mhurhangee/patent-ind-claim-en huggingface dataset:
A system for predicting a surge of a centrifugal refrigeration compressor, comprising: a signal capturing module for capturing at least two signals relevant to the centrifugal refrigeration compressor; a feature extracting module defining a window period for extracting data of the at least two signals, and defining at least two feature functions respectively acting on the data in the window period of the at least two signals; and, a feature analyzing and deducing module calculating a feature value for each of the signals to map a probability value of surge prediction for each of the signals, characterized in that a final probability value is concluded, based on the probability value of surge prediction for each of the signals, to determine whether or not the surge will occur to the centrifugal refrigeration compressor, wherein the final probability value is obtained according to the probability values of surge prediction for each of the signals by means of weight average, arithmetic average or taking a maximum value. a signal capturing module for capturing at least two signals relevant to the centrifugal refrigeration compressor; a feature extracting module defining a window period for extracting data of the at least two signals, and defining at least two feature functions respectively acting on the data in the window period of the at least two signals; and, a feature analyzing and deducing module calculating a feature value for each of the signals to map a probability value of surge prediction for each of the signals, characterized in that a final probability value is concluded, based on the probability value of surge prediction for each of the signals, to determine whether or not the surge will occur to the centrifugal refrigeration compressor, wherein the final probability value is obtained according to the probability values of surge prediction for each of the signals by means of weight average, arithmetic average or taking a maximum value.
A position detecting device comprising: a first position detector configured to detect from an image read by a reading device , as a first detection result, an outer shape of a processing subject and a position of an image pattern on the processing subject; a second position detector configured to detect from an image read by the reading device , as a second detection result, a mark (M) arranged on a position reference member , the mark (M) corresponding to a predetermined position in the reading device ; and a controller configured to detect a first correction value of the reading device and a second correction value of the reading device corrected by the first correction value on basis of the second detection result and reflect the first correction value and the second correction value to the first detection result to correct a processing position in the processing subject, wherein the first correction value is for correcting an expansion or contraction of the reading device due to heat and the second correction value is for correcting an inclination amount of the reading device . a first position detector configured to detect from an image read by a reading device , as a first detection result, an outer shape of a processing subject and a position of an image pattern on the processing subject; a second position detector configured to detect from an image read by the reading device , as a second detection result, a mark (M) arranged on a position reference member , the mark (M) corresponding to a predetermined position in the reading device ; and a controller configured to detect a first correction value of the reading device and a second correction value of the reading device corrected by the first correction value on basis of the second detection result and reflect the first correction value and the second correction value to the first detection result to correct a processing position in the processing subject, wherein the first correction value is for correcting an expansion or contraction of the reading device due to heat and the second correction value is for correcting an inclination amount of the reading device .
A slide valve of a screw compressor, comprising a static slide valve and a moving slide valve , the static slide valve is configured to be fixedly installed in a slide valve cavity of the screw compressor, and the static slide valve is provided with an axially-penetrating valve hole ; a plurality of bypass holes communicating with the valve hole are formed in the sidewall of the static slide valve , wherein an exhaust port of the screw compressor is formed in the sidewall of one end of the static slide valve ; and the moving slide valve comprises a valve body , and the valve body is slidably arranged in the valve hole ; a limiting structure is provided between the static slide valve and the moving slide valve , and the limiting structure limits a limiting position for the sliding of the valve body towards the exhaust port along the valve hole ; the valve body opens all the bypass holes when moving towards the exhaust port to the limiting position, and the valve body sequentially closes all the bypass holes when moving towards a direction away from the exhaust port .
A grass trimmer , comprising: a trimmer head comprising a spool and a head housing , wherein the spool is configured for a trimmer line winding around, and the head housing is configured to accommodate at least part of the spool ; and a driving device configured to drive the trimmer head to rotate around an axis , wherein the driving device comprises a motor having an output shaft , and the grass trimmer has an automatic winding mode in which the motor is configured to drive at least one of the spool or the head housing to cause a relative rotation between the spool and the head housing so as to wind the trimmer line onto the spool ; an operating assembly comprising an operating portion operable by a user; a winding switch configured to control the automatic winding mode to be enabled when the operating portion is operated; and a locking mechanism , wherein the operating assembly is configured to, when the operating portion is operated, trigger the winding switch and cause the locking mechanism to lock at least one of the head housing or the spool so as to cause the relative rotation between the spool and the head housing , characterized in that the head housing is capable of rotating clockwise about the axis and also rotating counterclockwise about the axis when the operating portion is not operated. a trimmer head comprising a spool and a head housing , wherein the spool is configured for a trimmer line winding around, and the head housing is configured to accommodate at least part of the spool ; and a driving device configured to drive the trimmer head to rotate around an axis , wherein the driving device comprises a motor having an output shaft , and the grass trimmer has an automatic winding mode in which the motor is configured to drive at least one of the spool or the head housing to cause a relative rotation between the spool and the head housing so as to wind the trimmer line onto the spool ; an operating assembly comprising an operating portion operable by a user; a winding switch configured to control the automatic winding mode to be enabled when the operating portion is operated; and a locking mechanism , wherein the operating assembly is configured to, when the operating portion is operated, trigger the winding switch and cause the locking mechanism to lock at least one of the head housing or the spool so as to cause the relative rotation between the spool and the head housing , characterized in that the head housing is capable of rotating clockwise about the axis and also rotating counterclockwise about the axis when the operating portion is not operated.
A method for an automated detection of swallowed capsules on X-ray scanner images, the method comprising: (a) acquiring an incoming image of a person passing through the scanner; (b) generating additional images by performing transformations of the incoming image; (c) determining a position of a stomach area on the incoming image and on the additional images; (d) classifying segmented regions of the stomach area of the incoming image; (e) calculating geometrical and intensity features along with rotationally invariant periodic features for windows on the stomach area ; (f) detecting suspected windows on the stomach area ; (g) calculating aggregate features for the properties of the suspected windows ; (h) using the model for the images that do not contain swallowed capsules for classifying the incoming image using a threshold for a dissimilarity function; and (i) informing a user that the incoming image contains the swallowed capsules based on step (h). (a) acquiring an incoming image of a person passing through the scanner; (b) generating additional images by performing transformations of the incoming image; (c) determining a position of a stomach area on the incoming image and on the additional images; (d) classifying segmented regions of the stomach area of the incoming image; (e) calculating geometrical and intensity features along with rotationally invariant periodic features for windows on the stomach area ; (f) detecting suspected windows on the stomach area ; (g) calculating aggregate features for the properties of the suspected windows ; (h) using the model for the images that do not contain swallowed capsules for classifying the incoming image using a threshold for a dissimilarity function; and (i) informing a user that the incoming image contains the swallowed capsules based on step (h).
A device for protecting an optical sensor for a motor vehicle , said optical sensor comprising an optic , characterized in that the device includes: - a casing mounted rotatably about a rotation axis (A1) and having a housing configured to receive the optical sensor , - an optical element attached to the casing and configured to be placed in the field of vision of the optical sensor , and - an actuator coupled to the casing in order to rotate the casing and the optical element , the actuator including a rotor and a stator which are configured such that the actuator is a motor having an internal rotor, the protecting device being characterized by the casing is fixed directly on the rotor and in that the rotor three successive portions forming an actuating portion carrying a magnetic mass , a guide portion and a drive portion attached to the casing . - a casing mounted rotatably about a rotation axis (A1) and having a housing configured to receive the optical sensor , - an optical element attached to the casing and configured to be placed in the field of vision of the optical sensor , and - an actuator coupled to the casing in order to rotate the casing and the optical element , the actuator including a rotor and a stator which are configured such that the actuator is a motor having an internal rotor,
A blower, comprising: a housing comprising an air inlet for the air entering in, an AC motor disposed in said housing , an axial fan configured to be driven to rotate about a fan axis and generate an air flow by said AC motor , a blowing tube configured to be coupled to said housing and comprising an air outlet for the air exiting, a duct configured to guide the air flow to said air outlet , wherein said housing and said blowing tube define an air passage which comprises an upstream region between said air inlet and said axial fan and a downstream region between said axial fan and said air outlet , wherein said AC motor is disposed in said upstream region and said duct is disposed in said downstream region , wherein the duct comprises a guiding cone substantially disposed along the moving direction of the air flow in use, a guiding housing that receives the guiding cone and vanes located between the guiding cone and the guiding housing , wherein the guiding housing is received in the housing and is fixedly connected with the housing , wherein the guiding cone comprises an outer shell and a cone cavity inside the outer shell such that an air circulation space is formed between the outer shell of the guiding cone and the guiding housing , wherein the vanes are at least fixedly connected with one of the guiding cone and the guiding housing in a radial direction and substantially distributed at an interval in the air circulation space. a housing comprising an air inlet for the air entering in, an AC motor disposed in said housing , an axial fan configured to be driven to rotate about a fan axis and generate an air flow by said AC motor , a blowing tube configured to be coupled to said housing and comprising an air outlet for the air exiting, a duct configured to guide the air flow to said air outlet , wherein said housing and said blowing tube define an air passage which comprises an upstream region between said air inlet and said axial fan and a downstream region between said axial fan and said air outlet , wherein said AC motor is disposed in said upstream region and said duct is disposed in said downstream region , wherein the duct comprises a guiding cone substantially disposed along the moving direction of the air flow in use, a guiding housing that receives the guiding cone and vanes located between the guiding cone and the guiding housing , wherein the guiding housing is received in the housing and is fixedly connected with the housing , wherein the guiding cone comprises an outer shell and a cone cavity inside the outer shell such that an air circulation space is formed between the outer shell of the guiding cone and the guiding housing , wherein the vanes are at least fixedly connected with one of the guiding cone and the guiding housing in a radial direction and substantially distributed at an interval in the air circulation space.
Recuperator comprising neighbouring sheets which extend parallel to each other and between which flow passages for air are formed, which sheets are each provided with a corrugated profile, which corrugated profile has peaks , troughs and straight flanks , in which each of the flanks interconnects a peak and a trough and is intersected by a central plane which extends parallel to the associated sheet, in which the peaks and troughs of a sheet are situated at an equal distance from the central plane of the sheet and in which neighbouring flanks are directly connected to each other, either via a peak or via a trough, and in which first passage duct parts are formed between neighbouring flanks, which are connected to each other via a peak, which first passage duct parts are each delimited at one end by the respective peak and which are open at the end situated opposite the peak, and in which second passage duct parts are formed between neighbouring flanks which are directly connected to each other via a trough, which second passage duct parts are each delimited at one end by the respective trough and which are open at the end situated opposite the trough, in which furthermore, in a direction at right angles to the central plane, the peaks associated with neighbouring sheets are aligned with respect to each other and the troughs associated with neighbouring sheets are aligned with respect to each other in such a way that first passage duct parts of a sheet and second passage duct parts associated with a neighbouring sheet are in communication with each other via connecting passage parts which extend between the troughs associated with the one sheet and peaks associated with the other sheet and in which the first passage duct parts, the second passage duct parts and the connecting passage parts between two sheets together form a flow passage, characterized in that the smallest distance (d) between the respective peaks and troughs which define the connecting passage parts is greater than 40% of the distance (D) between neighbouring flanks at the location of the associated central plane.
Apparatus (1, 1', 1", 1"', 1"") for identification of physical parameters of rod-like articles of the tobacco industry provided with a first store of rod-like articles ; a second store of rod-like articles , and a transferring mechanism arranged to axially transfer a single-layer group (G) of rod-like articles from the first store of rod-like articles to the second store of rod-like articles ; characterised in that in the area between the first store of rod-like articles and the second store of rod-like articles in a gap between the first store of rod-like articles and the second store of rod-like articles there is situated a single point type radiation source and there is situated a radiation sensor for receiving radiation (R), the radiation sensor being positioned transversely to the direction of transferring, whereas the beam of the radiation (R) from the radiation source reaches the radiation sensor after penetrating through the single-layer group (G) of rod-like articles being transferred, the radiation sensor is arranged to generate a signal representing the attenuation of radiation by the rod-like articles during transferring, the rod-like articles being situated between the radiation source and the radiation sensor . a first store of rod-like articles ; a second store of rod-like articles , and a transferring mechanism arranged to axially transfer a single-layer group (G) of rod-like articles from the first store of rod-like articles to the second store of rod-like articles ; characterised in that in the area between the first store of rod-like articles and the second store of rod-like articles in a gap between the first store of rod-like articles and the second store of rod-like articles there is situated a single point type radiation source and there is situated a radiation sensor for receiving radiation (R), the radiation sensor being positioned transversely to the direction of transferring, whereas the beam of the radiation (R) from the radiation source reaches the radiation sensor after penetrating through the single-layer group (G) of rod-like articles being transferred, the radiation sensor is arranged to generate a signal representing the attenuation of radiation by the rod-like articles during transferring, the rod-like articles being situated between the radiation source and the radiation sensor .
A battery box, comprising a battery case and a plurality of batteries accommodated in the battery case , wherein the batteries are bonded to an inner wall of the battery case by using an adhesive , a coefficient of thermal expansion of the adhesive is α in units of ppm/°C, and a coefficient of thermal conductivity of the adhesive is β in units of W/mK, wherein a ratio of α and β meets a relation of 15≤α/β≤80; wherein the coefficient of thermal expansion α of the adhesive is 30 ppm/°C to 55 ppm/°C; and wherein the coefficient of thermal conductivity β of the adhesive is 0.6 W/mK to 1.9 W/mK; and wherein the adhesive contains a substrate and a filler; and wherein the substrate is any one of polyurethane, acrylic acid, and epoxy resin, and a percentage of the substrate in the adhesive by weight is 40% to 60%; and the filler is aluminum oxide or boron nitride, and a percentage of the filler in the adhesive by weight is 30% to 50%; and wherein the coefficient of thermal expansion is tested in accordance with GB/T 1036; and wherein the coefficient of thermal conductivity is tested in accordance with ASTM D5470. wherein the coefficient of thermal expansion α of the adhesive is 30 ppm/°C to 55 ppm/°C; and wherein the coefficient of thermal conductivity β of the adhesive is 0.6 W/mK to 1.9 W/mK; and wherein the adhesive contains a substrate and a filler; and wherein the substrate is any one of polyurethane, acrylic acid, and epoxy resin, and a percentage of the substrate in the adhesive by weight is 40% to 60%; and the filler is aluminum oxide or boron nitride, and a percentage of the filler in the adhesive by weight is 30% to 50%; and wherein the coefficient of thermal expansion is tested in accordance with GB/T 1036; and wherein the coefficient of thermal conductivity is tested in accordance with ASTM D5470.
A method performed by a terminal (1e-01, 1g-01) in a wireless communication system, the method comprising: receiving, from a base station (1e-03, 1g-03), information on contention-free random access, RA, resources for handover, wherein the information on the contention-free RA resources for handover includes information on a dedicated preamble resource and a RA preamble identifier; performing a contention-free RA procedure for handover based on the information on the contention-free RA resources for handover; deleting the information on the contention-free RA resources for handover upon completion of the contention-free RA procedure for handover; receiving, from the base station (1e-03, 1g-03), information on contention-free RA resources for beam failure recovery, BFR; and performing a contention-free RA procedure for BFR based on the information on the contention-free RA resources for BFR upon detecting a beam failure, wherein the information on the contention-free RA resources for BFR is not deleted upon completion of the contention-free RA procedure for BFR. receiving, from a base station (1e-03, 1g-03), information on contention-free random access, RA, resources for handover, wherein the information on the contention-free RA resources for handover includes information on a dedicated preamble resource and a RA preamble identifier; performing a contention-free RA procedure for handover based on the information on the contention-free RA resources for handover; deleting the information on the contention-free RA resources for handover upon completion of the contention-free RA procedure for handover; receiving, from the base station (1e-03, 1g-03), information on contention-free RA resources for beam failure recovery, BFR; and performing a contention-free RA procedure for BFR based on the information on the contention-free RA resources for BFR upon detecting a beam failure, wherein the information on the contention-free RA resources for BFR is not deleted upon completion of the contention-free RA procedure for BFR.
A method for granting resources to a wireless device , the method being performed by a network node , the method comprising: obtaining (S102) an indication for granting the resources to the wireless device ; and transmitting (S106), to the wireless device , a grant for the resources in a transmission time interval, sTTI, frequency band, characterized in that the grant comprises an index identifying a position of the resources within the sTTI frequency band. obtaining (S102) an indication for granting the resources to the wireless device ; and transmitting (S106), to the wireless device , a grant for the resources in a transmission time interval, sTTI, frequency band, characterized in that the grant comprises an index identifying a position of the resources within the sTTI frequency band.