mhurhangee/patent-ind-claim-en huggingface dataset:
A refrigeration appliance for use under an appliance leasing agreement, the refrigeration appliance comprising: an appliance controller configured for selectively controlling the refrigeration appliance in an operating mode in which the appliance controller operates the refrigeration appliance for performing an appliance function and a locked mode in which the appliance controller prevents the refrigeration appliance from being operated to perform the appliance function; and memory storing a local parameter defining a lockout time at which the refrigeration appliance will be locked out from performing the appliance function; wherein the appliance controller is connected to the memory for reading the local parameter from the memory, the controller being configured to operate the refrigeration appliance in the operating mode until the lockout time and to switch the refrigeration appliance to the locked mode at the lockout time; the refrigeration appliance further comprising a lockout time change module , the lockout time change module being configured to receive a lockout time change input, and in response to receiving the lockout time change input, change the lockout time in the memory; wherein the lockout time change input comprises an encrypted key, the lockout time change module being configured to execute a decryption algorithm to decrypt the encrypted key and determine an updated lockout time for changing the lockout time stored in the memory. an appliance controller configured for selectively controlling the refrigeration appliance in an operating mode in which the appliance controller operates the refrigeration appliance for performing an appliance function and a locked mode in which the appliance controller prevents the refrigeration appliance from being operated to perform the appliance function; and memory storing a local parameter defining a lockout time at which the refrigeration appliance will be locked out from performing the appliance function; wherein the appliance controller is connected to the memory for reading the local parameter from the memory, the controller being configured to operate the refrigeration appliance in the operating mode until the lockout time and to switch the refrigeration appliance to the locked mode at the lockout time; the refrigeration appliance further comprising a lockout time change module , the lockout time change module being configured to receive a lockout time change input, and in response to receiving the lockout time change input, change the lockout time in the memory; wherein the lockout time change input comprises an encrypted key, the lockout time change module being configured to execute a decryption algorithm to decrypt the encrypted key and determine an updated lockout time for changing the lockout time stored in the memory.
A method implemented by a Wireless Transmit/Receive Unit, WTRU, having an access class, the method comprising: receiving, by the WTRU, application classification information indicating application classes of applications; receiving, by the WTRU, a system information block (SIB) comprising: information indicating which ones of a plurality of application classes that a network subjects to an application class based rule, and information indicating respective sets of application class based rule parameters respectively associated with the plurality of application classes that the network subjects to application class-based rules; determining to attempt to access a network to transmit information associated with an application; determining that the application is not associated with any of the plurality of application classes that are indicated as being subject to the application class based rules indicated in the SIB; determining to apply a lowest priority application class for the application based on determining that the application is not associated with any of the plurality of application classes that are indicated as being subject to the application class based rules indicated in the SIB; and determining that the application is barred from accessing the network based on evaluation of a respective set of application class based rule parameters indicated in the SIB that apply to the lowest priority application class corresponding to the application indicated by the SIB. receiving, by the WTRU, application classification information indicating application classes of applications; receiving, by the WTRU, a system information block (SIB) comprising: information indicating which ones of a plurality of application classes that a network subjects to an application class based rule, and information indicating respective sets of application class based rule parameters respectively associated with the plurality of application classes that the network subjects to application class-based rules; determining to attempt to access a network to transmit information associated with an application; determining that the application is not associated with any of the plurality of application classes that are indicated as being subject to the application class based rules indicated in the SIB; determining to apply a lowest priority application class for the application based on determining that the application is not associated with any of the plurality of application classes that are indicated as being subject to the application class based rules indicated in the SIB; and determining that the application is barred from accessing the network based on evaluation of a respective set of application class based rule parameters indicated in the SIB that apply to the lowest priority application class corresponding to the application indicated by the SIB.
A cup-loading device for planting cups, wherein the device comprises a profile bracket , a horizontal driving mechanism disposed on the profile bracket , and a planting cup grasping mechanism , the planting cup grasping mechanism includes a plurality of mechanical clamping jaws and a guide device for adjusting a spacing between adjacent mechanical clamping jaws ; characterized in that the device further comprises a pressing mechanism disposed on the profile bracket , the planting cup grasping mechanism is fixed at an output end of the pressing mechanism , the horizontal driving mechanism drives the pressing mechanism to move horizontally along the profile bracket , and the pressing mechanism drives the planting cup grasping mechanism to move in a vertical direction; the horizontal driving mechanism comprises a cylinder mounting seat and a biaxial cylinder , the cylinder mounting seat is fixedly connected to the profile bracket , the biaxial cylinder is mounted on the cylinder mounting seat , the biaxial cylinder is provided with a push plate , the push plate is provided with an auxiliary cylinder for adjusting a horizontal displacement distance, and an output end of the auxiliary cylinder is fixedly connected with the pressing mechanism . the device further comprises a pressing mechanism disposed on the profile bracket , the planting cup grasping mechanism is fixed at an output end of the pressing mechanism , the horizontal driving mechanism drives the pressing mechanism to move horizontally along the profile bracket , and the pressing mechanism drives the planting cup grasping mechanism to move in a vertical direction; the horizontal driving mechanism comprises a cylinder mounting seat and a biaxial cylinder , the cylinder mounting seat is fixedly connected to the profile bracket , the biaxial cylinder is mounted on the cylinder mounting seat , the biaxial cylinder is provided with a push plate , the push plate is provided with an auxiliary cylinder for adjusting a horizontal displacement distance, and an output end of the auxiliary cylinder is fixedly connected with the pressing mechanism .
Date mechanism comprising a date wheel assembly provided with a toothing of 31 teeth , a date display controlled by the date wheel assembly, a driving wheel assembly arranged to drive the date wheel assembly and bearing a first finger and a second finger which are offset angularly and in height, the first finger being arranged to drive by one step each day one of the teeth of the date wheel assembly , a month cam freely mounted to pivot concentrically with the date wheel assembly and arranged to turn by one twelfth of a turn for each turn effected by the date wheel assembly, the date wheel assembly bearing a lever arm provided with a tooth , the lever arm being arranged to occupy either an active position or an inactive position according to the angular position of the month cam , the tooth of the lever arm being arranged to be located on the trajectory of the second finger of the driving wheel assembly when the lever arm occupies the active position and the date display displays the "30"; characterised in that the first finger and the second finger are fixedly attached to the driving wheel assembly , in that said tooth of the lever arm is a tooth for forwards driving, and in that the lever arm is also provided with a tooth for backwards driving arranged to be located on the trajectory of the second finger of the driving wheel assembly when the lever arm occupies the position active and the date display displays the "31".
A rotor blade for a wind turbine having a longitudinal direction (L) from a root region to a blade tip, a transverse direction (Q) from a leading edge to a trailing edge , a thickness (D) orthogonally with respect to the longitudinal direction and orthogonally with respect to the transverse direction, and a pressure side and a suction side opposite the pressure side, comprising - a front pressure-side spar cap and a rear pressure-side spar cap and - a front suction-side spar cap and a rear suction-side spar cap , - a load introduction device , which is arranged between at least one of the pressure-side spar caps and at least one of the suction-side spar caps , wherein - the load introduction device has a load coupling device , which is arranged and designed so as to receive a lifting device passed through a lifting opening , - the lifting opening is arranged on the pressure side and/or the suction side, and - the lifting opening is arranged between the front pressure-side spar cap and the rear pressure-side spar cap in the transverse direction and/or between the front suction-side spar cap and the rear suction-side spar cap in the transverse direction, wherein the rotor blade comprises a front spar web and a rear spar web , wherein the load introduction device is arranged on the front spar web and the rear spar web.. - a front pressure-side spar cap and a rear pressure-side spar cap and - a front suction-side spar cap and a rear suction-side spar cap , - a load introduction device , which is arranged between at least one of the pressure-side spar caps and at least one of the suction-side spar caps , wherein - the load introduction device has a load coupling device , which is arranged and designed so as to receive a lifting device passed through a lifting opening , - the lifting opening is arranged on the pressure side and/or the suction side, and - the lifting opening is arranged between the front pressure-side spar cap and the rear pressure-side spar cap in the transverse direction and/or between the front suction-side spar cap and the rear suction-side spar cap in the transverse direction,
A system for transportation, separation and orientation of cuvettes in a head up position, the system comprising a. device for transportation, separation and orientation of cuvettes in a head up position, the device comprising a pipe, a motor and a vertically oriented auger , angled with respect to the vertical, and a guiding plate that is arranged parallel to the auger , wherein the motor is connected with the auger for rotating it, the auger comprising a core diameter and a thread flank diameter and the thread flank diameter is larger than the core diameter, and wherein a center of gravity of a cuvette in a head up or head down position which is to be hold and thereby transported by the auger lies within the thread flank diameter so that they do not fall back and a slide rail with two parallel rails with a distance to one another being smaller than the outer width of a head part of the cuvette is arranged in the upper area of the pipe for taking up the cuvettes in a head up position ; and b. at least one cuvette, wherein the cuvette comprises a head part and a bottom part and the head part of the cuvette comprises an opening and a rim at least partially surrounding the opening, wherein the rim extends over the opening at least on two opposite sides of the opening so that the head part of the cuvette has a greater outer width than the bottom part of the cuvette, and wherein the rotating auger comprises at least one pitch and at least one coil and the length of the at least one pitch is at least the length of the cuvette. a. device for transportation, separation and orientation of cuvettes in a head up position, the device comprising a pipe, a motor and a vertically oriented auger , angled with respect to the vertical, and a guiding plate that is arranged parallel to the auger , wherein the motor is connected with the auger for rotating it, the auger comprising a core diameter and a thread flank diameter and the thread flank diameter is larger than the core diameter, and wherein a center of gravity of a cuvette in a head up or head down position which is to be hold and thereby transported by the auger lies within the thread flank diameter so that they do not fall back and a slide rail with two parallel rails with a distance to one another being smaller than the outer width of a head part of the cuvette is arranged in the upper area of the pipe for taking up the cuvettes in a head up position ; and b. at least one cuvette, wherein the cuvette comprises a head part and a bottom part and the head part of the cuvette comprises an opening and a rim at least partially surrounding the opening, wherein the rim extends over the opening at least on two opposite sides of the opening so that the head part of the cuvette has a greater outer width than the bottom part of the cuvette, and wherein the rotating auger comprises at least one pitch and at least one coil and the length of the at least one pitch is at least the length of the cuvette.
Electrical connector group comprising: - a connector body shaped to allow electrical connection with components external to the electrical connector , said connector body delimiting at least partially an inner volume , - a plurality of electrical contacts housed in said inner volume and connected, at a first end , to the connector body , to allow the electrical connection with said external components and, at a second end , to at least one electrical/electronic circuit or component inside the electrical connector group , - at least one closing lid covering said connector body and hermetically sealing said inner volume ; the electrical connector group being characterized in that it further comprises - at least one vent valve fluidically connected with said inner volume , being of the one-way type, so as to allow only the exit of fluids from the inner volume to outside the inner volume of the electrical connector group , - wherein the vent valve comprises a valve head which is integral with the connector body and is coupled, by means of a shape coupling, with a seat of said closing lid , in order to realize a fixing and centring of the closing lid with respect to the connector body . - a connector body shaped to allow electrical connection with components external to the electrical connector , said connector body delimiting at least partially an inner volume , - a plurality of electrical contacts housed in said inner volume and connected, at a first end , to the connector body , to allow the electrical connection with said external components and, at a second end , to at least one electrical/electronic circuit or component inside the electrical connector group , - at least one closing lid covering said connector body and hermetically sealing said inner volume ; the electrical connector group being characterized in that it further comprises - at least one vent valve fluidically connected with said inner volume , being of the one-way type, so as to allow only the exit of fluids from the inner volume to outside the inner volume of the electrical connector group , - wherein the vent valve comprises a valve head which is integral with the connector body and is coupled, by means of a shape coupling, with a seat of said closing lid , in order to realize a fixing and centring of the closing lid with respect to the connector body .
A motor assembly comprising: a first motor , a second motor , wherein the first motor is mechanically coupled to the second motor , and a monitoring system for identifying an operating state of the first motor or the second motor , the monitoring system comprising: a speed sensor for determining a speed of the first motor and providing a speed signal as a function of time in response thereto; and a processor configured to: identify that the first motor is in a failed state by identifying a symmetric oscillation of the speed signal, with respect to its average value, as a function of time; or to identify that the second motor is in a failed state by identifying an asymmetric oscillation of the speed signal, with respect to its average value, as a function of time. a first motor , a second motor , wherein the first motor is mechanically coupled to the second motor , and a monitoring system for identifying an operating state of the first motor or the second motor , the monitoring system comprising: a speed sensor for determining a speed of the first motor and providing a speed signal as a function of time in response thereto; and a processor configured to: identify that the first motor is in a failed state by identifying a symmetric oscillation of the speed signal, with respect to its average value, as a function of time; or to identify that the second motor is in a failed state by identifying an asymmetric oscillation of the speed signal, with respect to its average value, as a function of time. a speed sensor for determining a speed of the first motor and providing a speed signal as a function of time in response thereto; and a processor configured to: identify that the first motor is in a failed state by identifying a symmetric oscillation of the speed signal, with respect to its average value, as a function of time; or to identify that the second motor is in a failed state by identifying an asymmetric oscillation of the speed signal, with respect to its average value, as a function of time.
Vibration device for training and therapeutic applications, with a first handle and a second handle and with a movement mechanism which can be driven by an electric motor , by means of which a vibration movement can be produced at the two handles , wherein the two handles are held on a frame , on which the movement mechanism is mounted, characterised in that the two handles exhibit in each case a rigid connection with the frame , and in this situation in each case form a connection between two bearing plates of the frame . with a first handle and a second handle and with a movement mechanism which can be driven by an electric motor , by means of which a vibration movement can be produced at the two handles , wherein the two handles are held on a frame , on which the movement mechanism is mounted, characterised in that the two handles exhibit in each case a rigid connection with the frame , and in this situation in each case form a connection between two bearing plates of the frame .
Method for checking the electrical conductivity of tyres for vehicle wheels, comprising: associating a tyre with a plurality of angularly spaced pairs of electrodes, each pair of electrodes comprising a radially internal electrode and a radially external electrode ; wherein the radially external electrode rests against a tread of the tyre and the radially internal electrode rests against at least one bead of the tyre ; wherein the radially external electrode and the radially internal electrode are substantially aligned along a radial direction of the tyre ; generating a voltage between the radially external electrode and the radially internal electrode of each pair of electrodes and obtaining an electrical resistance value between the radially external electrode and the radially internal electrode of each pair of electrodes; wherein associating the tyre with the plurality of pairs of electrodes comprises: approaching one another and to the tread of the tyre the radially external electrodes of all the pairs of electrodes and/or moving away from each other, and approaching to the beads of the tyre , the radially internal electrodes of all the pairs of electrodes. associating a tyre with a plurality of angularly spaced pairs of electrodes, each pair of electrodes comprising a radially internal electrode and a radially external electrode ; wherein the radially external electrode rests against a tread of the tyre and the radially internal electrode rests against at least one bead of the tyre ; wherein the radially external electrode and the radially internal electrode are substantially aligned along a radial direction of the tyre ; generating a voltage between the radially external electrode and the radially internal electrode of each pair of electrodes and obtaining an electrical resistance value between the radially external electrode and the radially internal electrode of each pair of electrodes; wherein associating the tyre with the plurality of pairs of electrodes comprises: approaching one another and to the tread of the tyre the radially external electrodes of all the pairs of electrodes and/or moving away from each other, and approaching to the beads of the tyre , the radially internal electrodes of all the pairs of electrodes.
A method of obtaining a mouse model of diastolic heart failure with preserved ejection fraction, the method comprising administering to mice a compound which is a tyrosine kinase inhibitor at an effective dose of at least 1 mg/kg for a period for 2 to 4 weeks, preferably for 4 weeks, wherein the age of mice at the start of the administration of compound being not more than 24 weeks, preferably from 8 to 12 weeks, wherein tyrosine kinase inhibitor is a tyrosine kinase inhibitor having the oncological therapeutic target of BCR-ABL tyrosine kinase, and belonging to the 2nd or 3rd generation of tyrosine kinase inhibitors for the treatment of chronic myeloid leukaemia, wherein the administered compound is a tyrosine kinase inhibitor selected from the following group consisting of: (a) wherein Ponatinib is administered at a dose of 1 to 15 mg/kg, preferably at a dose of 1 to 10 mg/kg, more preferably at a dose of 1 mg/kg, (b) wherein Asciminib is administered at a dose of 1 to 15 mg/kg, preferably at a dose of 1 to 10 mg/kg, more preferably at a dose of 3 mg/kg; and (c) wherein Nilotinib is administered at a dose of 20 to 40 mg/kg, preferably at a dose of 30 mg/kg. (a) wherein Ponatinib is administered at a dose of 1 to 15 mg/kg, preferably at a dose of 1 to 10 mg/kg, more preferably at a dose of 1 mg/kg, (b) wherein Asciminib is administered at a dose of 1 to 15 mg/kg, preferably at a dose of 1 to 10 mg/kg, more preferably at a dose of 3 mg/kg; and (c) wherein Nilotinib is administered at a dose of 20 to 40 mg/kg, preferably at a dose of 30 mg/kg.