mhurhangee/patent-ind-claim-en huggingface dataset:
Thermally controlled collar designed to surround the neck (N) of a user (P) and comprising a flexible body , of the disposable or reusable type, configured to be filled with a thermally conductive liquid (L), which in a wrapped configuration has an annular shape and contacts said neck (N), said collar is characterized in that it comprises temperature control means for controlling the temperature of said liquid (L), of the reusable type, associated with an external wall of said flexible body in a removable manner so that the flexible body is interposed between a heat exchange surface of the temperature control means and the neck (N) of the user (P) and said temperature control means are connected to a control unit configured to control the thermoregulation of said liquid (L), and in that it comprises a duct and a valve through which a desired quantity of liquid (L) can be inserted into said flexible body in order to adjust its stiffness.
Prefabricated component for attaching a concrete cantilever slab to a concrete structure , having: an insulating element for arranging in a joint between the concrete cantilever slab and the concrete structure , tension members , compression members and reinforcing plates , each made of steel, that pass through the insulating element and protrude from both sides thereof in order to be embedded in the concrete cantilever slab and the concrete structure , wherein the tension members and the compression members are connected together in pairs via the reinforcing plates , the end faces of the reinforcing plates are oriented obliquely with respect to the tension members and/or compression members , characterized in that the reinforcing plates are thicker at their end faces than within the insulating element . an insulating element for arranging in a joint between the concrete cantilever slab and the concrete structure , tension members , compression members and reinforcing plates , each made of steel, that pass through the insulating element and protrude from both sides thereof in order to be embedded in the concrete cantilever slab and the concrete structure , wherein the tension members and the compression members are connected together in pairs via the reinforcing plates , the end faces of the reinforcing plates are oriented obliquely with respect to the tension members and/or compression members , characterized in that the reinforcing plates are thicker at their end faces than within the insulating element .
Motor vehicle light device, comprising: - a light guide layer equipped with optical decoupling zones , and - a light generator able to send light toward the light guide layer , so that the light spreads along the guide layer, the light guide layer being locally covered with a light-absorbing material , the device being characterized in that the optical decoupling zones are able to pass light in a direction identical to the direction of the light coming from the light generator. - a light guide layer equipped with optical decoupling zones , and - a light generator able to send light toward the light guide layer , so that the light spreads along the guide layer,
An installation for conveying handled parcels , said installation including a linear conveyor for conveying parcels in series, and a monitoring and control central unit that stores, in a memory, the instantaneous three-dimensional position of each parcel moving on the conveyor , said installation being characterized in that it further includes at least one handheld electronic unit that is suitable for detecting information on a parcel when it is placed in the vicinity of said parcel , and for transmitting said information to the central unit , and in that the central unit is arranged to read an instantaneous three-dimensional position for said handheld unit in response to receiving said information coming from said handheld unit , and in that said central unit is further arranged to detect a match between the instantaneous three-dimensional position of a certain parcel on the conveyor and said instantaneous three-dimensional position of the handheld unit , and to respond to such a match being detected by recording said information in a memory in correspondence with data associated with said certain parcel.
A method of operating an insulin infusion pump system , comprising: receiving , at a controller of an insulin infusion pump system, ambient air pressure information indicative of an ambient air pressure external of the insulin infusion pump system; determining if the ambient air pressure information is less than a low limit threshold value or greater than a high limit threshold value, wherein the low and high limit threshold values are stored in the memory of the controller; and in response to determining the ambient air pressure information is less than the low limit threshold value or greater than the high limit threshold value, outputting i) an alarm and ii) user instructions for continuing operations of the insulin infusion pump system without replacing an insulin supply and components of the infusion pump system, wherein the user instructions comprise instructions to inspect for bubbles in the insulin infusion pump system and, if air bubbles are found in a flexible tube of an infusion set of the insulin infusion pump system, disconnect the flexible tube from the user and prime or flush insulin from the insulin infusion pump system so as to remove the air bubbles; or the user instructions comprise instructions that prompts the user to disconnect the infusion set and to replace it with a new infusion set . receiving , at a controller of an insulin infusion pump system, ambient air pressure information indicative of an ambient air pressure external of the insulin infusion pump system; determining if the ambient air pressure information is less than a low limit threshold value or greater than a high limit threshold value, wherein the low and high limit threshold values are stored in the memory of the controller; and in response to determining the ambient air pressure information is less than the low limit threshold value or greater than the high limit threshold value, outputting i) an alarm and ii) user instructions for continuing operations of the insulin infusion pump system without replacing an insulin supply and components of the infusion pump system, wherein the user instructions comprise instructions to inspect for bubbles in the insulin infusion pump system and, if air bubbles are found in a flexible tube of an infusion set of the insulin infusion pump system, disconnect the flexible tube from the user and prime or flush insulin from the insulin infusion pump system so as to remove the air bubbles; or the user instructions comprise instructions that prompts the user to disconnect the infusion set and to replace it with a new infusion set .
A hybrid electrical and mechanical ship propulsion and electric power system located in a hull of a ship , comprising: a first mechanical power plant configured to exclusively drive a first propeller via a first shaft ; a second electrical power plant configured to exclusively drive a second propeller via a second shaft ; wherein the second electrical power plant includes a high temperature superconductor (HTS) motor interconnected to the second shaft; and a first electrical network to which the HTS motor is connected in order to energize the HTS motor to drive the second propeller via the second shaft; wherein the HTS motor in a second engine room is mounted lower in the hull of the ship than the main reduction gear in a first engine room. a first mechanical power plant configured to exclusively drive a first propeller via a first shaft ; a second electrical power plant configured to exclusively drive a second propeller via a second shaft ; wherein the second electrical power plant includes a high temperature superconductor (HTS) motor interconnected to the second shaft; and a first electrical network to which the HTS motor is connected in order to energize the HTS motor to drive the second propeller via the second shaft; wherein the HTS motor in a second engine room is mounted lower in the hull of the ship than the main reduction gear in a first engine room.
A measurement reporting method performed by a User Equipment, UE , wherein the measurement reporting method comprises: starting a timer according to a measurement configuration of a target cell transmitted by a network side , wherein the network side is a serving base station; determining, before the timer expires, that identification information of the target cell cannot be obtained; and characterized by transmitting second indication information to the network side before the timer expires, wherein the second indication information indicates that the target cell does not broadcast the identification information of the cell or Remaining Minimum System Information, RMSI, wherein determining before the timer expires that identification information of the target cell cannot be obtained comprises: obtaining, before the timer expires, information of an Master Information Block, MIB, of the target cell according to the measurement configuration; and when the information of the MIB carries a first indication indicating that the target cell does not broadcast RMSI, determining that the identification information of the target cell cannot be obtained. starting a timer according to a measurement configuration of a target cell transmitted by a network side , wherein the network side is a serving base station; determining, before the timer expires, that identification information of the target cell cannot be obtained; and characterized by transmitting second indication information to the network side before the timer expires, wherein the second indication information indicates that the target cell does not broadcast the identification information of the cell or Remaining Minimum System Information, RMSI, wherein determining before the timer expires that identification information of the target cell cannot be obtained comprises: obtaining, before the timer expires, information of an Master Information Block, MIB, of the target cell according to the measurement configuration; and when the information of the MIB carries a first indication indicating that the target cell does not broadcast RMSI, determining that the identification information of the target cell cannot be obtained. obtaining, before the timer expires, information of an Master Information Block, MIB, of the target cell according to the measurement configuration; and when the information of the MIB carries a first indication indicating that the target cell does not broadcast RMSI, determining that the identification information of the target cell cannot be obtained.
A method of producing a color changeable polymeric composite comprising: coating organic polymer particles having a melting point between 25°C and 200°C with at least one color changeable indicator to form color changeable indicator particles; mixing the color changeable indicator particles with a second organic polymer having a melting point between 25°C and 200°C to form a combined powder; and extruding the combined powder; wherein the color changeable indicator particles become substantially homogenously dispersed within the at least one organic polymer. coating organic polymer particles having a melting point between 25°C and 200°C with at least one color changeable indicator to form color changeable indicator particles; mixing the color changeable indicator particles with a second organic polymer having a melting point between 25°C and 200°C to form a combined powder; and extruding the combined powder; wherein the color changeable indicator particles become substantially homogenously dispersed within the at least one organic polymer.
A method for automatic process control during continuous generating grinding of pre-toothed workpieces with a generating grinding machine , the generating grinding machine comprising a tool spindle and at least one workpiece spindle , a grinding wheel having a worm-shaped profile with one or more worm threads being clamped onto the tool spindle , the grinding wheel being rotatable about a tool axis (B), and the workpieces being adapted to be clamped onto the at least one workpiece spindle , wherein the method comprises: machining the workpieces with the generating grinding machine , wherein for the machining the workpieces are clamped onto the at least one workpiece spindle and are successively moved into generating engagement with the grinding wheel ; and monitoring at least one measured variable during the machining of the workpieces , wherein a warning indicator (W) for an unacceptable process deviation is determined from the at least one monitored measured variable, characterized in that the warning indicator (W) is a warning indicator for a grinding wheel breakout , and in that the grinding wheel is checked automatically for a grinding wheel breakout if the warning indicator (W) indicates a grinding wheel breakout . the generating grinding machine comprising a tool spindle and at least one workpiece spindle , a grinding wheel having a worm-shaped profile with one or more worm threads being clamped onto the tool spindle , the grinding wheel being rotatable about a tool axis (B), and the workpieces being adapted to be clamped onto the at least one workpiece spindle , wherein the method comprises: machining the workpieces with the generating grinding machine , wherein for the machining the workpieces are clamped onto the at least one workpiece spindle and are successively moved into generating engagement with the grinding wheel ; and monitoring at least one measured variable during the machining of the workpieces , wherein a warning indicator (W) for an unacceptable process deviation is determined from the at least one monitored measured variable, characterized in that the warning indicator (W) is a warning indicator for a grinding wheel breakout , and in that the grinding wheel is checked automatically for a grinding wheel breakout if the warning indicator (W) indicates a grinding wheel breakout . machining the workpieces with the generating grinding machine , wherein for the machining the workpieces are clamped onto the at least one workpiece spindle and are successively moved into generating engagement with the grinding wheel ; and monitoring at least one measured variable during the machining of the workpieces , wherein a warning indicator (W) for an unacceptable process deviation is determined from the at least one monitored measured variable, characterized in that the warning indicator (W) is a warning indicator for a grinding wheel breakout , and in that the grinding wheel is checked automatically for a grinding wheel breakout if the warning indicator (W) indicates a grinding wheel breakout .
A link state information advertisement method performed in a Software Defined Network, SDN, which comprises a first network device, a second network device, and a control device, characterized by comprising: receiving , by the first network device, network topology information sent by the control device, wherein the network topology information comprises link state information, which is generated by the control device, between the first network device and the second network device, the first network device supports an interior gateway protocol, IGP, and the second network device does not support the IGP, wherein the network topology information further comprises an identifier of the control device; wherein the control device is shared by the first network device and the second network device; determining, by the first network device, whether the identifier of the control device comprised in the received network topology information is the same as a locally stored identifier of the control device; when the identifier of the control device carried in the network topology information is the same as the locally stored identifier of the control device, advertising , by the first network device, the link state information, which is carried in the network topology information, between the first network device and the second network device. receiving , by the first network device, network topology information sent by the control device, wherein the network topology information comprises link state information, which is generated by the control device, between the first network device and the second network device, the first network device supports an interior gateway protocol, IGP, and the second network device does not support the IGP, wherein the network topology information further comprises an identifier of the control device; wherein the control device is shared by the first network device and the second network device; determining, by the first network device, whether the identifier of the control device comprised in the received network topology information is the same as a locally stored identifier of the control device; when the identifier of the control device carried in the network topology information is the same as the locally stored identifier of the control device, advertising , by the first network device, the link state information, which is carried in the network topology information, between the first network device and the second network device.
A method of determining blood glucose concentration with a glucose measurement system that includes a test strip and test meter , the test meter having a microcontroller configured to apply a plurality of test voltages to the test strip and measure a current transient output resulting from an electrochemical reaction in a test chamber of the test strip , the method comprising: initiating a test sequence after deposition of a sample; transforming glucose in the sample from one form to a different form; switching a first voltage to a second voltage different than the first voltage; changing the second voltage to a third voltage different from the second voltage; measuring a first current output of the current transient from the electrodes at least at any point during and after the switching from the first voltage to the second voltage; measuring a second current output of the current transient at least at any point during and after the third voltage is maintained in the test chamber ; and calculating a blood glucose concentration utilizing an equation of the form: G = I T + S L ∗ log k I 1 I 2 I 2 where G is representative of glucose concentration I T comprises an intercept resulting from linear regression analysis of a batch of test strips; S L comprises a slope resulting from linear regression analysis of a batch of test strips; I 1 comprises a first current output measured from the current transient at any time point from about 1 seconds to about 4 seconds from a start of the test sequence; I 2 comprises a second current output measured from the current transient at any time point from about 4 seconds to about 5 seconds from the start of the test sequence; and k comprises a coefficient from about 1 to about 4. initiating a test sequence after deposition of a sample; transforming glucose in the sample from one form to a different form; switching a first voltage to a second voltage different than the first voltage; changing the second voltage to a third voltage different from the second voltage; measuring a first current output of the current transient from the electrodes at least at any point during and after the switching from the first voltage to the second voltage; measuring a second current output of the current transient at least at any point during and after the third voltage is maintained in the test chamber ; and where G is representative of glucose concentration I T comprises an intercept resulting from linear regression analysis of a batch of test strips; S L comprises a slope resulting from linear regression analysis of a batch of test strips; I 1 comprises a first current output measured from the current transient at any time point from about 1 seconds to about 4 seconds from a start of the test sequence; I 2 comprises a second current output measured from the current transient at any time point from about 4 seconds to about 5 seconds from the start of the test sequence; and k comprises a coefficient from about 1 to about 4.
A fine-particle sorting apparatus , comprising: a determination unit that performs sorting determination of a particle, the determination unit performing the determination using rule data defining, in accordance with a particle population to which a particle that is a sorting-determination target belongs and a particle population to which a different particle within a predetermined range around the particle belongs, a relationship between the particles, particle populations to which the particle that is a sorting-determination target and the different particle within the predetermined range may belong including the following particle populations of (a) a particle population of particles to be sorted, (b) a particle population of particles that are not to be sorted but are ignorable in the determination, and (c) a particle population of particles that are neither the particles to be sorted nor the ignorable particles, characterised by the ignorable particles including red blood cells. a determination unit that performs sorting determination of a particle, the determination unit performing the determination using rule data defining, in accordance with a particle population to which a particle that is a sorting-determination target belongs and a particle population to which a different particle within a predetermined range around the particle belongs, a relationship between the particles, particle populations to which the particle that is a sorting-determination target and the different particle within the predetermined range may belong including the following particle populations of (a) a particle population of particles to be sorted, (b) a particle population of particles that are not to be sorted but are ignorable in the determination, and (c) a particle population of particles that are neither the particles to be sorted nor the ignorable particles, (a) a particle population of particles to be sorted, (b) a particle population of particles that are not to be sorted but are ignorable in the determination, and (c) a particle population of particles that are neither the particles to be sorted nor the ignorable particles, characterised by the ignorable particles including red blood cells.
A roll electrode comprising: a core extending in an axial direction and having a substantially circular outer circumference; an electrode having an expansion coefficient that is lower than an expansion coefficient of the core and being wound into a roll shape on the outer circumference of the core; and a fixing part fixing an end portion from which the electrode starts being wound around the core, characterized by a tape member that fixes an intermediate portion between a winding-start end portion and a winding-finish end portion of the electrode to the core, so as to regulate the axial movement of the electrode wound into the roll shape with respect to the core. a core extending in an axial direction and having a substantially circular outer circumference; an electrode having an expansion coefficient that is lower than an expansion coefficient of the core and being wound into a roll shape on the outer circumference of the core; and a fixing part fixing an end portion from which the electrode starts being wound around the core, characterized by a tape member that fixes an intermediate portion between a winding-start end portion and a winding-finish end portion of the electrode to the core, so as to regulate the axial movement of the electrode wound into the roll shape with respect to the core.