mhurhangee/patent-ind-claim-en huggingface dataset:
A portable chair, comprising: a chair frame formed by detachably coupling a plurality of poles ; a chair cover detachably coupled to the chair frame and made of a flexible material supporting the body of a user; and a seat member installed at a portion of the chair cover , which supports a hip portion of the user, and made of a hard material, wherein the chair frame includes: a central support pole disposed in parallel to the ground; a plurality of front support poles respectively having base ends detachably connected to both ends of the central support pole and respectively having free ends extending in a front upper direction at a predetermined angle with the ground; a plurality of rear support poles respectively having base ends detachably connected to both ends of the central support pole and respectively having free ends extending in a rear upper direction at a predetermined angle with the ground; and a plurality of leg poles respectively having base ends detachably connected to both ends of the central support pole and respectively having free ends extending in a lower direction to contact the ground. a chair frame formed by detachably coupling a plurality of poles ; a chair cover detachably coupled to the chair frame and made of a flexible material supporting the body of a user; and a seat member installed at a portion of the chair cover , which supports a hip portion of the user, and made of a hard material, wherein the chair frame includes: a central support pole disposed in parallel to the ground; a plurality of front support poles respectively having base ends detachably connected to both ends of the central support pole and respectively having free ends extending in a front upper direction at a predetermined angle with the ground; a plurality of rear support poles respectively having base ends detachably connected to both ends of the central support pole and respectively having free ends extending in a rear upper direction at a predetermined angle with the ground; and a plurality of leg poles respectively having base ends detachably connected to both ends of the central support pole and respectively having free ends extending in a lower direction to contact the ground. a central support pole disposed in parallel to the ground; a plurality of front support poles respectively having base ends detachably connected to both ends of the central support pole and respectively having free ends extending in a front upper direction at a predetermined angle with the ground; a plurality of rear support poles respectively having base ends detachably connected to both ends of the central support pole and respectively having free ends extending in a rear upper direction at a predetermined angle with the ground; and a plurality of leg poles respectively having base ends detachably connected to both ends of the central support pole and respectively having free ends extending in a lower direction to contact the ground.
An apparatus for slicing food products , in particular a high-performance slicer, comprising at least one slicing device having a cutting blade revolving in a rotational manner and/or in planetary motion and having a drive for the cutting blade ; a base for the slicing device , said base being stationary with respect to a cutting region ; and a transfer apparatus for moving the slicing device relative to the base between a cutting state in which the slicing device is fixed to the base and a transfer state in which the slicing device is released from the base , wherein the transfer apparatus comprises two pivot arms which are supported at oppositely disposed sides of the base and which are directly coupled to one another via the slicing device at least in a cutting state.
A computer based method for identifying a selected sensor node located within a system, said system comprising at least three sensor nodes connected to a computational node, each sensor node further comprising an audio directional sensor for measuring a direction of an audio signal emitted by an audio source, said method comprising the steps of - measuring a reference direction in each sensor node, - retrieving a direction of the audio signal from the audio directional sensor of each of the sensor nodes with respect to the reference direction, - measuring a node angle for each sensor node, the node angle being the angle between the reference direction and the direction of the audio signal propagating from the audio source, - calculating the angular mean of all node angles, - identifying the selected sensor node having the node angle which is closest to the angular mean of all node angles. - measuring a reference direction in each sensor node, - retrieving a direction of the audio signal from the audio directional sensor of each of the sensor nodes with respect to the reference direction, - measuring a node angle for each sensor node, the node angle being the angle between the reference direction and the direction of the audio signal propagating from the audio source, - calculating the angular mean of all node angles, - identifying the selected sensor node having the node angle which is closest to the angular mean of all node angles.
A computer-implemented method comprising: identifying a request for a media item to be shared; determining whether the media item is to be presented with a plurality of comments (410a-n) from a plurality of social shares based on whether the media item has been accessed or viewed more than a threshold number of times within a predetermined amount of time, wherein each social share is content resulting from a respective user sharing the media item via at least one of a social network and a content sharing service; in response to a determination that the media item is to be presented with the plurality of comments (410a-n) from the plurality of social shares , obtaining the plurality of comments (410a-n) from a data store using an identifier of the media item for presentation to a first user; providing a chat room and the plurality of comments (410a-n) to a user device of the first user for presentation, wherein the plurality of comments (410a-n) are for presentation in the chat room; receiving a new comment (410a-n) posted by the first user in the chat room; and responsive to receiving the new comment posted by the first user in the chat room, generating a new social share for presentation in a feed of a second user. identifying a request for a media item to be shared; determining whether the media item is to be presented with a plurality of comments (410a-n) from a plurality of social shares based on whether the media item has been accessed or viewed more than a threshold number of times within a predetermined amount of time, wherein each social share is content resulting from a respective user sharing the media item via at least one of a social network and a content sharing service; in response to a determination that the media item is to be presented with the plurality of comments (410a-n) from the plurality of social shares , obtaining the plurality of comments (410a-n) from a data store using an identifier of the media item for presentation to a first user; providing a chat room and the plurality of comments (410a-n) to a user device of the first user for presentation, wherein the plurality of comments (410a-n) are for presentation in the chat room; receiving a new comment (410a-n) posted by the first user in the chat room; and responsive to receiving the new comment posted by the first user in the chat room, generating a new social share for presentation in a feed of a second user.
An artificial respiration system , comprising: - a helmet provided with a container body , in which a patient's head can be accommodated, provided with an open end, a resiliently yielding collar which can be sealingly coupled to the patient's neck and adapted to close the open end of said container body , inflow means of at least a first breathable gas within a volume enclosed by the container body and by the collar , wherein the inflow means are connectable to a first supply circuit of the first breathable gas; and outflow means from which the gases exhaled by the patient come out of said volume; - a nasal cannula provided with a flexible tube at a first end whereof a nasal dispenser is fixed for the administration of a second breathable gas directly into a patient's nose, wherein at least one portion of the flexible tube and the nasal dispenser of the nasal cannula are arranged inside the volume enclosed by the container body and by the collar of the helmet , characterized in that the helmet is provided with a through opening adapted to put the outside of the helmet in communication with said inner volume; at least one portion of the nasal cannula being sealingly connected to said through opening of the helmet . - a helmet provided with a container body , in which a patient's head can be accommodated, provided with an open end, a resiliently yielding collar which can be sealingly coupled to the patient's neck and adapted to close the open end of said container body , inflow means of at least a first breathable gas within a volume enclosed by the container body and by the collar , wherein the inflow means are connectable to a first supply circuit of the first breathable gas; and outflow means from which the gases exhaled by the patient come out of said volume; - a nasal cannula provided with a flexible tube at a first end whereof a nasal dispenser is fixed for the administration of a second breathable gas directly into a patient's nose, wherein at least one portion of the flexible tube and the nasal dispenser of the nasal cannula are arranged inside the volume enclosed by the container body and by the collar of the helmet ,
A method for proliferation of a neural stem cell, the method comprising: culturing the neural stem cell in a medium comprising tocopherol, tocopherol acetate, or a mixture thereof at a concentration in a range of 0.1 μg/ml to 10 μg/ml, wherein the culturing of the neural stem cell is performed under a hypoxia condition.
A sleep mask for decreasing endogenous melatonin levels to aid in suppressing uterine contractions in a pregnant female wearer, comprising: a flexible eye cover configured to be worn by a pregnant female wearer and configured to cover and shield the eyes of the wearer from ambient light; at least one light source carried by the flexible eye cover and positioned to emit light having a wavelength of 450 to 570 nm onto the eyelids of the wearer when asleep and penetrate the eyelids when closed; and a controller connected to the at least one light source and configured to activate the at least one light source : characterised in that the light irradiance emitted from the at least one light source is between about 0.1 to 0.5 W/m 2 . a flexible eye cover configured to be worn by a pregnant female wearer and configured to cover and shield the eyes of the wearer from ambient light; at least one light source carried by the flexible eye cover and positioned to emit light having a wavelength of 450 to 570 nm onto the eyelids of the wearer when asleep and penetrate the eyelids when closed; and a controller connected to the at least one light source and configured to activate the at least one light source : characterised in that the light irradiance emitted from the at least one light source is between about 0.1 to 0.5 W/m 2 .
A composition, comprising a mixture of a polyamine resin and an aldehyde-functionalized polymer resin, provided that the polyamine is not polyamidoamine epichlorohydrin (PAE) or polyamine polyamidoamine epichlorohydrin (PPAE), the weight ratio of aldehyde-functionalized polymer resin to polyamine resin being 50:1 to 1:50.
A sequential biometric cryptosystem characterized in that the sequential biometric cryptosystem comprises a computing apparatus that executes registration processing including: extracting a set of feature data from each of multiple pieces of biological information acquired from a user; sequentially selecting, out of the extracted multiple sets of feature data, a group of multiple sets of feature data including all possible combinations within the number of the selected feature data sets, and incrementing the number of combined sets until the number of the extracted sets of feature data is reached; creating a protection template for each selected group of feature data; and storing the protection template into a storage apparatus , and verification processing including: extracting feature data of a specified user from a combination including one or more pieces of biological information on the user acquired through a sensor ; verifying a combination of the extracted feature data against the protection template derived from the biological information having the same specified attribute as the combination of the extracted feature data; and performing, if the verification is successful, specified processing on the user.
An electronically actuated locking differential comprising: a gear case having opposite first and second ends; a differential gear set disposed in the gear case the differential gear set including a first side gear and a second side gear ; a lock plate disposed at the gear case first end and configured to selectively engage the differential gear set; an electronic actuator disposed at the gear case second end and coupled to the lock plate via at least one rod ; and a biasing mechanism disposed between the first side gear and the lock plate , the biasing mechanism comprising a wave spring configured to bias the lock plate out of engagement with the first side gear; wherein the electronic actuator is operable between an unlocked first mode where the lock plate does not lockingly engage the differential gear set, and a locked second mode where the electronic actuator pulls the at least one rod to thereby pull the lock plate into locking engagement with the differential gear set to thereby lock a pair of axle shafts. a gear case having opposite first and second ends; a differential gear set disposed in the gear case the differential gear set including a first side gear and a second side gear ; a lock plate disposed at the gear case first end and configured to selectively engage the differential gear set; an electronic actuator disposed at the gear case second end and coupled to the lock plate via at least one rod ; and a biasing mechanism disposed between the first side gear and the lock plate , the biasing mechanism comprising a wave spring configured to bias the lock plate out of engagement with the first side gear; wherein the electronic actuator is operable between an unlocked first mode where the lock plate does not lockingly engage the differential gear set, and a locked second mode where the electronic actuator pulls the at least one rod to thereby pull the lock plate into locking engagement with the differential gear set to thereby lock a pair of axle shafts.
Filter holder for espresso coffee machines comprising: - a cup-shaped body with circular profile, having a bottom wall with a lower side ; said cup-shaped body being suitable for housing a filter, - a discharge nozzle with cylindrical shape, projecting downwardly from the lower side of said bottom wall of the cup-shaped body, - a pouring device comprising a cylindrical body in which said discharge nozzle of the cup-shaped body is inserted; said pouring device comprising at least one pouring spout , and - connection means for connecting said pouring device to said cup-shaped body , characterized in that said connection means provide a bayonet coupling between the pouring device and the cup-shaped body . - a cup-shaped body with circular profile, having a bottom wall with a lower side ; said cup-shaped body being suitable for housing a filter, - a discharge nozzle with cylindrical shape, projecting downwardly from the lower side of said bottom wall of the cup-shaped body, - a pouring device comprising a cylindrical body in which said discharge nozzle of the cup-shaped body is inserted; said pouring device comprising at least one pouring spout , and - connection means for connecting said pouring device to said cup-shaped body ,
A sensor system for measuring a parameter of at least one paint layer provided on a surface of an object , comprising: - a robot arm , - a measuring device mounted to the robot arm , comprising: - a radiation emitter and a radiation receiver , which work in the Terahertz range, for measuring the parameter of the at least one paint layer, - a sensor arrangement comprising a deflectometry system including a camera for sensing an orientation and a distance of the measuring device with respect to a surface of the object when the measuring device is positioned in a predefined pose, - a control unit configured for controlling the robot arm , and for controlling the operation of the measuring device , wherein the control unit is configured to control a movement of the robot arm with the measuring device about the object , for carrying out a measurement of a parameter of the at least one paint layer at at least one predefined measuring location on the surface of the object , by taking into account positioning data of the robot arm and measurement data from the sensor arrangement and optionally from the radiation receiver , so that prior to carrying out a measurement: - a distance between the measuring device and the surface of the object is adjusted to be in a predefined distance range, and - a vector of the measuring direction of the measuring device is adjusted to be normal with respect to the surface of the object within an angular tolerance range from -5° to 5°. - a robot arm , - a measuring device mounted to the robot arm , comprising: - a radiation emitter and a radiation receiver , which work in the Terahertz range, for measuring the parameter of the at least one paint layer, - a sensor arrangement comprising a deflectometry system including a camera for sensing an orientation and a distance of the measuring device with respect to a surface of the object when the measuring device is positioned in a predefined pose, - a radiation emitter and a radiation receiver , which work in the Terahertz range, for measuring the parameter of the at least one paint layer, - a sensor arrangement comprising a deflectometry system including a camera for sensing an orientation and a distance of the measuring device with respect to a surface of the object when the measuring device is positioned in a predefined pose, - a control unit configured for controlling the robot arm , and for controlling the operation of the measuring device , - a distance between the measuring device and the surface of the object is adjusted to be in a predefined distance range, and - a vector of the measuring direction of the measuring device is adjusted to be normal with respect to the surface of the object within an angular tolerance range from -5° to 5°.
A pixel circuit comprising a pixel compensation module , a light emitting module and a touch detection module; wherein the pixel compensation module comprises first to fifth switch units (T1, T2, T3, T4, T5), a driving transistor (DT1) and an energy storage unit (C1); a first terminal of the first switch unit (T1) is connected to a first operating voltage (Vdd), a second terminal of the first switch unit (T1) is connected to an input terminal of the driving transistor (DT1), and a control terminal of the first switch unit (T1) is connected to a first scan signal line (Em); a first terminal of the second switch unit (T2) is connected to a second terminal of the energy storage unit (C1), a second terminal of the second switch unit (T2) is grounded, a control terminal of the second switch unit (T2) is connected to a third scan signal line (Scan ); a first terminal of the third switch unit (T3) is connected to a first terminal of the energy storage unit (C1), a second terminal of the third switch unit (T3) is connected to a data voltage (Vdata), a control terminal of the third switch unit (T3) is connected to a fourth scan signal line (Scan ), wherein the third switch unit (T3) and the fourth switch unit (T4) are both P-channel type transistors; a first terminal of the fourth switch unit (T4) is connected to an output terminal of the driving transistor (DT1), a second terminal of the fourth switch unit (T4) is connected to the second terminal of the energy storage unit (C1), a control terminal of the fourth switch unit (T4) is connected to the fourth scan signal line (Scan ); a first terminal of the fifth switch unit (T5) is connected to the output terminal of the driving transistor (DT1), a second terminal of the fifth switch unit (T5) is connected to the light emitting module , a control terminal of the fifth switch unit (T5) is connected to a second scan signal line (Scan ); a control terminal of the driving transistor (DT1) is connected to the second terminal of the energy storage unit (C1); characterized in that, the touch detection module comprises a detection sub-module and an output sub-module , wherein the detection sub-module is connected to the third scan signal line (Scan ), a second operating voltage (Vint) and the data voltage (Vdata) respectively for detecting a touch signal, and the output sub-module is connected to the fourth scan signal line (Scan ), a touch signal read line (Y-read Line) and the detection sub-module respectively and is adapted for outputting a touch detection signal to the touch signal read line (Y-read Line) according to an input of the fourth scan signal line (Scan ), and the first scan signal line (Em) and the second scan signal line (Scan ) are two different signal lines.
Ball , in particular a football, comprising particles of an expanded material that are fused at their surfaces, characterized in that the ball comprises a first layer that is provided as an outer shell and comprises the particles .
A resin powder comprising: a resin comprising particles, wherein an aspect ratio of the particle contained in the resin powder is obtained from an SEM image obtained by observation with a scanning electron microscope (SEM), the aspect ratio being defined by length L of side surface to length D of surface plane, where the side surface is defined as the surface perpendicular to the plane surface of the SEM image, characterized in that a proportion of the particles in an aspect ratio range X obtained from number distribution of the aspect ratio and represented by the following inequality 1 is 50 percent by number or more: A50 - 1 ≤ X ≤ A50 + 1 Inequality 1, where A50 represents a median of the aspect ratio. a resin comprising particles, wherein an aspect ratio of the particle contained in the resin powder is obtained from an SEM image obtained by observation with a scanning electron microscope (SEM), the aspect ratio being defined by length L of side surface to length D of surface plane, where the side surface is defined as the surface perpendicular to the plane surface of the SEM image, characterized in that a proportion of the particles in an aspect ratio range X obtained from number distribution of the aspect ratio and represented by the following inequality 1 is 50 percent by number or more: A50 - 1 ≤ X ≤ A50 + 1 Inequality 1, where A50 represents a median of the aspect ratio.