mhurhangee/patent-ind-claim-en huggingface dataset:
A method for communicating with a device, the method comprising: transmitting information about a frequency hopping configuration to the device; and receiving an uplink signal frequency-hopped according to the frequency hopping configuration from the device, wherein the frequency hopping configuration is configured to frequency-hop the uplink signal according to a hopping pattern for hopping based on a hopping step and an additional mirroring hopping pattern, wherein the additional mirroring hopping is inserted between hopping patterns, to preserve a single carrier property for the uplink signal, characterised in that the frequency hopping is performed according to the following equations, m k = I ch , if k = 0 m k = m k − 1 + Δ F mod M , if 0 < k ≤ L − 1 , mod k j ≠ 0 m k = M − m k − 1 − B mod M , if 0 < k ≤ L − 1 , mod k j = 0 where k is the index of a time slot defined by a frequency hopping interval, L is the number of hopping intervals in a frequency hopping period, m k is the index of a channel in time slot k, I ch is the index of a channel for time slot 0, k=0, M is the total number of channels across which the frequency hopping is performed, B is the number of the plurality of bonded channels, j is the number of hopping intervals between additional mirroring hopping patterns, and Δ F is the frequency hopping step. transmitting information about a frequency hopping configuration to the device; and receiving an uplink signal frequency-hopped according to the frequency hopping configuration from the device, wherein the frequency hopping configuration is configured to frequency-hop the uplink signal according to a hopping pattern for hopping based on a hopping step and an additional mirroring hopping pattern, wherein the additional mirroring hopping is inserted between hopping patterns, to preserve a single carrier property for the uplink signal, characterised in that the frequency hopping is performed according to the following equations, m k = I ch , if k = 0 m k = m k − 1 + Δ F mod M , if 0 < k ≤ L − 1 , mod k j ≠ 0 m k = M − m k − 1 − B mod M , if 0 < k ≤ L − 1 , mod k j = 0
Device for folding sheets , characterised in that the device is provided with two transport belts positioned opposite each other in such a way that sheets can be clamped between the transport belts with the exception of a protruding part that protrudes between the transport belts , whereby the device is provided with two slats that extend along the transport belts and between which the protruding part can slide so a strip protrudes between the slats , whereby the device is also provided with one or more folding elements along the transport belts that can fold the abovementioned strip over or around a slat to form a fold line and whereby the device is such that it guides the sheets with their strip along the folding elements and the slats by the drive means of the transport belts .
A processor-based computing system , comprising: at least one processor ; a non-volatile memory comprising a basic input output system (BIOS) , wherein the BIOS creates a data structure during a boot process, to store: memory address ranges, defining respective memory areas, storing at least static code modules associated with the BIOS and at least one cryptographic hash associated with the memory address ranges storing said static code modules and sets up at least one verification software component to be executed by the processor; a controller communicatively linked to the at least one verification software component; said at least one verification software component being arranged, in response to a message from said controller, to verify the integrity of a non-empty randomly selected subset of the memory areas in the data structure by determining at least one cryptographic hash and comparing said determined at least one cryptographic hash with said at least one cryptographic hash stored in the data structure and said memory comprising; a system management memory coupled to the at least one processor and code which is executable by the processor-based computing system to cause the processor to validate the BIOS during a runtime of the processor-based computing system using the at least one verification software component and the controller . at least one processor ; a non-volatile memory comprising a basic input output system (BIOS) , wherein the BIOS creates a data structure during a boot process, to store: memory address ranges, defining respective memory areas, storing at least static code modules associated with the BIOS and at least one cryptographic hash associated with the memory address ranges storing said static code modules and sets up at least one verification software component to be executed by the processor; a controller communicatively linked to the at least one verification software component; memory address ranges, defining respective memory areas, storing at least static code modules associated with the BIOS and at least one cryptographic hash associated with the memory address ranges storing said static code modules and sets up at least one verification software component to be executed by the processor; a controller communicatively linked to the at least one verification software component; said at least one verification software component being arranged, in response to a message from said controller, to verify the integrity of a non-empty randomly selected subset of the memory areas in the data structure by determining at least one cryptographic hash and comparing said determined at least one cryptographic hash with said at least one cryptographic hash stored in the data structure and said memory comprising; a system management memory coupled to the at least one processor and code which is executable by the processor-based computing system to cause the processor to validate the BIOS during a runtime of the processor-based computing system using the at least one verification software component and the controller .
A method of dynamically assigning a mobile subscriber identity to a device comprising: receiving a user identification and a request for a mobile subscriber identity from a device : assigning a unique mobile subscriber identity, from a pool of unique identifications, to said device in response to said request; associating said unique mobile subscriber identity with said user identification; and providing said mobile subscriber identity to said device, characterised in that updating said unique mobile subscriber identity occurs once a threshold of usage of an account associated with the unique mobile subscriber identity is reached. assigning a unique mobile subscriber identity, from a pool of unique identifications, to said device in response to said request; associating said unique mobile subscriber identity with said user identification; and providing said mobile subscriber identity to said device, characterised in that updating said unique mobile subscriber identity occurs once a threshold of usage of an account associated with the unique mobile subscriber identity is reached.
A method characterized by : evaluating network data to generate one or more groupings for the network data, each grouping comprising one or more files of related network data, based on a file type of the network data; applying data identification rules to identify a data schema in the one or more files in a respective grouping; determining one or more policy rules that apply to the one or more files associated with the data schema; scanning a portion of a file associated with the data schema to determine compliance with the one or more policy rules; and generating , for the file scanned, a report of compliance with the one or more policy rules. evaluating network data to generate one or more groupings for the network data, each grouping comprising one or more files of related network data, based on a file type of the network data; applying data identification rules to identify a data schema in the one or more files in a respective grouping; determining one or more policy rules that apply to the one or more files associated with the data schema; scanning a portion of a file associated with the data schema to determine compliance with the one or more policy rules; and generating , for the file scanned, a report of compliance with the one or more policy rules.
Method for synchronizing frame counters (FC) in order to protect data transmissions between a first end-device , in particular an end point, in particular a sensor, in particular a smart meter, in particular a consumption meter, and a second end-device , in particular a base station, in particular a data collector, in particular a mobile readout system, wherein data frames are transferred between first end-device and second end-device , wherein the data frames are provided with frame counters (FC) to protect the data transfer between first end-device and second end-device , and wherein the second end-device sends a first data frame , in particular a wake-up data frame, to the first end-device , wherein the first data frame comprises a marker , in particular in the payload data, the first end-device sends back a second data frame as an answer to the second end-device , wherein the second data frame comprises a frame counter (FC) in the header data, and the second data frame comprises the frame counter (FC) and the marker in the, in particular encrypted, payload data. a first end-device , in particular an end point, in particular a sensor, in particular a smart meter, in particular a consumption meter, and a second end-device , in particular a base station, in particular a data collector, in particular a mobile readout system, wherein data frames are transferred between first end-device and second end-device , wherein the data frames are provided with frame counters (FC) to protect the data transfer between first end-device and second end-device , and wherein the second end-device sends a first data frame , in particular a wake-up data frame, to the first end-device , wherein the first data frame comprises a marker , in particular in the payload data, the first end-device sends back a second data frame as an answer to the second end-device , wherein the second data frame comprises a frame counter (FC) in the header data, and the second data frame comprises the frame counter (FC) and the marker in the, in particular encrypted, payload data.
A wheel assembly comprising a wheel for a wheelchair and a backstop arrangement (10; 30; 70), the wheel being provided with a wheel hub (11; 31; 71) and a wheel axle (12; 32; 72), the backstop arrangement (10; 30; 70) being configured to selectively engage and disengage, respectively, a backstop function, the backstop arrangement comprising a backstop selector (15; 35; 75) and a backstop member (18; 38; 78), wherein the wheel hub (11; 31; 71) has an inner rotatable circumferential surface (13; 33; 73), which faces the wheel axle (12; 32; 72) and is arranged with a radial space (14; 34; 74) therefrom, and the backstop selector (15; 35; 75) is operatively connected to the backstop member (18; 38; 78), which is radially moveable within the radial space (14; 34; 74), to, upon movement of the backstop selector (15; 35; 75), be selectively engaged with or disengaged from the inner circumferential surface (13; 33; 73), and that the backstop member (18; 38; 78) is configured, when in engagement with the inner circumferential surface (13; 33; 73), to allow the inner circumferential surface (13; 33;73) to rotate in a first direction and to prevent the inner circumferential surface (13; 33; 73) from rotating in a second, opposite direction, wherein the wheel assembly further comprises a gear-shift arrangement, characterized in that the wheel hub (11; 31; 71) is an internal-gear hub (11; 31; 71) comprising a number of internal gears ; the gear-shift arrangement comprises a shift member , which is axially moveable within the internal-gear hub to engage a specific gear of said number of internal gears , and wherein the shift member via a connector member is operatively connected to the backstop selector (15; 35; 75 ), such that the backstop selector can be regarded as a gear and backstop selector.
A novel Muramyl Dipeptide derivative compound -VIII wherein, R is linear alkyl selected from methyl, ethyl, propyl, or butyl.
An adsorbent comprising a manganese oxide in an amount of 20 to 80 wt%, at least one halide in an amount of 0.25 to less than 1.5 wt%, and a binder.
A method for measuring a thread, in particular a spindle of a ball screw drive, in which a contactless distance sensor is moved in parallel to the axial direction of the thread, a measurement signal corresponding to the distance between the distance sensor and the top of the thread is recorded, intersection points (F F , F L ) of the measurement signal with a reference value lying between a maximum value and a minimum value of the measurement signal are recorded, two directly subsequent intersection points (F S , F F ) are combined into a first measured value tuple and two directly subsequent intersection points (F S , F F ) immediately following the first measured value pair are combined into a second measured value tuple, a first mean value (M n-2 ) from the intersection points (F S , F F ) of the first measured value tuple and a second mean value (M n-1 ) from the intersection points (F S , F F ) of the second measured value tuple are calculated, and a time/angle resolution (ZW) is calculated from the first mean value (M n-2 ) and the second mean value (M n-1 ). a contactless distance sensor is moved in parallel to the axial direction of the thread, a measurement signal corresponding to the distance between the distance sensor and the top of the thread is recorded, intersection points (F F , F L ) of the measurement signal with a reference value lying between a maximum value and a minimum value of the measurement signal are recorded, two directly subsequent intersection points (F S , F F ) are combined into a first measured value tuple and two directly subsequent intersection points (F S , F F ) immediately following the first measured value pair are combined into a second measured value tuple, a first mean value (M n-2 ) from the intersection points (F S , F F ) of the first measured value tuple and a second mean value (M n-1 ) from the intersection points (F S , F F ) of the second measured value tuple are calculated, and a time/angle resolution (ZW) is calculated from the first mean value (M n-2 ) and the second mean value (M n-1 ).
An apparatus for performing cardiopulmonary resuscitation comprising: a resuscitation device configured for autonomously performing cardiopulmonary resuscitation, a stimulation device configured for targeted stimulation of the endothelial function including a nitric oxide synthase pathway in a patient in need thereof, and a controller for controlling the resuscitation device and the stimulation device during cardiopulmonary resuscitation, wherein the stimulation device is configured for stimulating the endothelial function by transmitting, when the stimulation device is in contact with the body of the patient, vibrations to target areas of the patient where nitric oxide synthase pathways are present, wherein the stimulation device comprises one or more transducers configured for transmitting vibrations by emitting acoustic sound waves and/or ultrasound waves within a frequency range of 1 Hz to 10 MHz, and wherein the stimulation device is further configured for altering the amplitude of the stimulation to compensate for damping of vibrations through the body of the patient. a resuscitation device configured for autonomously performing cardiopulmonary resuscitation, a stimulation device configured for targeted stimulation of the endothelial function including a nitric oxide synthase pathway in a patient in need thereof, and a controller for controlling the resuscitation device and the stimulation device during cardiopulmonary resuscitation, wherein the stimulation device is configured for stimulating the endothelial function by transmitting, when the stimulation device is in contact with the body of the patient, vibrations to target areas of the patient where nitric oxide synthase pathways are present, wherein the stimulation device comprises one or more transducers configured for transmitting vibrations by emitting acoustic sound waves and/or ultrasound waves within a frequency range of 1 Hz to 10 MHz, and wherein the stimulation device is further configured for altering the amplitude of the stimulation to compensate for damping of vibrations through the body of the patient.
A method for operating a robotic vehicle , comprising: determining , by a processor , whether a payload is carried by the robotic vehicle; setting , by the processor , a proximity threshold for collision avoidance in response to determining that a payload is carried by the robotic vehicle; and controlling , by the processor, one or more motors of the robotic vehicle using the proximity threshold for collision avoidance wherein determining whether a payload is carried by the robotic vehicle comprises: obtaining , by the processor, data from a payload sensor configured to detect whether a payload is being carried by the robotic vehicle or from the one or more motors indicating a rate of revolution of respective one or more motors; and analyzing the obtained data to determine whether a payload is being carried by the robotic vehicle. determining , by a processor , whether a payload is carried by the robotic vehicle; setting , by the processor , a proximity threshold for collision avoidance in response to determining that a payload is carried by the robotic vehicle; and controlling , by the processor, one or more motors of the robotic vehicle using the proximity threshold for collision avoidance wherein determining whether a payload is carried by the robotic vehicle comprises: obtaining , by the processor, data from a payload sensor configured to detect whether a payload is being carried by the robotic vehicle or from the one or more motors indicating a rate of revolution of respective one or more motors; and analyzing the obtained data to determine whether a payload is being carried by the robotic vehicle. obtaining , by the processor, data from a payload sensor configured to detect whether a payload is being carried by the robotic vehicle or from the one or more motors indicating a rate of revolution of respective one or more motors; and analyzing the obtained data to determine whether a payload is being carried by the robotic vehicle.
Method for preparing a flour tortilla, comprising - preparing a tortilla dough from cereal flour and fat particles, which fat particles at least substantially consist of triglycerides of fatty acids having 8-22 carbon atoms; - shaping the tortilla dough into a tortilla shape; and - heating the shaped tortilla dough, thereby obtaining the flour tortilla, wherein at least 40 % of the fatty acid content, based on total moles of fatty acid, in bound form, such as in acylglycerides, and - if present - as free fatty acid, of the fat particles is stearic acid. - preparing a tortilla dough from cereal flour and fat particles, which fat particles at least substantially consist of triglycerides of fatty acids having 8-22 carbon atoms; - shaping the tortilla dough into a tortilla shape; and - heating the shaped tortilla dough, thereby obtaining the flour tortilla,
A system for generating extreme ultraviolet light in which a target material inside a chamber is irradiated with a laser beam to be turned into plasma, the system comprising: a first laser apparatus configured to output a first laser beam ; a second laser apparatus configured to output a second laser beam including a pedestal and a peak portion having higher energy than the pedestal in its waveform; and a controller connected to the first and second laser apparatuses and configured to cause the first laser beam to be outputted first, and the second laser beam to be outputted after the first laser beam , wherein the target material includes tin and has a droplet shape, and the peak portion included in the second laser beam rises after the rise of the pedestal included in the second laser beam , wherein the system further comprises a pedestal control device configured to control energy of the pedestal. a first laser apparatus configured to output a first laser beam ; a second laser apparatus configured to output a second laser beam including a pedestal and a peak portion having higher energy than the pedestal in its waveform; and a controller connected to the first and second laser apparatuses and configured to cause the first laser beam to be outputted first, and the second laser beam to be outputted after the first laser beam , wherein the target material includes tin and has a droplet shape, and the peak portion included in the second laser beam rises after the rise of the pedestal included in the second laser beam , wherein the system further comprises a pedestal control device configured to control energy of the pedestal.
Glass plate , in particular single-pane safety glass, one edge section of which is suitable for applying at least one light source emitting light in a first wavelength range (λ 1 +/- Δλ 1 ) such that the light emitted from it is radiated into the interior of the glass plate essentially in the direction of an edge section of the glass plate opposite the one edge section , and, along the radiation direction of the light source , having a wavelength conversion luminescent material that at least partially converts radiated light of the first wavelength range (λ 1 +/- Δλ 1 ) to light of a second wavelength range (λ 2 +/- Δ λ 2 ) and emits this light of a second wavelength range (λ 2 +/Δ λ 2 ), wherein the wavelength conversion luminescent material is provided in the area of a surface engraving that is applied along an outer side of the glass plate delimited by the edge sections (1c, Id), characterised in that the wavelength conversion luminescent material in the area of the surface engraving is burnt into the glass plate with pulverised glass.
A modular orthosis , in particular for patients with osteoporosis, consisting of an orthopaedic garment , in particular an orthopaedically indicated undergarment which has a textile with various stretch zones (3, 4, 5, 6; 3', 4', 5', 6') for relieving and correcting the spine, wherein the stretch zones (3, 4, 5, 6; 3', 4', 5', 6') are designed in the form of integrated support strappings as two stretch zones (3, 4; 3', 4') encompassing the shoulders and two stretch zones (5, 6; 5', 6') encompassing the abdomen, and a splint , which is connectable to the garment , supports the spine, and, when the garment is worn, extends along the spine, wherein a belt system able to adjust the level of relief and correction of the spine is fastened to the garment and/or the splint .
An escape system comprising a slide for facilitating evacuation from a structure to water, wherein the slide comprises at least one helical inflatable path , wherein the slide comprises spacing means for controlling the pitch between helix turns of the or each of the helical inflatable paths ; wherein the spacing means is operable to set a minimum distance between two adjacent helix turns of the or each of the helical inflatable paths ; and characterised in that the spacing means comprises a plurality of hollow cylinders formed of drop stitch material and attached to the slide , the gap between adjacent ones of the hollow cylinders varying with the pitch between the helix turns, and the abutment of adjacent hollow cylinders preventing the distance between two adjacent helix turns falling below said minimum distance.