mhurhangee/patent-ind-claim-en huggingface dataset:
Method for operating an apparatus for the provision of a braking force which acts on a printed sheet during a folding operation, the printed sheet being situated in a predefined position prior to the folding operation, pulses which trigger a braking force being directed onto the printed sheet counter to the acceleration of the printed sheet which occurs in the starting phase of the folding operation and/or counter to the fluttering movements which are formed during the infeed of the printed sheet, the pulses acting on at least one part of the printed sheet in an intermittent, homogeneous or oscillating manner, the pulses which trigger the braking force counter to the acceleration of the printed sheet which occurs in the starting phase of the folding operation and/or counter to the fluttering movements which are formed during the infeed of the printed sheet being triggered by a transverse removal brake , characterized in that the pulses which trigger the braking force are directed by way of a control unit which is operated by way of stored control profiles and/or using variable control profiles which result from the retrieved operating parameters.
A disc brake assembly , comprising: a carrier having a first formation protruding from a surface thereof the carrier comprising an inner bore and an outer bore extending through the carrier in a direction tangential to a circle described by rotation of a rotor of the disc brake, the inner bore and the outer bore being configured to receive a bolt to attach the carrier to a mount, wherein the inner bore is provided closer to a longitudinal centre of the carrier relative to the outer bore ; a caliper slideably mounted to the carrier having a second formation protruding from the caliper that is proximate to the first formation in use, wherein the relative positions of the first formation and the second formation are indicative of an amount of wear of a brake friction element and/or a rotor of the assembly in use, and wherein the first formation is on an inboard surface of the carrier , the first formation is integrally cast with the carrier , and the second formation is integrally cast with the caliper ; and wherein the first formation is located proximate the inner bore or the outer bore ; characterized in that the first formation protrudes from a surface of the carrier in a direction perpendicular to the inboard direction towards the caliper and the second formation protrudes from a surface of the caliper opposed to the first formation in a direction perpendicular to the inboard direction towards the carrier such that the second formation protrudes towards the first formation . a carrier having a first formation protruding from a surface thereof the carrier comprising an inner bore and an outer bore extending through the carrier in a direction tangential to a circle described by rotation of a rotor of the disc brake, the inner bore and the outer bore being configured to receive a bolt to attach the carrier to a mount, wherein the inner bore is provided closer to a longitudinal centre of the carrier relative to the outer bore ; a caliper slideably mounted to the carrier having a second formation protruding from the caliper that is proximate to the first formation in use, wherein the relative positions of the first formation and the second formation are indicative of an amount of wear of a brake friction element and/or a rotor of the assembly in use, and wherein the first formation is on an inboard surface of the carrier , the first formation is integrally cast with the carrier , and the second formation is integrally cast with the caliper ; and wherein the first formation is located proximate the inner bore or the outer bore ; characterized in that the first formation protrudes from a surface of the carrier in a direction perpendicular to the inboard direction towards the caliper and the second formation protrudes from a surface of the caliper opposed to the first formation in a direction perpendicular to the inboard direction towards the carrier such that the second formation protrudes towards the first formation .
A method for configuring an access control policy by a Common Service Entity in an Internet of Things, comprising: receiving from an Application Entity a request for creating a target resource ; determining, based on the request, whether an access control policy inheritance attribute is set for the target resource in the request , wherein the access control policy inheritance attribute indicates an inheritance relationship between access control policies of the target resource and its parent resource; and configuring the access control policy of the target resource according to a result of the determination , wherein said configuring includes: setting an access control policy identification attribute of the target resource according to an extracted access control policy inheritance attribute value during creation of the target resource when the access control policy inheritance attribute value is extracted from the request. receiving from an Application Entity a request for creating a target resource ; determining, based on the request, whether an access control policy inheritance attribute is set for the target resource in the request , wherein the access control policy inheritance attribute indicates an inheritance relationship between access control policies of the target resource and its parent resource; and configuring the access control policy of the target resource according to a result of the determination , wherein said configuring includes: setting an access control policy identification attribute of the target resource according to an extracted access control policy inheritance attribute value during creation of the target resource when the access control policy inheritance attribute value is extracted from the request.
A method of processing an image, the method comprising: tracking (S810) a gaze point of a user on a screen of a display device; determining (S820) the location of primitives in the image and determining a plurality of different sampling patterns for the primitives, respectively, based on distances between the gaze point and the primitives and based on the direction of the primitives, wherein the direction of the primitives is a direction of a ray defined as originating at the determined location of the primitives in the image and passing through the gaze point of the user on the screen; and rendering (S830) the primitives according to the plurality of different sampling patterns determined for the primitives, respectively, determining a sampling pattern for each block forming a first primitive, wherein the determining a sampling pattern for each block forming a primitive comprises: determining a sampling pattern of a first block of the first primitive such that the sampling pattern of the first block has more fragments than a sampling pattern of a second block of the first primitive corresponding to an interior of the first primitive, when the first block and the second block are located at the same distance from the gaze point. tracking (S810) a gaze point of a user on a screen of a display device; determining (S820) the location of primitives in the image and determining a plurality of different sampling patterns for the primitives, respectively, based on distances between the gaze point and the primitives and based on the direction of the primitives, wherein the direction of the primitives is a direction of a ray defined as originating at the determined location of the primitives in the image and passing through the gaze point of the user on the screen; and rendering (S830) the primitives according to the plurality of different sampling patterns determined for the primitives, respectively, determining a sampling pattern for each block forming a first primitive, wherein the determining a sampling pattern for each block forming a primitive comprises: determining a sampling pattern of a first block of the first primitive such that the sampling pattern of the first block has more fragments than a sampling pattern of a second block of the first primitive corresponding to an interior of the first primitive, when the first block and the second block are located at the same distance from the gaze point.
An internal combustion engine , in particular of a motor vehicle, comprising: a cooling liquid circuit (106-1, 106-2), which is connected or can be connected to a cylinder head and/or an engine block of the internal combustion engine and which comprises a cooling liquid pump which comprises a drive shaft and which is constructed to convey cooling liquid in the cooling liquid circuit (106-1, 106-2); and a Visco clutch , which is arranged or can be arranged for the drive by the internal combustion engine , which comprises a clutch fluid for torque transmission and which is connected at the output side to the drive shaft of the cooling liquid pump , characterized in that the drive shaft of the cooling liquid pump comprises at least one heat pipe which is or can be brought into heat exchange with the clutch fluid as a heat source and the cooling liquid as a heat sink. a cooling liquid circuit (106-1, 106-2), which is connected or can be connected to a cylinder head and/or an engine block of the internal combustion engine and which comprises a cooling liquid pump which comprises a drive shaft and which is constructed to convey cooling liquid in the cooling liquid circuit (106-1, 106-2); and a Visco clutch , which is arranged or can be arranged for the drive by the internal combustion engine , which comprises a clutch fluid for torque transmission and which is connected at the output side to the drive shaft of the cooling liquid pump , characterized in that the drive shaft of the cooling liquid pump comprises at least one heat pipe which is or can be brought into heat exchange with the clutch fluid as a heat source and the cooling liquid as a heat sink.
A control system for controlling a heater , the control system comprising: a power converter including a power switch and operable to generate an adjustable output voltage; a sensor circuit configured to measure at least one of a voltage and an electric current of the heater ; and a controller connected to the power converter , wherein the controller is configured to determine an input parameter based on the at least one of the voltage and the electric current, determine the output voltage applied for the heater based on the input parameter and a desired setpoint, wherein the desired setpoint is based on an operational state of the heater , and operate the power switch of the power converter to generate the output voltage. a power converter including a power switch and operable to generate an adjustable output voltage; a sensor circuit configured to measure at least one of a voltage and an electric current of the heater ; and a controller connected to the power converter , wherein the controller is configured to determine an input parameter based on the at least one of the voltage and the electric current, determine the output voltage applied for the heater based on the input parameter and a desired setpoint, wherein the desired setpoint is based on an operational state of the heater , and operate the power switch of the power converter to generate the output voltage. determine an input parameter based on the at least one of the voltage and the electric current, determine the output voltage applied for the heater based on the input parameter and a desired setpoint, wherein the desired setpoint is based on an operational state of the heater , and operate the power switch of the power converter to generate the output voltage.
A transmucosal delivery system for idebenone, comprising an outer, hydrophilic, phase which contains at least one hydrophilic polymer, wherein the at least one hydrophilic polymer comprises polyvinyl alcohol, polyvinylpyrrolidone, a cellulose derivative and/or copolymers thereof and wherein and the outer, hydrophilic, phase makes up 20 to 70 wt.%, relative to the total weight of the transmucosal delivery system for idebenone, and an inner hydrophobic phase which contains idebenone and at least one hydrophobic substance, wherein the at least one hydrophobic substance in the inner, hydrophobic, phase comprises methyl salicylate, tributyl citrate, triethyl citrate, eucalyptol, 1,2-propanediol, methyl salicylate, linoleic acid, oleic acid and/or mixtures thereof, and wherein the inner, hydrophobic, phase is emulsified in the form of droplets in the outer phase, characterised in that the inner, hydrophobic, phase is stabilised by at least one emulsifier in the outer phase.
A method for welding or cutting at least one workpiece by means of a laser, a laser beam being guided as a function of motion data of a manipulator and of a beam guiding system spaced apart from the workpiece along a path for welding or cutting, an approximate position of the path being previously defined offline, at least the position of a reference feature of the workpiece being determined online for improving precision by means of an optical capturing system in an analysis region forming a partial segment of a capturing region of the capturing system for increasing the analysis speed, a target position of the path being determined by means of the position of the reference feature , the approximate position being compared with the target position of the path, and the path being corrected by means of position deviations, characterized in that the capturing region is such region that a point distance sensor of the optical capturing system can probe in a selectively manner within a time period by means of a displaceable sensor point , wherein the sensor point is a selectively data capturing region of the point distance sensor wherein the point distance sensor can capture data, and that the sensor point is displaced within the capturing region , that the sensor point is displaced only over a partial region of the capturing region formed by an analysis path , and that the size, position, and/or orientation of the analysis region within the capturing region is dynamically adjusted by means of the optical capturing system as a function of at least one offline parameter approximating the position of the reference feature within the capturing region and/or online parameter influencing said position for increasing the error robustness.
A briquette used for the production of rock wool, consisting of a raw material comprising rock wool waste, a non-fibrous inorganic binder of the raw material, the non-fibrous inorganic binder being sodium silicate, and an activating agent accelerating the curing process of the briquetted raw material, wherein the rock wool waste has a fiber morphology, with fibers of the rock wool waste having a diameter between 1 μm and 30 μm and a fiber length to fiber diameter ratio of at least 3:1.
A fastener cartridge (3 800), comprising: a cartridge body , comprising: a deck configured to support tissue, wherein said deck comprises: a first longitudinal deck portion comprising a first height; and a second longitudinal deck portion (2711") comprising a second height which is different than said first height; a first longitudinal row of fastener cavities defined in said first longitudinal deck portion ; and a second longitudinal row of fastener cavities defined in said second longitudinal deck portion (2711"); and a plurality of fasteners removably stored in said fastener cavities ; characterized in that the cartridge body further comprises a projection extending from said first longitudinal deck portion and said second longitudinal deck portion (2711"). a cartridge body , comprising: a deck configured to support tissue, wherein said deck comprises: a first longitudinal deck portion comprising a first height; and a second longitudinal deck portion (2711") comprising a second height which is different than said first height; a first longitudinal row of fastener cavities defined in said first longitudinal deck portion ; and a second longitudinal row of fastener cavities defined in said second longitudinal deck portion (2711"); and a deck configured to support tissue, wherein said deck comprises: a first longitudinal deck portion comprising a first height; and a second longitudinal deck portion (2711") comprising a second height which is different than said first height; a first longitudinal deck portion comprising a first height; and a second longitudinal deck portion (2711") comprising a second height which is different than said first height; a first longitudinal row of fastener cavities defined in said first longitudinal deck portion ; and a second longitudinal row of fastener cavities defined in said second longitudinal deck portion (2711"); and a plurality of fasteners removably stored in said fastener cavities ; characterized in that the cartridge body further comprises a projection extending from said first longitudinal deck portion and said second longitudinal deck portion (2711").
Wound dressing comprising particles that comprise a pH-sensitive polymer and a fluorescent dye, characterized in that the solubility or rate of dissolution of the pH-sensitive polymer at an acidic pH is lower than at a neutral or alkaline pH, further characterized in that the particles have a diameter of 50 nm to 1000 μm, preferably 5 μm to 300 μm.
A miniature unidirectional valve configured to restrict the free flow of fluid through the valve , comprising: a valve body having an inlet and an outlet ; a flexible membrane movably disposed over the inlet and outlet , and movable between an open position with the membrane defining an unobstructed fluid flow path between the inlet and outlet , and a closed position with the membrane sealing the outlet to restrict fluid flow therethrough; a control chamber in fluid communication with a fluid reservoir and disposed in the valve body adjacent the fluid flow path and separated from the fluid flow path by the flexible membrane , fluid in the fluid reservoir being configured to apply a pressure against the membrane to move the membrane to the closed position against the outlet to restrict fluid flow therethrough, characterized by the valve body defining a protrusion , integral with the valve body , which extends into the outlet , the protrusion being positioned in the control chamber and configured to bias the flexible membrane towards the outlet to close the outlet and restrict fluid flow therethrough, the flexible membrane being movable by a pressure from the inlet to move the flexible membrane to the open position to open the outlet and permit fluid flow. a valve body having an inlet and an outlet ; a flexible membrane movably disposed over the inlet and outlet , and movable between an open position with the membrane defining an unobstructed fluid flow path between the inlet and outlet , and a closed position with the membrane sealing the outlet to restrict fluid flow therethrough; a control chamber in fluid communication with a fluid reservoir and disposed in the valve body adjacent the fluid flow path and separated from the fluid flow path by the flexible membrane , fluid in the fluid reservoir being configured to apply a pressure against the membrane to move the membrane to the closed position against the outlet to restrict fluid flow therethrough, characterized by the valve body defining a protrusion , integral with the valve body , which extends into the outlet , the protrusion being positioned in the control chamber and configured to bias the flexible membrane towards the outlet to close the outlet and restrict fluid flow therethrough, the flexible membrane being movable by a pressure from the inlet to move the flexible membrane to the open position to open the outlet and permit fluid flow.
A method of controlling mattress humidity, comprising: sensing a humidity at a plurality of points on a mattress (MS); determining at least one average humidity value based on the sensed humidity at the plurality of points; and performing a drying operation based on the determined average humidity values, wherein performing the drying operation includes operating at least one fan provided below the mattress (MS) to suction air and discharge air toward the mattress (MS) to dry the mattress (MS), characterized in that performing the drying operation further includes operating a motor to raise at least one air dispenser . sensing a humidity at a plurality of points on a mattress (MS); determining at least one average humidity value based on the sensed humidity at the plurality of points; and performing a drying operation based on the determined average humidity values, wherein performing the drying operation includes operating at least one fan provided below the mattress (MS) to suction air and discharge air toward the mattress (MS) to dry the mattress (MS), characterized in that performing the drying operation further includes operating a motor to raise at least one air dispenser .
A method of synthesizing medical images, the method comprising: acquiring image data of an object; acquiring an electrocardiogram (ECG) of the object; generating first medical image frames of the object based on the image data; displaying, on a display, ECG signal information along with an interval marker on the ECG signal information; receiving a user input of selecting a time interval of the ECG signal information; and in response to the user input being received: selecting, from among the first medical image frames, second medical image frames corresponding to first points of time that have the same ECG signal information, in the time interval that is selected; generating a panoramic image by synthesizing the second medical image frames that are selected; correlating the ECG signal information in the time interval that is selected with the panoramic image that is generated; and displaying, on the display, the panoramic image, correlated with the ECG signal information in the time interval that is selected. acquiring image data of an object; acquiring an electrocardiogram (ECG) of the object; generating first medical image frames of the object based on the image data; displaying, on a display, ECG signal information along with an interval marker on the ECG signal information; receiving a user input of selecting a time interval of the ECG signal information; and in response to the user input being received: selecting, from among the first medical image frames, second medical image frames corresponding to first points of time that have the same ECG signal information, in the time interval that is selected; generating a panoramic image by synthesizing the second medical image frames that are selected; correlating the ECG signal information in the time interval that is selected with the panoramic image that is generated; and displaying, on the display, the panoramic image, correlated with the ECG signal information in the time interval that is selected. selecting, from among the first medical image frames, second medical image frames corresponding to first points of time that have the same ECG signal information, in the time interval that is selected; generating a panoramic image by synthesizing the second medical image frames that are selected; correlating the ECG signal information in the time interval that is selected with the panoramic image that is generated; and displaying, on the display, the panoramic image, correlated with the ECG signal information in the time interval that is selected.