mhurhangee/patent-ind-claim-en huggingface dataset:
A microcontroller comprising distinct electronic functions and an interconnection circuit capable of transmitting, in wireless fashion, data between said functions, the interconnection circuit comprising a central processing unit , a router , a memory , and a data transmit/receive circuit , wherein a usage mode comprises the steps of: a. determining the electronic functions which are present ; b. if electronic functions which do not have their configuration characteristics contained in the memory are present , writing their configuration characteristics into the memory of the interconnection circuit ; and c. if electronic functions having their configuration characteristics contained in the memory are absent , erasing their configuration characteristics from the memory of the interconnection circuit . a. determining the electronic functions which are present ; b. if electronic functions which do not have their configuration characteristics contained in the memory are present , writing their configuration characteristics into the memory of the interconnection circuit ; and c. if electronic functions having their configuration characteristics contained in the memory are absent , erasing their configuration characteristics from the memory of the interconnection circuit .
Cooling device with a refrigeration compartment, in particular a built-in refrigerator, comprising at least one refrigerating unit with main components compressor, throttle element, evaporator and condenser, wherein all the main components are located in a base part , wherein the evaporator of the refrigeration unit is located in an evaporator duct which is closed off from the residual volume of the base part and forms part of a cooling air circuit for cooling the refrigeration compartment or for cooling the refrigeration compartment and a freezing compartment , and comprising a controller characterized in that the controller is adapted for activating one or more fans for circulating cooling air in the cooling air circuit for the cooling compartment and in the evaporator duct and to operate the evaporator in an operating mode with a temperature above 0°C in a defrosting mode, wherein the controller is adapted for further opening a throttle element of the refrigeration unit in the defrosting mode in comparison with a refrigeration mode, such that while the compressor remains activated, the pressure drop above the throttle element is reduced due to the opening of the throttle element, whereby heat is supplied to the evaporator and the defrosting process is thereby additionally accelerated.
A kit for determining the presence or absence of complement fixing antibodies in a biological sample from a subject that bind specifically to human leukocyte antigens (HLAs), comprising: a) a collection of microparticles of different subtypes wherein each microparticle is coated with a different purified HLA subtype, wherein the different purified HLA subtype is derived from a cell population presenting the HLA subtype; b) an exogenous complement factor C1q capable of binding to complement fixing antibodies; c) detectably labelled antibody or a binding fragment thereof capable of specifically binding with the complement factor Clq; and d) instructions for determining the presence or absence of the complement fixing antibodies that bind specifically to human leukocyte antigens (HLAs) in the biological sample. a) a collection of microparticles of different subtypes wherein each microparticle is coated with a different purified HLA subtype, wherein the different purified HLA subtype is derived from a cell population presenting the HLA subtype; b) an exogenous complement factor C1q capable of binding to complement fixing antibodies; c) detectably labelled antibody or a binding fragment thereof capable of specifically binding with the complement factor Clq; and d) instructions for determining the presence or absence of the complement fixing antibodies that bind specifically to human leukocyte antigens (HLAs) in the biological sample.
Dumping-body assembly for use in a haulage vehicle , in particular a dump truck, comprising: a dump body configured for being pivotably mounted to a carrier of the vehicle , an ejecting unit configured to move an ejector in the dump body for unloading a payload, and a pivoting unit configured to, in a mounted state of the dumping-body assembly on the vehicle , pivot the dump body relative to the carrier between a stowage end position and an unloading end position, wherein the pivoting unit comprises an actuating means configured for pivoting the dump body relative to the carrier and a control means, characterized in that the dumping-body assembly further comprises a sensor unit configured to determine pivot state information being indicative of a pivot angle between an actual position of the dump body relative to its stowage end position or its unloading end position, and the control means is configured for controlling operation of the actuating means in dependence on the pivot state information to pivot the dump body relative to the carrier by a maximum pivot angle of not more than 40° for positioning the dump body from its stowage end position into its unloading end position. a dump body configured for being pivotably mounted to a carrier of the vehicle , an ejecting unit configured to move an ejector in the dump body for unloading a payload, and a pivoting unit configured to, in a mounted state of the dumping-body assembly on the vehicle , pivot the dump body relative to the carrier between a stowage end position and an unloading end position, wherein the pivoting unit comprises an actuating means configured for pivoting the dump body relative to the carrier and a control means, characterized in that the dumping-body assembly further comprises a sensor unit configured to determine pivot state information being indicative of a pivot angle between an actual position of the dump body relative to its stowage end position or its unloading end position, and the control means is configured for controlling operation of the actuating means in dependence on the pivot state information to pivot the dump body relative to the carrier by a maximum pivot angle of not more than 40° for positioning the dump body from its stowage end position into its unloading end position.
A comb for a hair cutting appliance having a cutting direction (C), the comb comprising - a first comb part comprising a plurality of first comb teeth , the first comb teeth being arranged, during use, to guide hair towards the hair cutting appliance for cutting; - a second comb part comprising a plurality of second comb teeth aligned with the first comb teeth ; and - a comb connection part comprising a plurality of connection comb teeth aligned with the first comb teeth, wherein the first and second comb teeth are connected together by the connection comb teeth , wherein the first comb teeth and the second comb teeth are at least partially formed from a plastics material, wherein the connection comb teeth are at least partially formed from metal; and wherein, during use of the comb, the first comb teeth precede the connection comb teeth and the second comb teeth trail the connection comb teeth when viewed in the cutting direction (C). - a first comb part comprising a plurality of first comb teeth , the first comb teeth being arranged, during use, to guide hair towards the hair cutting appliance for cutting; - a second comb part comprising a plurality of second comb teeth aligned with the first comb teeth ; and - a comb connection part comprising a plurality of connection comb teeth aligned with the first comb teeth,
An inkjet recording device comprising: a plurality of inkjet heads having a nozzle for discharging ink; a plurality of piezoelectric actuators configured to give a pressure change to the ink in the plural inkjet heads by a prescribed drive operation; and a drive section configured to generate a drive signal to discharge one droplet or discharge and unite a plurality of droplets for one pixel and to apply the drive signal to each of the plural piezoelectric actuators , wherein the drive signal generated by the drive section includes a drive waveform comprising N number (N being an integer of at least 2) of drive waveform elements, the N number of drive waveform elements of the drive signal each include an expansion pulse to expand a volume of an inkjet head pressure chamber , a hold pulse and a contraction pulse to contract the volume of the pressure chamber and discharge the ink from the nozzle ; and when Tc is natural vibration cycle determined from a structure of the inkjet head, time Ts from a start point of the drive waveform element to the start point of a subsequent drive waveform element fulfills a relationship 1.1 Tc ≤ Ts ≤ 1.4 Tc ; wherein a potential of the last drive waveform element is larger than a potential of the other drive waveform element or elements of the drive signal. a plurality of inkjet heads having a nozzle for discharging ink; a plurality of piezoelectric actuators configured to give a pressure change to the ink in the plural inkjet heads by a prescribed drive operation; and a drive section configured to generate a drive signal to discharge one droplet or discharge and unite a plurality of droplets for one pixel and to apply the drive signal to each of the plural piezoelectric actuators , wherein the drive signal generated by the drive section includes a drive waveform comprising N number (N being an integer of at least 2) of drive waveform elements, the N number of drive waveform elements of the drive signal each include an expansion pulse to expand a volume of an inkjet head pressure chamber , a hold pulse and a contraction pulse to contract the volume of the pressure chamber and discharge the ink from the nozzle ; and when Tc is natural vibration cycle determined from a structure of the inkjet head, time Ts from a start point of the drive waveform element to the start point of a subsequent drive waveform element fulfills a relationship 1.1 Tc ≤ Ts ≤ 1.4 Tc ; wherein a potential of the last drive waveform element is larger than a potential of the other drive waveform element or elements of the drive signal.
A non-transitory computer readable storage medium having stored thereon instructions that, when executed, cause at least one computing device to: receive first image data from an image sensor located on an instrument , the instrument configured to be driven through a luminal network of a patient; determine a location of the instrument based on data received from one or more location sensors ; detect a set of one or more points of interest in the first image data ; identify a set of first locations respectively corresponding to a set of points in the first image data ; receive second image data from the image sensor ; detect a set of one or more points of interest in the second image data; identify a set of second locations respectively corresponding to the set of points in the second image data, wherein the set of points in the second image data corresponds to the set of points in the first image data; based on the set of first locations and the set of second locations and in response to determining that the location of the instrument based on data received from one or more location sensors is substantially stationary, detecting a change of location of the instrument within the luminal network caused by movement of the luminal network relative to the instrument ; and generate an alert to indicate that there may be uncompensated error in the determined location of the instrument due to movement of the luminal network relative to the instrument . receive first image data from an image sensor located on an instrument , the instrument configured to be driven through a luminal network of a patient; determine a location of the instrument based on data received from one or more location sensors ; detect a set of one or more points of interest in the first image data ; identify a set of first locations respectively corresponding to a set of points in the first image data ; receive second image data from the image sensor ; detect a set of one or more points of interest in the second image data; identify a set of second locations respectively corresponding to the set of points in the second image data, wherein the set of points in the second image data corresponds to the set of points in the first image data; based on the set of first locations and the set of second locations and in response to determining that the location of the instrument based on data received from one or more location sensors is substantially stationary, detecting a change of location of the instrument within the luminal network caused by movement of the luminal network relative to the instrument ; and generate an alert to indicate that there may be uncompensated error in the determined location of the instrument due to movement of the luminal network relative to the instrument .
An optical coherence tomography (OCT) scanning controller to perform resolution enhancement of OCT images during ophthalmic surgery, the OCT scanning controller further comprising: a processor having access to memory media storing instructions executable by the processor for, receiving a first command to generate first scan data from an interior portion of an eye of a patient; sending a second command to an OCT scanner to acquire the first scan data via a surgical microscope ; receiving the first scan data from the OCT scanner ; accessing second scan data previously generated from the interior portion of the eye using OCT, characterized in that the second scan data has higher spatial resolution than the first scan data; and wherein based on the first scan data, the instructions are executable for morphing the second scan data to correspond to an intraoperative deformation of the eye captured by the first scan data to generate third scan data; and causing the third scan data to be displayed.
An apparatus of a host for generating modified keyboard data, the apparatus comprising: a communication interface for communicating on a wired or wireless communication channel causing transmission latency; and a baseboard management controller comprising a remote access manager coupled to the communication interface ; the apparatus being characterized in that the remote access manager includes: a keyboard data receiver that receives keyboard data arriving at the communication interface from a client device via the communication channel, wherein the client device and the host are separate computing systems, said keyboard data including a key down state without a subsequent key up state for a key that has been pressed and released within a predetermined amount of time; and a modified keyboard data generator that inserts a key up state after each key down state in the received keyboard data that is not associated with modifier key codes to generate modified keyboard data . a communication interface for communicating on a wired or wireless communication channel causing transmission latency; and a baseboard management controller comprising a remote access manager coupled to the communication interface ; the apparatus being characterized in that the remote access manager includes: a keyboard data receiver that receives keyboard data arriving at the communication interface from a client device via the communication channel, wherein the client device and the host are separate computing systems, said keyboard data including a key down state without a subsequent key up state for a key that has been pressed and released within a predetermined amount of time; and a modified keyboard data generator that inserts a key up state after each key down state in the received keyboard data that is not associated with modifier key codes to generate modified keyboard data . a keyboard data receiver that receives keyboard data arriving at the communication interface from a client device via the communication channel, wherein the client device and the host are separate computing systems, said keyboard data including a key down state without a subsequent key up state for a key that has been pressed and released within a predetermined amount of time; and a modified keyboard data generator that inserts a key up state after each key down state in the received keyboard data that is not associated with modifier key codes to generate modified keyboard data .
A computer-implemented method comprising: receiving data for fractures associated with a geologic environment ; and performing stress inversion, based at least in part on a portion of the data, to recover and display tectonic stress ; characterized in that the recovery and display of tectonic stress comprises: assignment of different mechanical fracture types to different populations of joint, stylolite and conjugate fractures ( j,s,c ) ; and rendering a plot comprising a representation of the different populations of the joint, stylolite and conjugate fractures ( j,s,c ). receiving data for fractures associated with a geologic environment ; and performing stress inversion, based at least in part on a portion of the data, to recover and display tectonic stress ; characterized in that the recovery and display of tectonic stress comprises: assignment of different mechanical fracture types to different populations of joint, stylolite and conjugate fractures ( j,s,c ) ; and rendering a plot comprising a representation of the different populations of the joint, stylolite and conjugate fractures ( j,s,c ). assignment of different mechanical fracture types to different populations of joint, stylolite and conjugate fractures ( j,s,c ) ; and rendering a plot comprising a representation of the different populations of the joint, stylolite and conjugate fractures ( j,s,c ).
A coupling member for use with a shunt tube assembly comprising: a body member comprising a first side and a second side, wherein the body member is configured to be disposed about a wellbore tubular ; a first opening disposed through the first side, wherein the first opening is configured to engage a shunt tube ; and a second opening disposed through the second side, wherein the second opening is configured to engage a jumper tube , and a third opening disposed through the first side, wherein the third opening is configured to engage a second shunt tube, characterised in that the first and third openings are in fluid communication with the second opening . a body member comprising a first side and a second side, wherein the body member is configured to be disposed about a wellbore tubular ; a first opening disposed through the first side, wherein the first opening is configured to engage a shunt tube ; and a second opening disposed through the second side, wherein the second opening is configured to engage a jumper tube , and a third opening disposed through the first side, wherein the third opening is configured to engage a second shunt tube, characterised in that the first and third openings are in fluid communication with the second opening .
A mixing and extrusion machine for the production of rubber mixtures, the machine comprising a converging conical twin-screw mixer with a fixed frame that supports sleeves in which two screws are mounted at an angle between an opening disposed upstream of the sleeves, where an introduction hopper of the machine feeds the screws, and an outlet disposed downstream of the sleeves, where the mixer discharges the mixture at the end of a mixing cycle, one or more motors that rotate the two screws in the sleeves during the mixing cycle, and one or more removable doors provided at the outlet to allow, during the mixing cycle, the discharge and shaping of a rubber mixture, characterized in that : the screws are mounted in the sleeves with the removable doors that conform to the shape of the screws, the removable doors comprising sliding shutters installed relative to the outlet so that the sliding shutters move linearly between a closed position, in which the sliding shutters prevent the mixture from exiting the mixer , and an open position, in which the sliding shutters prevent the discharge of the mixture through the sides of two counter-rotating rollers of a roller nose system arranged just downstream of the outlet in order to force the mixture to pass between the two rollers and to form a sheet of the mixture at a predefined thickness and width discharged from the mixer .
Method for controlling the operating state of a system , the system comprising at least one first member (O 1 ) capable of executing tasks (T 1 ,..., T n ), the method comprising the steps of: - selection of a first task (T 1 ) to be executed by the first member (O 1 ), the first task (T 1 ) being executable in a first allotted time (A 1 ), - first execution by the first member (O 1 ) of the selected first task (T 1 ), the first execution by the first member (O 1 ) of the first task (T 1 ) allowing a first result to be obtained and defining a first time period (Δ 1 ), - first test of a first condition according to which the first time period (Δ 1 ) is less than or equal to the first allotted time (A 1 ), when the first condition is met, the method also comprises the steps of: - implementation of at least one second execution of the same first task (T 1 ) by the same first member (O 1 ) during a second time period (Δ 2 ), each second execution allowing a second result to be obtained, - comparison of the first result with each second result, and - determination of the operating state of the system as a function of the comparison step , characterised in that , when the first condition is not met, the method also comprises a step of waiting for a waiting time, then of repeating the steps of selection , of first execution and of first test , the sum of the waiting time and the first time period (Δ 1 ) being equal to a multiple of the first allotted time (A 1 ), the sum of the waiting time and the first time period being greater than or equal to the worst execution time of the first task. - selection of a first task (T 1 ) to be executed by the first member (O 1 ), the first task (T 1 ) being executable in a first allotted time (A 1 ), - first execution by the first member (O 1 ) of the selected first task (T 1 ), the first execution by the first member (O 1 ) of the first task (T 1 ) allowing a first result to be obtained and defining a first time period (Δ 1 ), - first test of a first condition according to which the first time period (Δ 1 ) is less than or equal to the first allotted time (A 1 ), - implementation of at least one second execution of the same first task (T 1 ) by the same first member (O 1 ) during a second time period (Δ 2 ), each second execution allowing a second result to be obtained, - comparison of the first result with each second result, and - determination of the operating state of the system as a function of the comparison step , characterised in that , when the first condition is not met, the method also comprises a step of waiting for a waiting time, then of repeating the steps of selection , of first execution and of first test , the sum of the waiting time and the first time period (Δ 1 ) being equal to a multiple of the first allotted time (A 1 ), the sum of the waiting time and the first time period being greater than or equal to the worst execution time of the first task.