mhurhangee/patent-ind-claim-en huggingface dataset:
A liquid lens , comprising: a first plate in which a cavity (CA) accommodating a first liquid (LQ1) and a second liquid (LQ2) is formed, the first liquid (LQ1) being conductive and the second liquid (LQ2) being non-conductive; a first electrode (E1) disposed on the first plate; a second electrode (E2) disposed under the first plate ; a second plate disposed on the first electrode (E1); and a third plate disposed under the second electrode (E2), characterized in that an opening formed in the cavity (CA) adjacent to the second plate has a diameter (d2) of 1.6 mm to 1.9 mm, and the first plate has a thickness of 0.45 mm to 0.55 mm. a first plate in which a cavity (CA) accommodating a first liquid (LQ1) and a second liquid (LQ2) is formed, the first liquid (LQ1) being conductive and the second liquid (LQ2) being non-conductive; a first electrode (E1) disposed on the first plate; a second electrode (E2) disposed under the first plate ; a second plate disposed on the first electrode (E1); and a third plate disposed under the second electrode (E2), characterized in that an opening formed in the cavity (CA) adjacent to the second plate has a diameter (d2) of 1.6 mm to 1.9 mm, and the first plate has a thickness of 0.45 mm to 0.55 mm.
A wall mountable back plate for securing a Heating, Ventilation and/or Air Conditioning (HVAC) control module to a wall, the wall mountable back plate comprising: a housing having a front side and a back side , wherein the back side is configured to be mountable toward a wall; the housing defining a field wire receiving aperture through the back side of the housing, the field wire receiving aperture configured to accommodate one or more field wires; characterized in that the wall mountable back plate further comprises a terminal block platform rotatably coupled to the housing, the terminal block platform including one or more terminal blocks that are configured to connect one or more field wires to one or more terminal pins of an HVAC control module. a housing having a front side and a back side , wherein the back side is configured to be mountable toward a wall; the housing defining a field wire receiving aperture through the back side of the housing, the field wire receiving aperture configured to accommodate one or more field wires; characterized in that the wall mountable back plate further comprises a terminal block platform rotatably coupled to the housing, the terminal block platform including one or more terminal blocks that are configured to connect one or more field wires to one or more terminal pins of an HVAC control module.
A method for correcting a state of charge, SOC, the method comprising: recording state of health, SOH, a voltage sequence, a current sequence, a temperature sequence and a time sequence of a battery cell and accumulating a standing time period when the battery cell meets a preset standing condition, wherein the preset standing condition is that a current of the battery cell is less than a preset current threshold; determining an estimated steady-state OCV value based on the time sequence, the voltage sequence and a steady-state time period threshold when the standing time period reaches the steady-state time period threshold, wherein steady-state time period threshold is determined based on SOH and temperature of the battery cell at current time; determining a SOC corresponding to the estimated steady-state OCV value by looking up a preset correspondence between steady-state OCVs and SOCs; and correcting a current SOC by using the SOC corresponding to the estimated steady-state OCV value, wherein the current SOC is obtained by using an open circuit voltage method. recording state of health, SOH, a voltage sequence, a current sequence, a temperature sequence and a time sequence of a battery cell and accumulating a standing time period when the battery cell meets a preset standing condition, wherein the preset standing condition is that a current of the battery cell is less than a preset current threshold; determining an estimated steady-state OCV value based on the time sequence, the voltage sequence and a steady-state time period threshold when the standing time period reaches the steady-state time period threshold, wherein steady-state time period threshold is determined based on SOH and temperature of the battery cell at current time; determining a SOC corresponding to the estimated steady-state OCV value by looking up a preset correspondence between steady-state OCVs and SOCs; and correcting a current SOC by using the SOC corresponding to the estimated steady-state OCV value, wherein the current SOC is obtained by using an open circuit voltage method.
A storage system comprising: a first boot drive configured to store an operating system; one or more data drives configured to store user data, the one or more data drives distinct from the first boot drive ; and a controller configured to: detect when a second boot drive is added to the storage system ; characterised in that the controller is further configured to: determine whether the second boot drive is a valid boot drive; automatically configure the first boot drive and the second boot drive in a redundant array of independent disks, "RAID", configuration in response to the controller determining that the second boot drive added to the storage system is a valid boot drive; and prevent configuration of the second boot drive in the RAID configuration in response to the controller determining that the second boot drive added to the storage system is not a valid boot drive. a first boot drive configured to store an operating system; one or more data drives configured to store user data, the one or more data drives distinct from the first boot drive ; and a controller configured to: detect when a second boot drive is added to the storage system ; characterised in that the controller is further configured to: determine whether the second boot drive is a valid boot drive; automatically configure the first boot drive and the second boot drive in a redundant array of independent disks, "RAID", configuration in response to the controller determining that the second boot drive added to the storage system is a valid boot drive; and prevent configuration of the second boot drive in the RAID configuration in response to the controller determining that the second boot drive added to the storage system is not a valid boot drive. detect when a second boot drive is added to the storage system ; characterised in that the controller is further configured to: determine whether the second boot drive is a valid boot drive; automatically configure the first boot drive and the second boot drive in a redundant array of independent disks, "RAID", configuration in response to the controller determining that the second boot drive added to the storage system is a valid boot drive; and prevent configuration of the second boot drive in the RAID configuration in response to the controller determining that the second boot drive added to the storage system is not a valid boot drive. determine whether the second boot drive is a valid boot drive; automatically configure the first boot drive and the second boot drive in a redundant array of independent disks, "RAID", configuration in response to the controller determining that the second boot drive added to the storage system is a valid boot drive; and prevent configuration of the second boot drive in the RAID configuration in response to the controller determining that the second boot drive added to the storage system is not a valid boot drive.
A computer-implemented method for adaptive interpretation of ECG waveforms, the method comprising: receiving a new ECG waveform; extracting at least one feature from the new ECG waveform; processing the new ECG waveform and/or the extracted feature with a general interpretation module to provide a general interpretation output , wherein the general interpretation module is trained on a general database of existing ECG datasets selecting a cluster interpretation module based on the extracted feature, wherein the cluster interpretation module is trained on a cluster from a cluster database of existing ECG datasets, wherein each existing ECG dataset includes an existing ECG waveform with at least one corresponding existing feature and existing interpretation and wherein each cluster is comprised of ECG datasets having a common existing feature; using the cluster interpretation module to process the new ECG waveform and/or the extracted feature to provide a cluster interpretation output ; displaying the cluster interpretation output on a user interface; receiving a first clinician input via the user interface accepting or rejecting the cluster interpretation output and if the first clinician input accepts the cluster interpretation output adding the new ECG to the cluster database ; displaying the general interpretation output on the user interface; receiving a second clinician input via the user interface accepting or rejecting the general interpretation output and if the second clinician input accepts the general interpretation output adding the new ECG to the general database . receiving a new ECG waveform; extracting at least one feature from the new ECG waveform; processing the new ECG waveform and/or the extracted feature with a general interpretation module to provide a general interpretation output , wherein the general interpretation module is trained on a general database of existing ECG datasets selecting a cluster interpretation module based on the extracted feature, wherein the cluster interpretation module is trained on a cluster from a cluster database of existing ECG datasets, wherein each existing ECG dataset includes an existing ECG waveform with at least one corresponding existing feature and existing interpretation and wherein each cluster is comprised of ECG datasets having a common existing feature; using the cluster interpretation module to process the new ECG waveform and/or the extracted feature to provide a cluster interpretation output ; displaying the cluster interpretation output on a user interface; receiving a first clinician input via the user interface accepting or rejecting the cluster interpretation output and if the first clinician input accepts the cluster interpretation output adding the new ECG to the cluster database ; displaying the general interpretation output on the user interface; receiving a second clinician input via the user interface accepting or rejecting the general interpretation output and if the second clinician input accepts the general interpretation output adding the new ECG to the general database .
Cooling device for a motor vehicle , comprising: - a first heat exchanger , and - an air guide comprising a frame that surrounds the first heat exchanger , the first heat exchanger comprising: - a body through which a flow of air can pass, and - a first securing interface arranged along a first side of the body , - a second securing interface arranged along a second side of the body , the second side being opposite to the first side, the first heat exchanger being secured to the air guide by the two securing interfaces , characterized in that it also comprises a casing equipped with a thermostat , an inlet duct and an outlet duct , the cooling device comprising a means for positioning the casing relative to the air guide . - a first heat exchanger , and - an air guide comprising a frame that surrounds the first heat exchanger , the first heat exchanger comprising: - a body through which a flow of air can pass, and - a first securing interface arranged along a first side of the body , - a second securing interface arranged along a second side of the body , the second side being opposite to the first side, - a body through which a flow of air can pass, and - a first securing interface arranged along a first side of the body , - a second securing interface arranged along a second side of the body , the second side being opposite to the first side, the first heat exchanger being secured to the air guide by the two securing interfaces , characterized in that it also comprises a casing equipped with a thermostat , an inlet duct and an outlet duct , the cooling device comprising a means for positioning the casing relative to the air guide .
An ornamental product for jewellery and/or costume jewellery, such as a closure, a bracelet, an earring, a necklace, a ring or the like, comprising a first and a second portion mutually hinged to each other to rotate respectively around an axis of rotation (X), said first portion comprises a female terminal end , said second portion comprises a male terminal end , said male and female terminal ends being rigid and providing respective female (3', 3") and male through holes which, when aligned, define a single through hole directed according to said axis of rotation (X), said through hole housing a rotation pin (4, 4', 4") which obtains the hinging of said two portions ; said ornamental product being characterized in that said rotation pin (4, 4 ', 4") has at least one zone (41, 41', 41") such as to exert an elastic thrust directed radially towards the walls of said hole in response to a forcing action exerted on it as a consequence of its insertion at least into said male through hole made in said male terminal end.
Distributing apparatus comprising: - at least one first manifold comprising a plurality of first ports for the passage of material; - at least one second manifold comprising a plurality of second ports for the passage of material; - at least one transport portion (7; 8) for transporting material, said at least one transport portion comprising at least one first mouth that is movable with the possibility of selectively assuming a plurality of positions in each of which is connected to a respective first port , said at least one transport portion comprising at least one second mouth that is movable with the possibility of selectively assuming a plurality of positions in each of which is connected to a respective second port , to allow passage of material, selectively, between any first port and any second port ; - valve means arranged to selectively open or close at least one of said second ports and/or valve means arranged to selectively open or close at least one of said first ports ; characterized in that said first mouth is arranged on a tubular body that is axially movable with the possibility of assuming a proximal position, in which it can be sealingly connected in contact with a first port of said first collector, and a distal position, in which it is distant from said first port . - at least one first manifold comprising a plurality of first ports for the passage of material; - at least one second manifold comprising a plurality of second ports for the passage of material; - at least one transport portion (7; 8) for transporting material, said at least one transport portion comprising at least one first mouth that is movable with the possibility of selectively assuming a plurality of positions in each of which is connected to a respective first port , said at least one transport portion comprising at least one second mouth that is movable with the possibility of selectively assuming a plurality of positions in each of which is connected to a respective second port , to allow passage of material, selectively, between any first port and any second port ; - valve means arranged to selectively open or close at least one of said second ports and/or valve means arranged to selectively open or close at least one of said first ports ; characterized in that said first mouth is arranged on a tubular body that is axially movable with the possibility of assuming a proximal position, in which it can be sealingly connected in contact with a first port of said first collector, and a distal position, in which it is distant from said first port .
Horological movement comprising a wheel set of a time value display , a power source connected to this wheel set of a display for driving it such that it rotates, and a regulator intended to regulate the motion of this wheel set of a display, said horological movement comprising a control mechanism adapted to take an active state wherein it cooperates with the regulator to immobilise it, and an inactive state wherein it releases the regulator such that the latter is able to regulate the motion of the wheel set of a time value display , the horological movement being characterised in that the control mechanism includes two motion transmitting modules, each intended to be connected to an actuating member specific thereto, each of said modules being configured to drive the control mechanism between the inactive state thereof and the active state thereof upon operation of one of said actuating members to which it is connected.
Glazing comprising at least two glass sheets and a viscoelastic plastic interlayer arranged between the glass sheets, the interlayer comprising at least two damping films , one of the damping films being made of a material A and the other damping film being made of a material B, so that the material A has, over a temperature range t A , a loss factor tanδ greater than 0.6 and a shear modulus G' less than 2×10 7 Pa, and that the material B has, over a temperature range t B , a loss factor tanδ greater than 0.6 and a shear modulus G' less than 2×10 7 Pa, characterized in that the interlayer provides an optimal improvement to the acoustic comfort obtained by the glazing over at least two distinct temperature ranges t 1 and t 2 , the temperature range t 1 being included within the temperature range t A and the temperature range t 2 being included within the temperature range t B , and in that the film A has, at a frequency of 200 Hz and for the temperature range t 1 , the highest loss factor tanδ and an equivalent shear modulus G' eq , such that G ′ eq = G ′ e tot e where G' is the shear modulus of the material constituting the film, e is the thickness of the film and e tot the total thickness of the interlayer, which is less than the equivalent shear modulus or moduli of the other film or films for said temperature range t 1 and in that the film B has, at a frequency of 200 Hz and for the temperature range t 2 , the highest loss factor tanδ and an equivalent shear modulus G' eq which is less than the equivalent shear modulus or moduli of the other film or films for said temperature range t 2 .
A surface cleaning apparatus including: a housing supporting: a suction source including a motor with an axle having an axis (A) which rotates a fan; a dirt collection chamber having an elongate axis (B); a cyclonic separator device, having an elongate axis (B') about which dirt-laden air is caused to rotate, for separating dirt from the airflow through the apparatus; and a battery having a generally elongate shape for providing power to operate the suction source, wherein the battery has an elongate axis (C), wherein the axis (A) of the motor axle and the elongate axis (B') of the cyclonic separator device extend transversely with respect to the elongate axis (C) of the battery ; and wherein the elongate axis (B) of the dirt collecting chamber and elongate axis (B') of the cyclonic separator device are co-axial and during normal use, substantially horizontal or horizontal. a housing supporting: a suction source including a motor with an axle having an axis (A) which rotates a fan; a dirt collection chamber having an elongate axis (B); a cyclonic separator device, having an elongate axis (B') about which dirt-laden air is caused to rotate, for separating dirt from the airflow through the apparatus; and a battery having a generally elongate shape for providing power to operate the suction source, wherein the battery has an elongate axis (C), a suction source including a motor with an axle having an axis (A) which rotates a fan; a dirt collection chamber having an elongate axis (B); a cyclonic separator device, having an elongate axis (B') about which dirt-laden air is caused to rotate, for separating dirt from the airflow through the apparatus; and a battery having a generally elongate shape for providing power to operate the suction source, wherein the battery has an elongate axis (C), wherein the axis (A) of the motor axle and the elongate axis (B') of the cyclonic separator device extend transversely with respect to the elongate axis (C) of the battery ; and wherein the elongate axis (B) of the dirt collecting chamber and elongate axis (B') of the cyclonic separator device are co-axial and during normal use, substantially horizontal or horizontal.
A method of reporting information included in data records generated for network traffic activities of a plurality of mobile devices , each data record including a traffic type of a traffic activity of a mobile device , a timestamp of the traffic activity, and an identifier of the mobile device , the method comprising: receiving a monitoring request specifying a monitoring type; calculating from the data records a number of mobile devices having, within a given monitoring period, traffic activities that fulfil the following conditions: i) a traffic type of the traffic activity matches the monitoring type; ii) a timestamp of the traffic activity falls within the monitoring period; and iii) traffic activities associated with the same identifier of the mobile device and the same traffic type are considered only once per monitoring period; and returning , in response to the monitoring request, a monitoring report that is based on the calculated number of mobile devices . receiving a monitoring request specifying a monitoring type; calculating from the data records a number of mobile devices having, within a given monitoring period, traffic activities that fulfil the following conditions: i) a traffic type of the traffic activity matches the monitoring type; ii) a timestamp of the traffic activity falls within the monitoring period; and iii) traffic activities associated with the same identifier of the mobile device and the same traffic type are considered only once per monitoring period; and i) a traffic type of the traffic activity matches the monitoring type; ii) a timestamp of the traffic activity falls within the monitoring period; and iii) traffic activities associated with the same identifier of the mobile device and the same traffic type are considered only once per monitoring period; and returning , in response to the monitoring request, a monitoring report that is based on the calculated number of mobile devices .