mhurhangee/ep-ind-claims huggingface dataset:
An information display method, comprising: receiving (S 110) a press operation on a preset display content; displaying, based on the press operation, a loading bar representing a magnitude of a force value of the press operation; and loading the loading bar to a preset length and parsing the preset display content when the force value of the press operation reaches a preset threshold to obtain detailed information of the preset display content; characterized in that the method further comprises: cancelling displaying the loading bar when a press position of the press operation has a displacement greater than a preset value; and stopping parsing the preset display content and cancelling displaying the loading bar when a parsed result for the preset display content is not obtained within a preset duration due to a failure from parsing the preset display content. receiving (S 110) a press operation on a preset display content; displaying, based on the press operation, a loading bar representing a magnitude of a force value of the press operation; and loading the loading bar to a preset length and parsing the preset display content when the force value of the press operation reaches a preset threshold to obtain detailed information of the preset display content; characterized in that the method further comprises: cancelling displaying the loading bar when a press position of the press operation has a displacement greater than a preset value; and stopping parsing the preset display content and cancelling displaying the loading bar when a parsed result for the preset display content is not obtained within a preset duration due to a failure from parsing the preset display content. cancelling displaying the loading bar when a press position of the press operation has a displacement greater than a preset value; and stopping parsing the preset display content and cancelling displaying the loading bar when a parsed result for the preset display content is not obtained within a preset duration due to a failure from parsing the preset display content.
A method of determining a phenotype of cells in a biological sample, the method comprising: (a) incubating for a predetermined time said biological sample comprising said cells on a diffraction grating containing an ordered array of compartments having lateral dimensions such that said cells can fit therein; (b) continuously detecting over said predetermined time illumination diffracted from said diffraction grating comprising said cells upon illumination of said surface with illumination over a range of wavelengths and generating therefrom an output spectrum signal; (c) determining from said output spectrum signal a time-dependence change of an effective optical thickness of said compartments incubated with said biological sample; and (d) accessing a computer readable medium storing a database comprising a plurality of entries, each comprising a database phenotype and a database time-dependence associated with said database phenotype, searching said database for an entry having a time-dependence that best matches said determined time-dependence, and determining said phenotype of said cells in said biological sample based on a result of said search; wherein said biological sample comprises a test agent and wherein said cells are incubated with said diffraction grating so as to fill said compartments prior to adding said test agent. (a) incubating for a predetermined time said biological sample comprising said cells on a diffraction grating containing an ordered array of compartments having lateral dimensions such that said cells can fit therein; (b) continuously detecting over said predetermined time illumination diffracted from said diffraction grating comprising said cells upon illumination of said surface with illumination over a range of wavelengths and generating therefrom an output spectrum signal; (c) determining from said output spectrum signal a time-dependence change of an effective optical thickness of said compartments incubated with said biological sample; and (d) accessing a computer readable medium storing a database comprising a plurality of entries, each comprising a database phenotype and a database time-dependence associated with said database phenotype, searching said database for an entry having a time-dependence that best matches said determined time-dependence, and determining said phenotype of said cells in said biological sample based on a result of said search;
An installation for separating and singulating non-uniform postal articles of the small parcel or packet type, comprising: • a platform for temporarily storing a pile of loosely placed postal articles; • a vision system adapted to form digital images of the pile of loose postal articles, which pile is static on the platform; • a data-processing unit adapted to use these digital images to identify a postal article to be singulated, i.e. an article that has a pickup face that is not covered by any other postal article, the unit being suitable for delivering data indicating the three-dimensional position, the facing direction, and the dimensions of said pickup face; and • a pneumatic pickup head of a robotized arm that is controlled on the basis of said data to take the postal article to be singulated via its pickup face, and to deposit said postal article on a deposition zone that is off the platform; said installation being characterized in that the pickup head is of variable geometry that is servo-controlled, on each occasion, to the dimensions of the pickup face of the postal article to be singulated. • a platform for temporarily storing a pile of loosely placed postal articles; • a vision system adapted to form digital images of the pile of loose postal articles, which pile is static on the platform; • a data-processing unit adapted to use these digital images to identify a postal article to be singulated, i.e. an article that has a pickup face that is not covered by any other postal article, the unit being suitable for delivering data indicating the three-dimensional position, the facing direction, and the dimensions of said pickup face; and • a pneumatic pickup head of a robotized arm that is controlled on the basis of said data to take the postal article to be singulated via its pickup face, and to deposit said postal article on a deposition zone that is off the platform;
A method of status notification, characterized in that the method comprises: acquiring usage information of an air purifier, the usage information comprising at least every power-on time point and power-off time point, or the usage durations therebetween, of the air purifier; monitoring the environment around the air purifier to acquire environmental data of the air purifier, wherein the environmental data comprises particle matter concentration and/or pollutant concentration around the air purifier; calculating current consumption of the air purifier usage lifetime according to the usage durations of the air purifier; and alerting about a current status of the air purifier when the consumption reaches a preset consumption alerting threshold; wherein, the calculating current consumption of the air purifier usage lifetime according to the usage information of the air purifier comprises: determining environment weighted values for every usage duration, according to the environmental data of the air purifier within every usage duration; obtaining an actual usage duration of the air purifier by accumulating products of every usage duration and corresponding environment weighted value of the air purifier; and calculating the current consumption of the air purifier usage lifetime according to the actual usage duration of the air purifier and a lifespan of the air purifier. acquiring usage information of an air purifier, the usage information comprising at least every power-on time point and power-off time point, or the usage durations therebetween, of the air purifier; monitoring the environment around the air purifier to acquire environmental data of the air purifier, wherein the environmental data comprises particle matter concentration and/or pollutant concentration around the air purifier; calculating current consumption of the air purifier usage lifetime according to the usage durations of the air purifier; and alerting about a current status of the air purifier when the consumption reaches a preset consumption alerting threshold; wherein, the calculating current consumption of the air purifier usage lifetime according to the usage information of the air purifier comprises: determining environment weighted values for every usage duration, according to the environmental data of the air purifier within every usage duration; obtaining an actual usage duration of the air purifier by accumulating products of every usage duration and corresponding environment weighted value of the air purifier; and calculating the current consumption of the air purifier usage lifetime according to the actual usage duration of the air purifier and a lifespan of the air purifier. determining environment weighted values for every usage duration, according to the environmental data of the air purifier within every usage duration; obtaining an actual usage duration of the air purifier by accumulating products of every usage duration and corresponding environment weighted value of the air purifier; and calculating the current consumption of the air purifier usage lifetime according to the actual usage duration of the air purifier and a lifespan of the air purifier.
A molding system for a swimming pool coping having a track for receiving a pool cover, the molding system comprising: an adaptor sized and configured to be positioned at least partially within the track, the adaptor comprising: a front wall configured to be inserted into the track; a lower portion extending from a bottom of the front wall; an upper portion extending from a top of the front wall and spaced apart from the lower portion, the upper portion and the lower portion defining a channel there between; and an upper flange extending from the upper portion; the molding system further comprising: a back panel having a front surface and a back surface, characterized in that the back panel is configured to engage with the adaptor and having at least one clip defining a slot for receiving the upper flange of the adaptor when the back panel is engaged with the adaptor. an adaptor sized and configured to be positioned at least partially within the track, the adaptor comprising: a front wall configured to be inserted into the track; a lower portion extending from a bottom of the front wall; an upper portion extending from a top of the front wall and spaced apart from the lower portion, the upper portion and the lower portion defining a channel there between; and an upper flange extending from the upper portion; a front wall configured to be inserted into the track; a lower portion extending from a bottom of the front wall; an upper portion extending from a top of the front wall and spaced apart from the lower portion, the upper portion and the lower portion defining a channel there between; and an upper flange extending from the upper portion; the molding system further comprising: a back panel having a front surface and a back surface, characterized in that the back panel is configured to engage with the adaptor and having at least one clip defining a slot for receiving the upper flange of the adaptor when the back panel is engaged with the adaptor.
A network cabinet comprising an electronic component positioned within the network cabinet and a plurality of equipment rails (105, 110), wherein the electronic component is connected to at least one equipment rail (105, 110) of the plurality of equipment rails (105, 110), the electronic component comprising means for generating a side-to-side airflow for cooling heat generating components within the electronic component, and a side exhaust vent; the network cabinet further comprising a duct system (1025, 1030) comprising first and second duct members wherein the first duct member defines a first opening aligned with the side exhaust vent such that the first duct member receives side exhaust air therefrom, and wherein the second duct member extends from the first duct member, beyond the rear of the electronic component within the network cabinet, and defines a second opening facing the rear of the network cabinet, such that said first and second duct members provide a conduit for directing airflow from the side exhaust vent to the rear of the network cabinet; wherein a portion of at least one equipment rail (105, 110) of the plurality of equipment rails (105, 110) is positioned within an interior of the second duct member.
Settling device for a fluid containing liquid, gas and particulate material, comprising: - a settling chamber configured to be filled with the fluid; - a liquid-discharge configured to discharge liquid from the settling chamber, the liquid discharge being arranged so as to be close to the liquid level when in operation; - a fluid inlet configured to supply the fluid into the settling chamber and arranged at essentially the same level as the liquid-discharge; - a particulate material separation device positioned between the settling chamber and the liquid discharge; and - a sludge outlet from the settling chamber wherein the inlet comprises a gas separation device arranged to separate gas from the fluid, the gas separation device comprising a row of oblique plates, the plates being disposed in overlapping and parallel arrangement with their longitudinal axes at an angle to the horizontal such that fluid supplied through the inlet is caused to flow obliquely downward along the oblique plates whilst gas bubbles and/or light particles of the particulate material contained in the liquid are caused to be collected at an underside of one or more of the plates, to flow upward and to exit the gas separation device at the inlet. - a settling chamber configured to be filled with the fluid; - a liquid-discharge configured to discharge liquid from the settling chamber, the liquid discharge being arranged so as to be close to the liquid level when in operation; - a fluid inlet configured to supply the fluid into the settling chamber and arranged at essentially the same level as the liquid-discharge; - a particulate material separation device positioned between the settling chamber and the liquid discharge; and - a sludge outlet from the settling chamber wherein the inlet comprises a gas separation device arranged to separate gas from the fluid, the gas separation device comprising a row of oblique plates, the plates being disposed in overlapping and parallel arrangement with their longitudinal axes at an angle to the horizontal such that fluid supplied through the inlet is caused to flow obliquely downward along the oblique plates whilst gas bubbles and/or light particles of the particulate material contained in the liquid are caused to be collected at an underside of one or more of the plates, to flow upward and to exit the gas separation device at the inlet.
A spindle device for a machine tool which is formed so that a tool or workpiece is retained on a front end of a spindle which is supported so as to be rotatable relative to a housing, the spindle device comprising: a front bearing (18, 20) which rotatably supports the spindle on a front side of the spindle, a rear bearing which rotatably supports the spindle more rearwardly than the front bearing (18, 20), a built-in motor (22, 24) which is arranged on a circumference of the spindle in a central portion between the front bearing (18, 20) and the rear bearing for rotatably driving the spindle, a heat pipe which is embedded in the spindle and which transmits heat between a central part and a rear end of the spindle, a plurality of plate-like inner fins which are affixed to a rear portion of the spindle protruding more rearwardly than the rear bearing, which are arranged in the direction of the axis of rotation of the spindle, and which extends in a direction orthogonal to the axis of rotation of the spindle, characterised by a plurality of plate-like outer fins which are affixed to the housing and which are arranged between the plurality of inner fins so as to not contact the inner fins. a front bearing (18, 20) which rotatably supports the spindle on a front side of the spindle, a rear bearing which rotatably supports the spindle more rearwardly than the front bearing (18, 20), a built-in motor (22, 24) which is arranged on a circumference of the spindle in a central portion between the front bearing (18, 20) and the rear bearing for rotatably driving the spindle, a heat pipe which is embedded in the spindle and which transmits heat between a central part and a rear end of the spindle, a plurality of plate-like inner fins which are affixed to a rear portion of the spindle protruding more rearwardly than the rear bearing, which are arranged in the direction of the axis of rotation of the spindle, and which extends in a direction orthogonal to the axis of rotation of the spindle, characterised by a plurality of plate-like outer fins which are affixed to the housing and which are arranged between the plurality of inner fins so as to not contact the inner fins.
A data transmission apparatus (600, 800), comprising: a transceiver unit (610, 820), configured to obtain first information, wherein the first information is used to indicate a first time domain resource, and the first time domain resource is used to carry a first service; and obtain second information, wherein the second information is used to indicate that a second time domain resource comprises N second subresources, N is an integer greater than or equal to 1, the second time domain resource is used to carry a second service that is different from the first service, and the first time domain resource and the second time domain resource have an overlapping area in time domain, and have at least an overlapping area in frequency domain; and a processing unit (620, 810), configured to determine, based on the first time domain resource and the N second subresources, K first subresources comprised in the first time domain resource, wherein K is an integer greater than or equal to 1; and determine a quantity of K sub transport blocks comprised in the first service carried on the first time domain resource, wherein the K sub transport blocks one-to-one correspond to the K first subresources, and each sub transport block is carried on a corresponding first subresource. a transceiver unit (610, 820), configured to obtain first information, wherein the first information is used to indicate a first time domain resource, and the first time domain resource is used to carry a first service; and obtain second information, wherein the second information is used to indicate that a second time domain resource comprises N second subresources, N is an integer greater than or equal to 1, the second time domain resource is used to carry a second service that is different from the first service, and the first time domain resource and the second time domain resource have an overlapping area in time domain, and have at least an overlapping area in frequency domain; and a processing unit (620, 810), configured to determine, based on the first time domain resource and the N second subresources, K first subresources comprised in the first time domain resource, wherein K is an integer greater than or equal to 1; and determine a quantity of K sub transport blocks comprised in the first service carried on the first time domain resource, wherein the K sub transport blocks one-to-one correspond to the K first subresources, and each sub transport block is carried on a corresponding first subresource.
A method for transferring a hearing aid device setting from a first hearing aid device to a second hearing aid device, wherein the first hearing aid device and the second hearing aid device each include an acousto-electric converter and an electro-acoustic converter, wherein the method comprises the steps of: acoustically coupling the electro-acoustic converter of the first hearing aid device to the acousto-electric converter of the second hearing aid device by means of a coupling means; exposing the acousto-electric converter of the first hearing aid device to an acoustic test signal, detecting an acoustic output signal of the electro-acoustic converter of the first hearing aid device by means of the acousto-electric converter of the second hearing aid device, evaluating the detected acoustic output signal, determining a setting parameter for the second hearing aid device based on the evaluation of the detected acoustic output signal, and setting the second hearing aid device based on the determined setting parameter. acoustically coupling the electro-acoustic converter of the first hearing aid device to the acousto-electric converter of the second hearing aid device by means of a coupling means; exposing the acousto-electric converter of the first hearing aid device to an acoustic test signal, detecting an acoustic output signal of the electro-acoustic converter of the first hearing aid device by means of the acousto-electric converter of the second hearing aid device, evaluating the detected acoustic output signal, determining a setting parameter for the second hearing aid device based on the evaluation of the detected acoustic output signal, and setting the second hearing aid device based on the determined setting parameter.
Device for orienting preforms for the manufacture of plastic containers, with an orientation section on the entry side of which the preforms are charged in a non-oriented manner by a feeding conveyor, and with a discharge means and a return conveyor for discharging and returning non-oriented preforms, wherein the return conveyor directly connects the discharge means with the entry side of the orientation section, characterized in that the discharge means comprises a collecting vessel for discharged preforms which is connected with the entry side of the return conveyor, that a feed hopper is associated to the entry side of the orientation section, that at least one signal transmitter (11, 13) is provided which detects the presence of preforms coming from the return conveyor in the region of the entry side of the orientation section or which detects the presence of discharged preforms in the region of the collecting vessel.
Reciprocating piston machine for compressing a fluid, in particular ambient air, for a compressed air system of a motor vehicle, comprising a cylinder housing in which a piston can be moved, and a cylinder head which is constructed in layers from multiple plates (4, 7, 8, 9, 10) and comprises a valve carrier element (4, 7) with an outlet valve, a chamber plate and a head plate with a pressure medium outlet, wherein a cooling medium channel (17a, b, c) for cooling at least a partial region of the cylinder head, and an outlet channel (16a, b, c, d, e, f) for connecting the outlet valve to the pressure medium outlet, are provided and extend at least in portions through components of the cylinder head, wherein at least a partial portion of the cooling medium channel (17a, b, c) and a partial portion of the outlet channel (16a, b, c, d, e, f) are assigned to the cylinder housing.