mhurhangee/ep-ind-claims huggingface dataset:
A control system for a blood treatment apparatus that comprises a fluid supply unit and is configured for installation of a dialyzer and a line set (24A, 24B) to define a first flow circuit for conducting a fluid provided by the fluid supply unit through the dialyzer and back to the fluid supply unit, and to define a second flow circuit which is separated from the first flow circuit by a semi-permeable membrane of the dialyzer and comprises return and withdrawal lines (24', 24") for connection to a vascular system of a subject during a blood treatment session, said control system being configured to, subsequent to a termination of the blood treatment session: instruct an operator to connect the second flow circuit to a first port of a container that holds a human-compatible fluid; operate the blood treatment apparatus to push remaining blood in the second flow circuit into the vascular system of the subject through the return line while admitting the human-compatible fluid from the container into the second flow circuit; instruct the operator to disconnect the return line from the vascular system of the subject and re-arrange the second flow circuit to define a closed loop; and operate, in a draining phase, the blood treatment apparatus to draw residual liquid from the closed loop into the first flow circuit through the semi-permeable membrane of the dialyzer; wherein the operator is instructed to re-arrange the second flow circuit by connecting the second flow circuit to a second port of the container so that the container is included in the closed loop. instruct an operator to connect the second flow circuit to a first port of a container that holds a human-compatible fluid; operate the blood treatment apparatus to push remaining blood in the second flow circuit into the vascular system of the subject through the return line while admitting the human-compatible fluid from the container into the second flow circuit; instruct the operator to disconnect the return line from the vascular system of the subject and re-arrange the second flow circuit to define a closed loop; and operate, in a draining phase, the blood treatment apparatus to draw residual liquid from the closed loop into the first flow circuit through the semi-permeable membrane of the dialyzer; wherein the operator is instructed to re-arrange the second flow circuit by connecting the second flow circuit to a second port of the container so that the container is included in the closed loop.
Head-mounted device intended to be worn by a wearer. wherein the head-mounted device is configured for the display and visualization, by the wearer, of at least one holographic image, wherein said head-mounted device comprises: - At least one light source, and - At least one Fourier hologram generating the at least one holographic image when lit, wherein said at least one light source is configured for illuminating said at least one Fourier hologram, so as to cause visualization of the at least one holographic image by the wearer, characterised in that the head-mounted device comprises at least one holographic plate with said at least one Fourier hologram recorded thereon. wherein the head-mounted device is configured for the display and visualization, by the wearer, of at least one holographic image, wherein said head-mounted device comprises: - At least one light source, and - At least one Fourier hologram generating the at least one holographic image when lit, - At least one light source, and - At least one Fourier hologram generating the at least one holographic image when lit, wherein said at least one light source is configured for illuminating said at least one Fourier hologram, so as to cause visualization of the at least one holographic image by the wearer, characterised in that the head-mounted device comprises at least one holographic plate with said at least one Fourier hologram recorded thereon.
A method of re-baselining a line monitoring system, LMS, of an optical communication system after a change to the system, wherein before the change to the system: the LMS was configured to use previous LMS baseline data comprising loop gain data representative of gain imparted to a first test signal through each of a plurality of loop back paths (42-1,... 42-N) of the system, each of said loop back paths coupling a first fiber optic path for carrying signals in a first direction and a second fiber optic path for carrying signals in a second direction opposite to the first direction; and the previous LMS baseline data was used to identify a previous unrepaired fault that was not repaired before the change to the system, the method comprising: obtaining LMS current measurement loop gain data representative of gain imparted to a second test signal through each of the plurality of loop back paths (42-1,... 42-N) of the system after the change to the system; and characterised by re-baselining the LMS system by modifying said LMS current measurement loop gain data by at least injecting data representative of a fault signature associated with the previous unrepaired fault into said LMS current measurement loop gain data and storing said modified LMS current measurement loop gain data as new LMS baseline data, in order to re-baseline said system. the LMS was configured to use previous LMS baseline data comprising loop gain data representative of gain imparted to a first test signal through each of a plurality of loop back paths (42-1,... 42-N) of the system, each of said loop back paths coupling a first fiber optic path for carrying signals in a first direction and a second fiber optic path for carrying signals in a second direction opposite to the first direction; and the previous LMS baseline data was used to identify a previous unrepaired fault that was not repaired before the change to the system, the method comprising: obtaining LMS current measurement loop gain data representative of gain imparted to a second test signal through each of the plurality of loop back paths (42-1,... 42-N) of the system after the change to the system; and characterised by re-baselining the LMS system by modifying said LMS current measurement loop gain data by at least injecting data representative of a fault signature associated with the previous unrepaired fault into said LMS current measurement loop gain data and storing said modified LMS current measurement loop gain data as new LMS baseline data, in order to re-baseline said system. obtaining LMS current measurement loop gain data representative of gain imparted to a second test signal through each of the plurality of loop back paths (42-1,... 42-N) of the system after the change to the system; and characterised by re-baselining the LMS system by modifying said LMS current measurement loop gain data by at least injecting data representative of a fault signature associated with the previous unrepaired fault into said LMS current measurement loop gain data and storing said modified LMS current measurement loop gain data as new LMS baseline data, in order to re-baseline said system.
A display apparatus, comprising: display means to be arranged in front of an eye of a user for displaying an image supplied from a source of image data; imaging means for imaging an object; an image analysis section configured to determine that image data, supplied by the imaging means, includes an electronic device with which the display apparatus is capable of communicating, reception means for communicating with the electronic device to receive data from the electronic device; and control means for controlling an operation of said display means, the control means being configured to instruct the reception means to transmit to the electronic device a request for establishment of communication, if the image analysis section has determined that the image data, supplied by the imaging means, includes the electronic device; the control means being further configured to switch the source of image data to the reception means so as to control display operation of the data received by said reception means to be displayed on said display means if a response to the request has been obtained by the reception means, wherein data received from the electronic device are displayed by the display means. display means to be arranged in front of an eye of a user for displaying an image supplied from a source of image data; imaging means for imaging an object; an image analysis section configured to determine that image data, supplied by the imaging means, includes an electronic device with which the display apparatus is capable of communicating, reception means for communicating with the electronic device to receive data from the electronic device; and control means for controlling an operation of said display means, the control means being configured to instruct the reception means to transmit to the electronic device a request for establishment of communication, if the image analysis section has determined that the image data, supplied by the imaging means, includes the electronic device; the control means being further configured to switch the source of image data to the reception means so as to control display operation of the data received by said reception means to be displayed on said display means if a response to the request has been obtained by the reception means, wherein data received from the electronic device are displayed by the display means.
Tyre tread based on one or more diene elastomers, on one or more reinforcing fillers, on a crosslinking system, characterized in that said tread further comprises at least one compound selected from a metal chelate comprising at least one ligand and at least one metal, a pigment and their mixture, said metal chelate being selected from iron porphyrins, preferably iron porphines, iron hemiporphyrazine, iron hemin, iron phthalocyanines and copper phthalocyanines, said pigment being selected from diketopyrrolopyrroles, anthraquinones, quinacridones, perylenes and pyrazolo-quinazolones, preferably diketopyrrolopyrroles, said compound A representing from 1 to 30 phr.
A circuit breaker lockout comprising: a base having a top and a bottom: a screw (22, 24) positioned within the base; and a jaw having a top, a bottom and sides defining an open center having a first length for receiving a switch of a circuit breaker (50, 60) therein, wherein the base is positioned between the sides of the jaw in the open center, the bottom of the base extending in the open center and the top of the base extending above the top of the jaw; wherein the base has an upper blade extending from the bottom of the base for engaging the circuit breaker, the upper blade being positioned in a vertical direction with respect to the base; wherein the jaw has a lower blade for engaging the circuit breaker, the lower blade being positioned at an angle with respect to the jaw; wherein the jaw slides with respect to the base when the screw (22, 24) is actuated thereby enabling the lockout to surround the switch (51, 61) of the circuit breaker (50, 60). a base having a top and a bottom: a screw (22, 24) positioned within the base; and a jaw having a top, a bottom and sides defining an open center having a first length for receiving a switch of a circuit breaker (50, 60) therein, wherein the base is positioned between the sides of the jaw in the open center, the bottom of the base extending in the open center and the top of the base extending above the top of the jaw; wherein the base has an upper blade extending from the bottom of the base for engaging the circuit breaker, the upper blade being positioned in a vertical direction with respect to the base; wherein the jaw has a lower blade for engaging the circuit breaker, the lower blade being positioned at an angle with respect to the jaw; wherein the jaw slides with respect to the base when the screw (22, 24) is actuated thereby enabling the lockout to surround the switch (51, 61) of the circuit breaker (50, 60). a screw (22, 24) positioned within the base; and a jaw having a top, a bottom and sides defining an open center having a first length for receiving a switch of a circuit breaker (50, 60) therein, wherein the base is positioned between the sides of the jaw in the open center, the bottom of the base extending in the open center and the top of the base extending above the top of the jaw; wherein the base has an upper blade extending from the bottom of the base for engaging the circuit breaker, the upper blade being positioned in a vertical direction with respect to the base; wherein the jaw has a lower blade for engaging the circuit breaker, the lower blade being positioned at an angle with respect to the jaw; wherein the jaw slides with respect to the base when the screw (22, 24) is actuated thereby enabling the lockout to surround the switch (51, 61) of the circuit breaker (50, 60).
A process for heat treating a composition [composition] which contains at least one melt-processible perfluoropolymer [polymer] formed of tetrafluoroethylene copolymer with one or more perfluorinated comonomers [comonomer] containing at least one unsaturation of ethylene type in amounts from 0.5% to 13% by weight, preferably from 0.6% to 11% by weight, and more preferably from 0.8% to 9% by weight; the process comprising at least the step of heat-treating the composition at a temperature of at least 310°C for at least 24 hours, in the absence of a melt flowable polytetrafluoroethylene (PTFE) having a non-zero melt flow rate that is measured by ASTM D 1238-94a.
Network system comprising a first network user with a number of network devices, wherein the network devices have identification parameters for identification, a second network user with a cloud computing infrastructure, as well as a cloud connector with a first interface and a second interface, wherein the cloud connector is connected by means of the first interface to the first network user and is connected by means of the second interface to the second network user, characterised in that the cloud connector is embodied to carry out a passive scan and an active scan of the first network user, so that an identification of at least one of the network devices by the cloud connector is able to be effected, wherein the cloud connector is embodied to load at least one network device profile from the second network user into the cloud connector, and to carry out the active scan on the basis of the at least one network device profile loaded.
An explosion countermeasure system, comprising: a first sensor device including a plurality of accelerometers configured to detect vertical acceleration of a vehicle; and a processor in communication with said first sensor device, said processor configured to process acceleration signals received from said first sensor device and to initiate a countermeasure (CM1-CM10, 34) based on results of processing the acceleration signals; characterised in that said plurality of accelerometers are included in a sensor package (S1-S8) and arranged to detect acceleration in the same direction, said accelerometers in said sensor package share a sampling channel, with each of the accelerometers in said sensor package being assigned a different timeslot between synchronization signals of the sampling channel such that an effective sampling rate for the sensor package is greater than a sampling rate of each of the plurality of sensors included within the sensor package. a first sensor device including a plurality of accelerometers configured to detect vertical acceleration of a vehicle; and a processor in communication with said first sensor device, said processor configured to process acceleration signals received from said first sensor device and to initiate a countermeasure (CM1-CM10, 34) based on results of processing the acceleration signals;
A composition comprising nanoparticle complexes, wherein each of the nanoparticle complexes comprises: a carrier protein having at least one antibody-binding motif inserted, wherein the antibody-binding motif consists of an amino acid sequence having at least about 80% sequence identity to the amino acid sequence of SEQ ID NO.: 3, SEQ ID NO.:4, or SEQ ID NO.:5, optionally wherein at least a subset of the carrier protein comprises more than one antibody-binding motif; antibodies, each antibody having an antigen-binding domain; and optionally a therapeutic agent; wherein the nanoparticle complexes have binding specificity for the antigen in vivo, optionally wherein each of the nanoparticle complexes comprises between about 100 and about 1000 antibodies. a carrier protein having at least one antibody-binding motif inserted, wherein the antibody-binding motif consists of an amino acid sequence having at least about 80% sequence identity to the amino acid sequence of SEQ ID NO.: 3, SEQ ID NO.:4, or SEQ ID NO.:5, optionally wherein at least a subset of the carrier protein comprises more than one antibody-binding motif; antibodies, each antibody having an antigen-binding domain; and optionally a therapeutic agent;
An end winding coil support assembly for supporting end winding coils of a generator stator comprising a stator core, a core flange plate mounted at an axial end of the stator core and an inner support ring circumferentially enclosing the end winding coils extending axially outwardly from the core flange plate, the end winding coil support assembly assembly comprising: a bracket rigidly secured to the core flange plate; a backup plate; a brace disposed between the bracket and the backup plate and extending radially inwardly connected to the inner support ring; and an elastic layer disposed around the brace at an interface between the bracket and the backup plate, wherein at least one stud extends through the bracket, the brace, the elastic layer and the backup plate for clamping said components together, wherein the brace comprises an aperture that is larger than a diameter of the stud extending therethrough, wherein a sleeve is disposed in the aperture and encloses the stud, wherein the aperture of the brace is larger than an outer diameter of the sleeve, wherein the aperture comprises two semi circles axially orientated opposite to each other and connected by an axial section, wherein radius of the semi circles is larger than the outer radius of the sleeve, wherein the sleeve sets up a gap at interfaces between the brace and the bracket and between the brace and the backup plate that defines a compression of the elastic layer for accommodating vibration and damping during operation of the generator stator, wherein the compression of the elastic layer enables the brace to be movable relative to the bracket rigidly secured to the core flange plate for flexibly supporting the end winding coils. a bracket rigidly secured to the core flange plate; a backup plate; a brace disposed between the bracket and the backup plate and extending radially inwardly connected to the inner support ring; and an elastic layer disposed around the brace at an interface between the bracket and the backup plate, wherein at least one stud extends through the bracket, the brace, the elastic layer and the backup plate for clamping said components together, wherein the brace comprises an aperture that is larger than a diameter of the stud extending therethrough, wherein a sleeve is disposed in the aperture and encloses the stud, wherein the aperture of the brace is larger than an outer diameter of the sleeve, wherein the aperture comprises two semi circles axially orientated opposite to each other and connected by an axial section, wherein radius of the semi circles is larger than the outer radius of the sleeve, wherein the sleeve sets up a gap at interfaces between the brace and the bracket and between the brace and the backup plate that defines a compression of the elastic layer for accommodating vibration and damping during operation of the generator stator, wherein the compression of the elastic layer enables the brace to be movable relative to the bracket rigidly secured to the core flange plate for flexibly supporting the end winding coils.
Trimming device (2,102) for trimming hooves of animals, comprising: - a platform on which an animal for trimming can be positioned and which is provided with an entrance and an exit; - a number of uprights (56,72) connected to the platform; - a number of girders (68,70) connected to at least some of the uprights; and - at least one lifting mechanism (20,30,32) for lifting a leg of the animal for trimming, characterized in that the material for at least a part of the platform, the uprights and the girders is a lightweight material comprising a number of profiled elements, wherein at least some of the uprights are provided with a bent profile such that the platform is attachable thereto over a bent profile surface as seen in a horizontal direction, wherein the bent profile of at least some of the uprights is provided such that a plane of attachment or line of attachment between upright and platform comprises several planes or directions. - a platform on which an animal for trimming can be positioned and which is provided with an entrance and an exit; - a number of uprights (56,72) connected to the platform; - a number of girders (68,70) connected to at least some of the uprights; and - at least one lifting mechanism (20,30,32) for lifting a leg of the animal for trimming,
A system for providing value-added service, comprising: a value-added service authentication charging center, a value-added service engine and a prepaid device; the value-added service engine is configured to, after receiving a service request sent by a user terminal, send to the value-added service authentication charging center a traffic start request message, which carries a user identifier and a value-added service identifier, and provides a value-added service for the user after receiving a traffic start response message; the value-added service authentication charging center is configured to, after receiving the traffic start request message, perform a billing and calculate used money amount according to traffic information of the value-added service, and send to the prepaid device a freezing request, which carries a money amount to be frozen and the user identifier; and calculate a traffic quota available to the user according to a balance of the user after receiving a freezing failure message, and return to the value-added service engine the traffic start response message, which carries the user identifier and the traffic quota available to the user; the prepaid device is configured to, after receiving the freezing request, judge whether the balance of the user is enough to freeze a corresponding money amount, if not, return to the value-added service authentication charging center the freezing failure message, which carries the user identifier and the balance of the user; wherein, the value-added service authentication charging center is further configured to, after receiving the freezing failure message, prompt the user that the balance is not enough and whether to continue to use the value-added service, and after the user confirms to continue to use, calculate the traffic quota available to the user according to the balance of the user, and return to the value-added service engine the traffic start response message.