mhurhangee/patent-ind-claim-en huggingface dataset:
A method for an access point within a wireless local area network, WLAN, the method comprising: receiving, prior to authentication of a wireless device with the WLAN, a generic advertisement service, GAS, request from the wireless device, the GAS request requesting emergency contact information; and transmitting a GAS response in response to the GAS request, the GAS response including the requested emergency contact information which includes a uniform resource name, URN, emergency service label. receiving, prior to authentication of a wireless device with the WLAN, a generic advertisement service, GAS, request from the wireless device, the GAS request requesting emergency contact information; and transmitting a GAS response in response to the GAS request, the GAS response including the requested emergency contact information which includes a uniform resource name, URN, emergency service label.
A spray nozzle of which a contour portion of a spray pattern is pulled inside by spraying, a shape along a spray direction of the spray pattern being formed into an approximately semi parabolic shape, wherein the spray nozzle comprises: a passage inside thereof for content to pass through; a convergent taper portion or a gradient portion provided in the front end of the passage ; characterized in that the spray nozzle further comprises: a plurality of slit passages which each open part of the taper portion or the gradient portion to connect a nozzle hole and an outer space; wherein a part of the front end of the nozzle hole is plugged and wherein the slit passages extend radially. a passage inside thereof for content to pass through; a convergent taper portion or a gradient portion provided in the front end of the passage ; characterized in that the spray nozzle further comprises: a plurality of slit passages which each open part of the taper portion or the gradient portion to connect a nozzle hole and an outer space; wherein a part of the front end of the nozzle hole is plugged and wherein the slit passages extend radially. a plurality of slit passages which each open part of the taper portion or the gradient portion to connect a nozzle hole and an outer space; wherein a part of the front end of the nozzle hole is plugged and wherein the slit passages extend radially.
A net-like structure having a three-dimensional random loop bonded structure constituted of a continuous linear body made of a thermoplastic elastomer having a fiber diameter of 0.1-3.0 mm and a styrene content of 10-40 mass%, the net-like structure having an apparent density of 0.005-0.30 g/cm 3 and a 40°C compression residual strain of less than or equal to 35%, wherein the thermoplastic elastomer is an alloy of a styrene-based thermoplastic elastomer and a polyolefin-based thermoplastic elastomer, wherein the resin ratio of the polyolefin-based thermoplastic elastomer is 1-30 mass%, and wherein the styrene-based thermoplastic elastomer has a styrene content of greater than or equal to 40wt%.
An apparatus comprising: a video encoder including an adaptive filter with offset, using multiple histogram bin segmentation methods, said filter to separately adaptively filter pixel values in a first bin, the filter offset including a first offset adapted to said first bin, and said filter to set the first offset based on a sum of differences between filtered values output from the adaptive filter and original input pixel values input to the adaptive filter divided by the number of pixels in the first histogram bin, said filter to separately adaptively filter pixel values in a second bin, the filter offset including a second offset adapted to said second bin, and said filter to set the second offset based on a sum of differences between filtered values output from the adaptive filter and original input pixel values input to the adaptive filter divided by the number of pixels in the second histogram bin; and a video decoder. a video encoder including an adaptive filter with offset, using multiple histogram bin segmentation methods, said filter to separately adaptively filter pixel values in a first bin, the filter offset including a first offset adapted to said first bin, and said filter to set the first offset based on a sum of differences between filtered values output from the adaptive filter and original input pixel values input to the adaptive filter divided by the number of pixels in the first histogram bin, said filter to separately adaptively filter pixel values in a second bin, the filter offset including a second offset adapted to said second bin, and said filter to set the second offset based on a sum of differences between filtered values output from the adaptive filter and original input pixel values input to the adaptive filter divided by the number of pixels in the second histogram bin; and a video decoder.
A repair tool for applying a coating patch comprising: a heating element ; a flexible bladder disposed adjacent the heating element ; an inflexible shell disposed about the flexible bladder , the inflexible shell defining a negative space corresponding to a plurality of sides of an aircraft component; and a controller communicatively coupled to the heating element and the bladder , the controller being configured to control a temperature of the heating element and a pressure of the flexible bladder , characterised in that the heating element includes a curvature at a patching position and the curvature is a 180 degree bend, and the pressure tool is configured, using the flexible bladder and heating element respectively, to apply a pressure to the patch in the range of 172 to 207 kPa (25 to 30 psi) and maintain a temperature at the patch of approximately 149 C (300 F) a heating element ; a flexible bladder disposed adjacent the heating element ; an inflexible shell disposed about the flexible bladder , the inflexible shell defining a negative space corresponding to a plurality of sides of an aircraft component; and a controller communicatively coupled to the heating element and the bladder , the controller being configured to control a temperature of the heating element and a pressure of the flexible bladder , characterised in that the heating element includes a curvature at a patching position and the curvature is a 180 degree bend, and the pressure tool is configured, using the flexible bladder and heating element respectively, to apply a pressure to the patch in the range of 172 to 207 kPa (25 to 30 psi) and maintain a temperature at the patch of approximately 149 C (300 F)
Apparatus for producing variable optical security features , comprising: a set of security feature modules , which are stored in a file and the optical individual representation of which in each case has an individual background line grid , into which in each case an individual motif including an individual motif line grid is embedded, and a selection means with which individual security feature modules are selectable from the security feature module set and are able to be composed to form the security feature , a printing device for optically representing the variable security feature with a resolution of at least 300 dpi (dots per inch), wherein the individual background line grid is embodied as a line grid and the individual motif line grid is embodied as a line grid, characterized in that the individual background line grid and the individual motif line grid have an identical line spacing (d) and an identical line thickness (b) and are arranged parallel with respect to one another and with an offset of half a line spacing (d) so that the recognizability for the human eye increases by viewing with a lens foil with a grid, which is adapted to the individual background line grid and/or the individual motif line grid , of at least 70 lpi (lines per inch) . a set of security feature modules , which are stored in a file and the optical individual representation of which in each case has an individual background line grid , into which in each case an individual motif including an individual motif line grid is embedded, and a selection means with which individual security feature modules are selectable from the security feature module set and are able to be composed to form the security feature , a printing device for optically representing the variable security feature with a resolution of at least 300 dpi (dots per inch), wherein the individual background line grid is embodied as a line grid and the individual motif line grid is embodied as a line grid, characterized in that the individual background line grid and the individual motif line grid have an identical line spacing (d) and an identical line thickness (b) and are arranged parallel with respect to one another and with an offset of half a line spacing (d) so that the recognizability for the human eye increases by viewing with a lens foil with a grid, which is adapted to the individual background line grid and/or the individual motif line grid , of at least 70 lpi (lines per inch) .
A method for real-time processing of a pulse pile-up event, characterized by comprising steps of: S1: acquiring a digital waveform database of non-pile-up pulses, generating a digital waveform lookup table of pulse falling edges, and storing the same in a data acquisition system; S2: during data acquisition of pulses containing pile-up pulses, using a multi-voltage threshold sampling method to identify the pile-up pulses and trigger a procedure of processing pulse signals; and S3: during the procedure of processing pulse signals, based on the acquired information of a non-pile-up portion of the pulses looking up the digital waveform table to acquire information of an incorrectly sampled portion due to the pulse pile-up so as to process the pile-up pulses in real time. S1: acquiring a digital waveform database of non-pile-up pulses, generating a digital waveform lookup table of pulse falling edges, and storing the same in a data acquisition system; S2: during data acquisition of pulses containing pile-up pulses, using a multi-voltage threshold sampling method to identify the pile-up pulses and trigger a procedure of processing pulse signals; and S3: during the procedure of processing pulse signals, based on the acquired information of a non-pile-up portion of the pulses looking up the digital waveform table to acquire information of an incorrectly sampled portion due to the pulse pile-up so as to process the pile-up pulses in real time.
A unitary braided upper comprising a toe portion having a toe seam, a heel portion comprising a seamless braided structure, and a throat portion, characterized in that the toe portion comprises a base yarn , the throat portion comprises a stretch yarn that is introduced into the braided upper at the throat portion, the toe portion does not comprise the stretch yarn , the heel portion comprises both the stretch yarn and the base yarn , and the toe seam is closed using an external coupling agent. the toe portion comprises a base yarn , the throat portion comprises a stretch yarn that is introduced into the braided upper at the throat portion, the toe portion does not comprise the stretch yarn , the heel portion comprises both the stretch yarn and the base yarn , and the toe seam is closed using an external coupling agent.
A hanging device , comprising: an accommodation main body having two parallel sidewalls , wherein a first vertical path is defined between the two sidewalls ; and a sliding assembly movably connected between the two sidewalls , and the sliding assembly is configured to move relative to the accommodation main body along the first vertical path, wherein the sliding assembly further includes a sliding rail , the sliding rail defines a second vertical path; characterized by comprising: a hook movably connected to the sliding rail , and the hook is configured to move relative to the sliding assembly along the second vertical path; a transportation assembly connected to the accommodation main body and configured to drive the accommodation main body to move along a horizontal direction; and a rotating assembly connected between the accommodation main body and the transportation assembly such that the accommodation main body rotates relative to the transportation assembly around a vertical axis (Z). an accommodation main body having two parallel sidewalls , wherein a first vertical path is defined between the two sidewalls ; and a sliding assembly movably connected between the two sidewalls , and the sliding assembly is configured to move relative to the accommodation main body along the first vertical path, wherein the sliding assembly further includes a sliding rail , the sliding rail defines a second vertical path; characterized by comprising: a hook movably connected to the sliding rail , and the hook is configured to move relative to the sliding assembly along the second vertical path; a transportation assembly connected to the accommodation main body and configured to drive the accommodation main body to move along a horizontal direction; and a rotating assembly connected between the accommodation main body and the transportation assembly such that the accommodation main body rotates relative to the transportation assembly around a vertical axis (Z). a hook movably connected to the sliding rail , and the hook is configured to move relative to the sliding assembly along the second vertical path; a transportation assembly connected to the accommodation main body and configured to drive the accommodation main body to move along a horizontal direction; and a rotating assembly connected between the accommodation main body and the transportation assembly such that the accommodation main body rotates relative to the transportation assembly around a vertical axis (Z).
A device for lubricating a multi-stranded tensioning cable , in particular steel tensioning cables, comprising a feedthrough passage for the tensioning cable, a lubricant passage which opens into the feedthrough passage and which is in fluid-conducting relationship with at least one pressure generator , characterised in that a device for spreading a multi-stranded tensioning cable , in particular steel tensioning cables is associated with the lubricant passage, to insert lubricant into the interior of the tensioning cable, comprising a main body having a feedthrough opening for the entire tensioning cable, and spreading elements (5a-c, 9a-c) which are arranged radially movably in the main body and each have a contour which is of a configuration tapering inwardly in the radial direction for engaging and producing a gap between respectively adjacent strands of the tensioning cable. a feedthrough passage for the tensioning cable, a lubricant passage which opens into the feedthrough passage and which is in fluid-conducting relationship with at least one pressure generator , characterised in that a device for spreading a multi-stranded tensioning cable , in particular steel tensioning cables is associated with the lubricant passage, to insert lubricant into the interior of the tensioning cable, comprising a main body having a feedthrough opening for the entire tensioning cable, and spreading elements (5a-c, 9a-c) which are arranged radially movably in the main body and each have a contour which is of a configuration tapering inwardly in the radial direction for engaging and producing a gap between respectively adjacent strands of the tensioning cable.
Nozzle for spraying liquids, having a nozzle housing and a plurality of outlet openings in the nozzle housing , wherein each outlet opening is arranged at the end of an outlet passage through the wall of the nozzle housing , and wherein the plurality of outlet openings is arranged in a circle on the nozzle housing , wherein the nozzle is designed as a dual-substance nozzle having an internal mixing chamber , wherein the mixing chamber has a liquid inlet and a gas inlet, wherein an outlet angle (W1/2, W2/2) which the respective central axis of the outlet passage associated with the outlet opening encloses with a central longitudinal axis of the nozzle housing differs between at least one first and at least one second outlet opening , characterized in that the mixing chamber is of annular design, wherein the outlet passages start from the mixing chamber , and in that mouth openings of the outlet passages are located on the inner side of the wall of the nozzle housing on a common imaginary circular line.
An electrically powered tool comprising: a brushless motor that has a rotor and a stator ; an integrally formed cylindrical housing that contains the brushless motor in an axial direction; a control unit that controls the brushless motor ; and a sensor substrate that has a sensor mounted thereon for detecting a rotational position of the rotor , wherein the brushless motor is attached to the integrally formed cylindrical housing in the axial direction, characterized in that the sensor substrate is secured to the integrally formed cylindrical housing by being sandwiched between the integrally formed cylindrical housing and the motor . a brushless motor that has a rotor and a stator ; an integrally formed cylindrical housing that contains the brushless motor in an axial direction; a control unit that controls the brushless motor ; and a sensor substrate that has a sensor mounted thereon for detecting a rotational position of the rotor , wherein the brushless motor is attached to the integrally formed cylindrical housing in the axial direction, characterized in that the sensor substrate is secured to the integrally formed cylindrical housing by being sandwiched between the integrally formed cylindrical housing and the motor .
A coating system for forming a material layer on a substrate , the coating system comprising: a printing zone (Z1, ZA, ZB) comprising a printing system to deposit a material on a surface of a substrate in the printing zone; a treatment zone (Z3, Z3A, Z3B) comprising a treatment system to treat the material deposited on the surface of the substrate to form a solid layer from the material; a substrate conveyance apparatus extending from the printing zone to the treatment zone, the substrate conveyance apparatus comprising a gas cushion; and a substrate handler movable to selectively position a substrate on the substrate conveyance apparatus in the printing zone. a printing zone (Z1, ZA, ZB) comprising a printing system to deposit a material on a surface of a substrate in the printing zone; a treatment zone (Z3, Z3A, Z3B) comprising a treatment system to treat the material deposited on the surface of the substrate to form a solid layer from the material; a substrate conveyance apparatus extending from the printing zone to the treatment zone, the substrate conveyance apparatus comprising a gas cushion; and a substrate handler movable to selectively position a substrate on the substrate conveyance apparatus in the printing zone.
A method performed by a computing device, the method comprising: obtaining an ultrasound image of a patient's bladder area; identifying , by the computing device, an anatomical landmark in the ultrasound image; determining, by the computing device, an aiming zone to image the patient's prostate based on the identified anatomical landmark; aiming , by the computing device, the ultrasound probe to transabdominally image the patient's prostate based on the determined aiming zone; obtaining , by the computing device, a transabdominal image of the patient's prostate using the aimed ultrasound probe; and performing , by the computing device, a segmentation process on the obtained transabdominal image of the patient's prostate using a machine learning model to identify a boundary of the prostate in the transabdominal image of the patient's prostate. obtaining an ultrasound image of a patient's bladder area; identifying , by the computing device, an anatomical landmark in the ultrasound image; determining, by the computing device, an aiming zone to image the patient's prostate based on the identified anatomical landmark; aiming , by the computing device, the ultrasound probe to transabdominally image the patient's prostate based on the determined aiming zone; obtaining , by the computing device, a transabdominal image of the patient's prostate using the aimed ultrasound probe; and performing , by the computing device, a segmentation process on the obtained transabdominal image of the patient's prostate using a machine learning model to identify a boundary of the prostate in the transabdominal image of the patient's prostate.
A method for producing a semiconductor device, comprising: etching (S310) a silicon layer of silicon on insulator, SOI, by using a patterned template as a mask, wherein the SOI comprises a silicon substrate , a dielectric layer on the silicon substrate , and the silicon layer on the dielectric layer ; and when the dielectric layer is exposed, stopping the etching and removing the patterned template , so that the silicon layer has a window , wherein a top horizontal size of the window is greater than a bottom horizontal size of the window ; etching (S320) the dielectric layer by using the silicon layer having the window as a template, and when the silicon substrate is exposed, stopping the etching and removing the silicon layer having the window, so that the dielectric layer has a window , wherein a bottom horizontal size of the window of the dielectric layer is less than a size of a window of the patterned template and the bottom horizontal size of the window of the dielectric layer is not greater than 20 nm; and growing (S330) a semiconductor material in the window of the dielectric layer to form a buffer layer, and continuing to grow the semiconductor material on the buffer layer to obtain a semiconductor layer. etching (S310) a silicon layer of silicon on insulator, SOI, by using a patterned template as a mask, wherein the SOI comprises a silicon substrate , a dielectric layer on the silicon substrate , and the silicon layer on the dielectric layer ; and when the dielectric layer is exposed, stopping the etching and removing the patterned template , so that the silicon layer has a window , wherein a top horizontal size of the window is greater than a bottom horizontal size of the window ; etching (S320) the dielectric layer by using the silicon layer having the window as a template, and when the silicon substrate is exposed, stopping the etching and removing the silicon layer having the window, so that the dielectric layer has a window , wherein a bottom horizontal size of the window of the dielectric layer is less than a size of a window of the patterned template and the bottom horizontal size of the window of the dielectric layer is not greater than 20 nm; and growing (S330) a semiconductor material in the window of the dielectric layer to form a buffer layer, and continuing to grow the semiconductor material on the buffer layer to obtain a semiconductor layer.