings; and - performing a monitoring phase, said monitoring phase comprising: obtaining measurement samples, using the at least one light sensor and/or energy meter, for a selected one of said plurality of light settings; determining a statistical parameter associated with the measurement samples; determining whether said statistical parameter is within a threshold with respect to said light and/or power statistical parameters for a corresponding one of said plurality of light settings; and indicating an error when said statistical parameter is not within said threshold. obtaining measurement samples, using the at least one light sensor and/or energy meter, for a selected one of said plurality of light settings; determining a statistical parameter associated with the measurement samples; determining whether said statistical parameter is within a threshold with respect to said light and/or power statistical parameters for a corresponding one of said plurality of light settings; and indicating an error when said statistical parameter is not within said threshold.