mhurhangee/patent-ind-claim-en huggingface dataset:
A leveling shoe comprising a base plate which has a bottom surface and a first sliding surface , a top plate which has a standing surface and a second sliding surface , and a wedge element which is arranged between the base plate and the top plate in contact with the first and second sliding surfaces , the wedge element having a screw spindle which is rotatably and in an axial direction of the screw spindle non-displaceably mounted in the wedge element , wherein a rotation of the screw spindle causes a displacement of the wedge element relative to the top plate and the base plate , wherein the leveling shoe further comprises a blocking device for preventing a displacement of the wedge element relative to the top plate and the base plate , characterized in that the blocking device interacts with the screw spindle .
A method for generating entropy in a computing device, the method comprising: setting a repeating first timer for a first frequency; setting a repeating second timer for a second frequency; collecting a predetermined number of first bits from a first entropy source at the first frequency, the predetermined number based on an amount of entropy per bit attributable to the first entropy source; presenting the first bits to a pseudo-random number generator; gathering a specified number of second bits from a second entropy source at the second frequency, the specified number based on an amount of entropy per bit attributable to the second entropy source; and presenting the second bits to the pseudo-random number generator, whereby the first and second bits can be used to seed the pseudo-random number generator. setting a repeating first timer for a first frequency; setting a repeating second timer for a second frequency; collecting a predetermined number of first bits from a first entropy source at the first frequency, the predetermined number based on an amount of entropy per bit attributable to the first entropy source; presenting the first bits to a pseudo-random number generator; gathering a specified number of second bits from a second entropy source at the second frequency, the specified number based on an amount of entropy per bit attributable to the second entropy source; and presenting the second bits to the pseudo-random number generator, whereby the first and second bits can be used to seed the pseudo-random number generator.
A self-calibrating fire sensing device , comprising: an adjustable particle generator and a variable airflow generator configured to generate aerosol at a controllable density level within the self-calibrating fire sensing device ; a transmitter light-emitting diode, LED, (105-1, 205, 205-1) configured to emit a light that passes through the aerosol within the self-calibrating fire sensing device ; a photodiode (106-1, 206) configured to detect a scatter level of the light that passes through the aerosol; and a controller configured to calibrate a gain of the photodiode (106-1, 206) based on the detected scatter level of the light and the controllable density level of the aerosol. an adjustable particle generator and a variable airflow generator configured to generate aerosol at a controllable density level within the self-calibrating fire sensing device ; a transmitter light-emitting diode, LED, (105-1, 205, 205-1) configured to emit a light that passes through the aerosol within the self-calibrating fire sensing device ; a photodiode (106-1, 206) configured to detect a scatter level of the light that passes through the aerosol; and a controller configured to calibrate a gain of the photodiode (106-1, 206) based on the detected scatter level of the light and the controllable density level of the aerosol.
A dry expanded food product comprising at least the following ingredients: - a food grade animal or plant protein concentrate, - a food grade fat, - a food grade texturizing additive selected from the group consisting of plant hydrocolloids and gelling agents, preferably modified starch, proteolytic additives and their hydrolysis products, and acidifying agents and their salts, - residual water, characterized in that the weight ratio of food grade fat to water is from 5/1 to 3/1. - a food grade animal or plant protein concentrate, - a food grade fat, - a food grade texturizing additive selected from the group consisting of plant hydrocolloids and gelling agents, preferably modified starch, proteolytic additives and their hydrolysis products, and acidifying agents and their salts, - residual water, characterized in that the weight ratio of food grade fat to water is from 5/1 to 3/1.
A device for packaging an object, comprising: - a tube that is open at one end; - a cap making it possible to close said opening of the tube; characterized in that the packaging device comprises a flexible elongated element, called strip , said strip having a length greater than the length of the tube , said strip comprising a coupling system making it possible to couple an object , such as a medical implant, to said strip , the strip being configured with the tube to assume: - a first position in which the strip is kept compressed inside the tube by the cap , said strip having a first end in bearing contact with the bottom of the tube opposite said opening , - a second position in which, the cap being removed, the strip has a second end , opposite the first end , that protrudes from the opening of the tube . - a tube that is open at one end; - a cap making it possible to close said opening of the tube; - a first position in which the strip is kept compressed inside the tube by the cap , said strip having a first end in bearing contact with the bottom of the tube opposite said opening , - a second position in which, the cap being removed, the strip has a second end , opposite the first end , that protrudes from the opening of the tube .
An autonomous pool cleaner , comprising: a main body with top , a bottom , and one or more peripheral walls that extend between the top and the bottom ; a filter that is removably coupled to the main body , the filter being accessible for removal or installation via a particular peripheral wall of the one or more peripheral walls ; characterized in that the autonomous pool cleaner comprises an edge engagement assembly configured to extend beyond the particular peripheral wall of the main body and removably secure the autonomous pool cleaner to an edge of a swimming pool so that the filter is accessible and vertically removable when the autonomous pool cleaner is secured to the edge. a main body with top , a bottom , and one or more peripheral walls that extend between the top and the bottom ; a filter that is removably coupled to the main body , the filter being accessible for removal or installation via a particular peripheral wall of the one or more peripheral walls ;
A wellbore arrangement for controlling heat transfer between a tubular member located in a wellbore and a well system , the arrangement comprising: a tubular member arranged to transport a produced fluid from a subterranean reservoir to a surface structure, wherein the produced fluid comprises or exhibits a pressure gradient in a direction along the length of the tubular member ; a lower member provided between the tubular member and a wall of a well system ; a space extending in an uphole direction from the lower member and between the tubular member and a wall of the well system ; an insulating fluid at least partially filling the space ; and a control arrangement for adjusting a pressure of the insulating fluid in the space such that a pressure gradient of the insulating fluid in a direction along the length of the tubular member is controlled to match or track the pressure gradient of the produced fluid. a tubular member arranged to transport a produced fluid from a subterranean reservoir to a surface structure, wherein the produced fluid comprises or exhibits a pressure gradient in a direction along the length of the tubular member ; a lower member provided between the tubular member and a wall of a well system ; a space extending in an uphole direction from the lower member and between the tubular member and a wall of the well system ; an insulating fluid at least partially filling the space ; and a control arrangement for adjusting a pressure of the insulating fluid in the space such that a pressure gradient of the insulating fluid in a direction along the length of the tubular member is controlled to match or track the pressure gradient of the produced fluid.
A UDP protocol acceleration method, comprising: Obtaining , by a local proxy in a client terminal , a source address of an UDP protocol request from a local application; querying , by the local proxy, a connection information table of an operating system of the client terminal to obtain an original destination address based on the obtained source address of the UDP protocol request; encapsulating and sending , by the local proxy, the original destination address and the UDP protocol request to an acceleration server through an acceleration socket; parsing out, by the acceleration server, the original destination address, acting as a proxy for the local proxy to send out the UDP protocol request to a source station corresponding to the original destination address, and returning a response from the source station back to the local proxy; and receiving , by the local proxy, the response from the acceleration server, and forwarding the response to the local application. Obtaining , by a local proxy in a client terminal , a source address of an UDP protocol request from a local application; querying , by the local proxy, a connection information table of an operating system of the client terminal to obtain an original destination address based on the obtained source address of the UDP protocol request; encapsulating and sending , by the local proxy, the original destination address and the UDP protocol request to an acceleration server through an acceleration socket; parsing out, by the acceleration server, the original destination address, acting as a proxy for the local proxy to send out the UDP protocol request to a source station corresponding to the original destination address, and returning a response from the source station back to the local proxy; and receiving , by the local proxy, the response from the acceleration server, and forwarding the response to the local application.
An infrared imaging microscope for generating an image of a sample , the infrared imaging microscope comprising: a beam source that emits a temporally coherent second illumination beam that is within the infrared range, the beam source including a laser that emits the second illumination beam , the second illumination beam including a plurality of rays; a beam splitter acting as a transmitter-redirector redirecting a first portion of the second illumination beam toward the sample , the beam splitter redirecting a second portion of the second illumination beam away from the sample ; and an image sensor that converts an optical image into an array of electronic signals, the image sensor including a two-dimensional array of sensors, wherein the infrared imaging microscope is characterized by an imaging lens assembly that receives rays from the beam source that are reflected from the sample and forms an image on the image sensor , wherein the imaging lens assembly is configured to receive the rays reflected from a plurality of points on the sample and to form the image on the image sensor without splitting and recombining the received rays. a beam source that emits a temporally coherent second illumination beam that is within the infrared range, the beam source including a laser that emits the second illumination beam , the second illumination beam including a plurality of rays; a beam splitter acting as a transmitter-redirector redirecting a first portion of the second illumination beam toward the sample , the beam splitter redirecting a second portion of the second illumination beam away from the sample ; and an image sensor that converts an optical image into an array of electronic signals, the image sensor including a two-dimensional array of sensors, wherein the infrared imaging microscope is characterized by an imaging lens assembly that receives rays from the beam source that are reflected from the sample and forms an image on the image sensor , wherein the imaging lens assembly is configured to receive the rays reflected from a plurality of points on the sample and to form the image on the image sensor without splitting and recombining the received rays.
An auxiliary management and control channel, AMCC, device, independent of a distribution unit, DU, and a radio remote unit, RRU, characterized by comprising: an AMCC module including an AMCC signal module or an AMCC message module connected to the DU or the RRU through a port of the AMCC device, configured to adjust a transmission wavelength of the DU and the RRU by sending predetermined information to the DU and/or the RRU, wherein the predetermined information is used for adjusting a transmission wavelength of the DU and the RRU, wherein the predetermined information corresponds to an AMCC signal or an AMCC message; wherein sending the predetermined information to the DU and/or the RRU comprises: the AMCC signal module configured to send the AMCC signal to the DU and/or the RRU, wherein the AMCC signal is used for controlling the transmission wavelength of the DU and the RRU; or the AMCC message module configured to send an AMCC message to the DU and/or the RRU, wherein the AMCC message is used by the DU and/or the RRU to form and send the AMCC signal corresponding to the AMCC message. an AMCC module including an AMCC signal module or an AMCC message module connected to the DU or the RRU through a port of the AMCC device, configured to adjust a transmission wavelength of the DU and the RRU by sending predetermined information to the DU and/or the RRU, wherein the predetermined information is used for adjusting a transmission wavelength of the DU and the RRU, wherein the predetermined information corresponds to an AMCC signal or an AMCC message; wherein sending the predetermined information to the DU and/or the RRU comprises: the AMCC signal module configured to send the AMCC signal to the DU and/or the RRU, wherein the AMCC signal is used for controlling the transmission wavelength of the DU and the RRU; or the AMCC message module configured to send an AMCC message to the DU and/or the RRU, wherein the AMCC message is used by the DU and/or the RRU to form and send the AMCC signal corresponding to the AMCC message.
A method for training a neural network, the method comprising: receiving, by a processing device, a training image, a reference label and a reference class activation map, the reference label and the reference class activation map associated with a corresponding unbiased image of the training image; generating, using the processing device, a class label and a class activation map based on the training image using the neural network; calculating, using the processing device, a classification loss value based on differences between the reference label and the class label, and a class activation map loss value based on differences between the reference class activation map and the class activation map; and updating, using the processing device, the neural network to minimise the classification loss value and the class activation map loss value to improve accuracy of the neural network in generation of the class label and the class activation map. receiving, by a processing device, a training image, a reference label and a reference class activation map, the reference label and the reference class activation map associated with a corresponding unbiased image of the training image; generating, using the processing device, a class label and a class activation map based on the training image using the neural network; calculating, using the processing device, a classification loss value based on differences between the reference label and the class label, and a class activation map loss value based on differences between the reference class activation map and the class activation map; and updating, using the processing device, the neural network to minimise the classification loss value and the class activation map loss value to improve accuracy of the neural network in generation of the class label and the class activation map.
A pipe comprising a pipe body made of a first material, which forms an inner wall of the pipe and which has axially extending first regions and at least two axially extending second regions , the inner wall of the pipe being made of the first material and the second regions each being a radially circumferential recess in the pipe body between the two first regions , which recess is at least partially filled with a second material applied to the first material, the first material being different from the second material , which is fiber-reinforced, and characterized in that at least one of the first regions is arranged between the two second regions and has a rib-like circumferential design. which forms an inner wall of the pipe and which has axially extending first regions and at least two axially extending second regions , the inner wall of the pipe being made of the first material and the second regions each being a radially circumferential recess in the pipe body between the two first regions , which recess is at least partially filled with a second material applied to the first material, the first material being different from the second material , which is fiber-reinforced, and characterized in that at least one of the first regions is arranged between the two second regions and has a rib-like circumferential design.
An active power curtailment, APC, management system to prevent or reduce APC in an inverter of a rooftop photovoltaic, PV, system which is connectable to a low voltage distribution network comprising at least one phase, and at least one household load, comprising; - a phase voltage input module configured to measure voltage of the at least one phase and to provide phase voltage input data; - a microcontroller; - at least one primary relay configured to connect or disconnect the rooftop PV system from one or more of said at least one phase; and - at least one secondary relay configured to connect or disconnect the rooftop PV system from one or more of said at least one household load; characterized in that the system comprises communication means to receive online data from a remote provider and in that the microcontroller is configured to determine whether APC occurs based on at least the following inputs: - actual PV power generation data based on the online data received from the remote provider, said actual PV power generation data being a downscale of accumulated real-time actual PV power generation data in accordance with a geographical location of the rooftop PV system, - real-time PV inverter power output data received from the inverter, and - the phase voltage input data received from the phase voltage input module; wherein the microcontroller is further configured to determine whether APC occurs based on the fulfillment of the following conditions: - the phase voltage violates a network voltage upper limit; - there is a difference between the actual PV power generation data and the real-time PV inverter power output data and said difference is increasing with a rate of change greater than a predetermined threshold; and wherein the microcontroller is further configured to prevent or reduce the APC by opening and/or closing of at least one of the primary and/or secondary relays based on said determination. - a phase voltage input module configured to measure voltage of the at least one phase and to provide phase voltage input data; - a microcontroller; - at least one primary relay configured to connect or disconnect the rooftop PV system from one or more of said at least one phase; and - at least one secondary relay configured to connect or disconnect the rooftop PV system from one or more of said at least one household load; - actual PV power generation data based on the online data received from the remote provider, said actual PV power generation data being a downscale of accumulated real-time actual PV power generation data in accordance with a geographical location of the rooftop PV system, - real-time PV inverter power output data received from the inverter, and - the phase voltage input data received from the phase voltage input module; - the phase voltage violates a network voltage upper limit; - there is a difference between the actual PV power generation data and the real-time PV inverter power output data and said difference is increasing with a rate of change greater than a predetermined threshold;
A method performed by a first electronic device comprising the following steps executed by a first processor of the first electronic device providing , by a provision module , first content to a display of the first electronic device, wherein the first content is received via a wired communication interface from a second electronic device detachably connected to the first electronic device and is associated with an application that is executed in the second electronic device ; storing, by the provision module , data associated with the first content in a memory of the first electronic device ; determining , by a determination module , whether the first electronic device is being detached from the second electronic device based on a designated event; and providing , by the provision module , the first content to the display of the first electronic device via a wireless communication interface or a second content to the display based on the determination; wherein the designated event includes a user's grip on at least one of the first electronic device or the second electronic device satisfying a specified condition, wherein the user's grip is detected by a user touches through a touch sensor or through information received from the second electronic device associated with the recognized grip on the second electronic device.
A motor comprising: a rotor ; a stator comprising a plurality of coil bobbin unit groups; and a coil prepared on coil bobbin units by winding a wire sequentially on coil bobbin units of each coil bobbin unit group, cutting the wound wire at a cutting point, connecting one end of the cut wire to a neutral point port (NP), and connecting the other end of the cut wire to a driving point port (PP), wherein the coil is prepared by winding the wire on the last coil bobbin unit of each coil bobbin unit group in a direction opposite to a winding direction of the other coil bobbin units, wherein the plurality of coil bobbin unit groups comprises three coil bobbin unit groups, and each of the coil bobbin unit groups comprises at least three coil bobbin units ; characterised in that the coil is prepared by cutting the wire at a cutting point adjacent to a first coil bobbin unit of each coil bobbin unit group on which the wire is first wound and a last coil bobbin unit of the coil bobbin unit group on which the wire is last wound. a rotor ; a stator comprising a plurality of coil bobbin unit groups; and a coil prepared on coil bobbin units by winding a wire sequentially on coil bobbin units of each coil bobbin unit group, cutting the wound wire at a cutting point, connecting one end of the cut wire to a neutral point port (NP), and connecting the other end of the cut wire to a driving point port (PP), wherein the coil is prepared by winding the wire on the last coil bobbin unit of each coil bobbin unit group in a direction opposite to a winding direction of the other coil bobbin units, wherein the plurality of coil bobbin unit groups comprises three coil bobbin unit groups, and each of the coil bobbin unit groups comprises at least three coil bobbin units ; characterised in that the coil is prepared by cutting the wire at a cutting point adjacent to a first coil bobbin unit of each coil bobbin unit group on which the wire is first wound and a last coil bobbin unit of the coil bobbin unit group on which the wire is last wound.