mhurhangee/patent-ind-claim-en huggingface dataset:
A steam characteristics automatic measuring device comprising: an automatic non-condensable gas flowmeter for automatically and continuously measuring a flow rate of non-condensable gas separated from steam taken out from under the ground by cooling the steam, wherein the steam is divided into the non-condensable gas and a condensate by the cooling and wherein the automatic non-condensable gas flowmeter has at least a thermometer for measuring a temperature of the condensate; a tank in which the condensate is stored; a level detector with which the tank is provided at the inside thereof; a gas flowmeter for measuring the flow rate of discharged gas which is discharged from the tank ; and a processor for calculating an amount of non-condensable gas based on the data sent by the level detector and the data sent by the gas flowmeter , characterized in that the processor is configured to calculate the amount of the non-condensable gas from a flow rate of the condensate, the temperature thereof, a saturation concentration of the dissolved gas at the temperature and the flow rate value indicated by the gas flowmeter . an automatic non-condensable gas flowmeter for automatically and continuously measuring a flow rate of non-condensable gas separated from steam taken out from under the ground by cooling the steam, wherein the steam is divided into the non-condensable gas and a condensate by the cooling and wherein the automatic non-condensable gas flowmeter has at least a thermometer for measuring a temperature of the condensate; a tank in which the condensate is stored; a level detector with which the tank is provided at the inside thereof; a gas flowmeter for measuring the flow rate of discharged gas which is discharged from the tank ; and a processor for calculating an amount of non-condensable gas based on the data sent by the level detector and the data sent by the gas flowmeter , characterized in that the processor is configured to calculate the amount of the non-condensable gas from a flow rate of the condensate, the temperature thereof, a saturation concentration of the dissolved gas at the temperature and the flow rate value indicated by the gas flowmeter .
A SOMCL-9112 solid dispersion, wherein it comprises the following raw materials and is prepared based on the weight percentages, SOMCL-9112 5% - 60%, preferably 10% - 50% a pharmaceutically acceptable matrix polymer 5% - 90%, preferably 10% - 80% a surfactant 0% - 20%, preferably 0.5% - 15% a glidant 0% - 20%, preferably 0% - 15% a plasticizer 0% - 20%, preferably 0% - 10%.
A system for intelligent call blocking with block mode, comprising: a monitoring module , an analyzing module , a displaying module , an interception module and a phone number marking module , and at least one of a local number database and a cloud number database located in a network; wherein said local number database stores a plurality of stored phone numbers, each stored phone number having verified marking information associated therewith, wherein each of said modules and the at least one local number database are located at a mobile terminal, said monitoring module is used for monitoring an incoming phone number received by the mobile terminal, and preprocessing the incoming phone number and then delivering the incoming phone number to the analyzing module; said analyzing module is used for analyzing the incoming phone number by means of at least one of the local number database and the cloud number database, and synthesizing information that is obtained by such analyzing; and said analyzing module is used for comparing the incoming phone number with the plurality of stored phone numbers stored in at least one of the local number database and the cloud number database, when the incoming phone number matches a stored phone number, assigning to the incoming phone number a stored marking information associated with the stored phone number; said displaying module is used for displaying the marking information processed by the analyzing module in a set area of said mobile terminal; and said phone number marking module is used for receiving marking information that is inputted by a user and is correlated with said incoming phone number, and delivering said marking information to the cloud number database, wherein said marking information comprises a phone number security level or a phone number type which indicates a security level of the incoming phone number out of different security levels set by the user or a telephone number type out of different telephone number types set by the user; said interception module is used for performing interception operations on phone numbers of different phone number security levels or different phone number types according to the setting of the user; wherein said phone number marking module is used for recording data of the interception operation performed on said incoming phone number by said interception module, and uploads the interception operation data to said cloud number database; wherein said cloud number database is used for storing said uploaded interception operation data, is used for correlating said interception operation data and the security level or the phone number type of the phone number; wherein as for other phone numbers that have the same security level or the same phone number type as said incoming phone number, said cloud number database delivers said correlated interception operation data to said interception module, so that said interception module is used for automatically handling all the phone numbers that have the same security level as said incoming phone number, in light of said interception operation.
Filter structural body for a filter module for separating impurities from a raw gas stream containing impurities, comprising a support structure subdivided into segments and a filter layer arranged, in particular fixed, thereon, wherein, for installation in an outer frame , the segments , with the filter layer arranged thereon, can be arranged with their segment flat sides consecutively in a stacking direction , wherein at least two of the segments are formed to be contiguous via a connecting region or are subsequently connected to one another, characterised in that the filter layer is applied at least to the segment flat sides .
A working device with at least one radio interface for data transmission, wherein the working device is at least designed and configured to move autonomously in a processing environment and to detect at least one signal characteristic of at least one radio network suitable for data transmission at different locations in the processing environment and to generate signal position data by linking with the position data of the respective location, wherein the working device is further designed and configured to determine at least one location in the processing environment which is suitable for data transmission via the radio network using at least one threshold value with respect to the signal characteristic and/or to provide the signal position data for determining at least one location in the processing environment which is suitable for data transmission via the radio network using at least one threshold value with respect to the signal characteristic by means of a data processing device at the radio interface and to receive data relating to at least one determined location , characterized in that the working device is also designed and configured to be used for carrying out work tasks in processing environments in which the radio network does not have sufficient signal strength for a data connection in all areas of the processing environment , in that the working device is furthermore designed and configured to move to a location in the processing environment which is suitable for data transmission when a predetermined event occurs and/or for transmitting - sending or receiving - data with a size which exceeds a predetermined threshold value, and/or in a time-controlled manner.
Composition for tanning hides and/or skins, comprising: 5% by weight to 95% by weight of an acetal of an aldehydic tanning agent, 1% by weight to 5% by weight of a pH-regulating buffer component and 4% by weight to 90% by weight of a solvent, a pH of the composition of 7.5 to 10.5 being set by the pH-regulating buffer component. 5% by weight to 95% by weight of an acetal of an aldehydic tanning agent, 1% by weight to 5% by weight of a pH-regulating buffer component and 4% by weight to 90% by weight of a solvent, a pH of the composition of 7.5 to 10.5 being set by the pH-regulating buffer component.
A method of manufacturing a supercharger including a turbine configured to rotationally drive, and a compressor having an impeller configured to rotate according to rotational force of the turbine and a housing configured to store the impeller , the method comprising: a process of applying coating of an abradable material which is to form an abradable layer when being solidified, only to a predetermined range on either one of surfaces of the impeller and the housing via which the impeller and the housing face, without applying masking, characterized in that coating of the abradable material is applied using a constant amount discharge nozzle, a brush, or a pad. a process of applying coating of an abradable material which is to form an abradable layer when being solidified, only to a predetermined range on either one of surfaces of the impeller and the housing via which the impeller and the housing face, without applying masking, characterized in that coating of the abradable material is applied using a constant amount discharge nozzle, a brush, or a pad.
A network node , of a wireless communication network , to determine a Radio Frequency, RF, propagation model from an image view of the coverage area, the network node configured to: select a coverage area for a transmission point of a transmitter; obtain an image view of the selected coverage area; recognize , from a plurality of morphology types, a morphology type of the selected coverage area from the obtained image view using a machine learning model; determine a RF propagation model for the selected coverage area based on the recognized morphology types; and configure the transmitter based on the determined RF propagation model to transmit in the selected coverage area. select a coverage area for a transmission point of a transmitter; obtain an image view of the selected coverage area; recognize , from a plurality of morphology types, a morphology type of the selected coverage area from the obtained image view using a machine learning model; determine a RF propagation model for the selected coverage area based on the recognized morphology types; and configure the transmitter based on the determined RF propagation model to transmit in the selected coverage area.
A pump comprising: a barrel for holding fluid; and a piston for drawing fluid into the barrel and driving fluid out of the barrel, wherein the piston comprises a plunger configured to move within the barrel, a sheath configured to move around an outer surface of the barrel, and a piston head ; wherein an inner surface of the sheath and the outer surface of the barrel have complementary screw threads so that, in use, rotating the piston causes the piston to travel along the barrel; and wherein the piston head has a barrier portion with a barrier surface that faces the fluid being displaced within the barrel; characterised in that : a peripheral portion of the barrier portion is formed into a lip that extends and projects at least partially around a resilient member , the resilient member being positioned so as to fill the available space between the lip and the retaining portion and being arranged to resist inwards deformation of the lip. a barrel for holding fluid; and a piston for drawing fluid into the barrel and driving fluid out of the barrel, wherein the piston comprises a plunger configured to move within the barrel, a sheath configured to move around an outer surface of the barrel, and a piston head ; wherein an inner surface of the sheath and the outer surface of the barrel have complementary screw threads so that, in use, rotating the piston causes the piston to travel along the barrel; and wherein the piston head has a barrier portion with a barrier surface that faces the fluid being displaced within the barrel; characterised in that : a peripheral portion of the barrier portion is formed into a lip that extends and projects at least partially around a resilient member , the resilient member being positioned so as to fill the available space between the lip and the retaining portion and being arranged to resist inwards deformation of the lip.
A method executed on a computing device for retrieving content from a website through a sandbox, the method comprising: detecting a request for the content from a client, wherein the request includes a Uniform Resource Locator, URL, for the webpage, a URL for a script, and a trigger event; loading a webpage associated with the URL for the webpage within the sandbox; retrieving the script from a cloud source, using the URL for the script; injecting the script into the loaded webpage to extract the content within the sandbox; executing the script in response to detecting the client defined trigger event on the loaded webpage, the event being recognition of a certain content type of the webpage; and loading results of the script execution into a results array for client access. detecting a request for the content from a client, wherein the request includes a Uniform Resource Locator, URL, for the webpage, a URL for a script, and a trigger event; loading a webpage associated with the URL for the webpage within the sandbox; retrieving the script from a cloud source, using the URL for the script; injecting the script into the loaded webpage to extract the content within the sandbox; executing the script in response to detecting the client defined trigger event on the loaded webpage, the event being recognition of a certain content type of the webpage; and loading results of the script execution into a results array for client access.
A slide-bearing assembly capable of enabling sliding of a load-carrying implement relative to a load-supporting structure , said slide-bearing assembly characterised by : (a) substantially nonmetallic first and second elongate bearing elements capable of extending in parallel so as to support said load-carrying implement slidably upon said load-supporting structure ; (b) one of said bearing elements being composed of multiple elongate pieces each shorter in length than the length of the other of said bearing elements , and (c) a greasable interface between said first and said second elongate bearing elements, wherein the greasable interface includes a grease supply fitting in said first elongate bearing element and a corresponding grease pathway in said second elongate bearing element . (a) substantially nonmetallic first and second elongate bearing elements capable of extending in parallel so as to support said load-carrying implement slidably upon said load-supporting structure ; (b) one of said bearing elements being composed of multiple elongate pieces each shorter in length than the length of the other of said bearing elements , and (c) a greasable interface between said first and said second elongate bearing elements, wherein the greasable interface includes a grease supply fitting in said first elongate bearing element and a corresponding grease pathway in said second elongate bearing element .
An integrated circuit for use in a network functions virtualization, NFV, platform, comprising: a first virtual function hardware accelerator module (366-1) configured to perform a first function; a second virtual function hardware accelerator module (366-2) configured to perform a second function that is different than the first function; and data switching circuitry configured to receive data output from the first virtual function hardware accelerator module (366-1) and to route the data directly back to the second virtual function hardware accelerator module (366-2). a first virtual function hardware accelerator module (366-1) configured to perform a first function; a second virtual function hardware accelerator module (366-2) configured to perform a second function that is different than the first function; and data switching circuitry configured to receive data output from the first virtual function hardware accelerator module (366-1) and to route the data directly back to the second virtual function hardware accelerator module (366-2).
Apparatus to store bars (B), supplied to said apparatus in the form of a bundle (F), said apparatus comprising a support plane , a bundle feed zone and a bar delivery zone associated with respective opposite ends of said support plane , wherein said support plane comprises a unit to move said bars (B) in a direction of movement (Z) at least from said bundle feed zone to said bar delivery zone , wherein it comprises a plurality of containing and translation units disposed adjacent to each other with respect to said direction of movement (Z), wherein each containing and translation unit comprises: - at least two containing elements distanced and aligned in a longitudinal direction (L), transverse to said direction of movement (Z), coordinated with each other and selectively movable in order to pass at least from one containing position, in which they are positioned below said support plane and are suitable to support a bundle of bars (B), to at least one release position, in which they are positioned above said support plane in order to release said bars (B) onto said support plane , - at least two movement devices associated with said containing elements and aligned in said longitudinal direction (L), being coordinated with each other in order to pass at least from one lowered condition, in which they are substantially parallel to said support plane and allow the movement of said bars (B), to at least one raised condition in which they are raised in order to allow access to the respective containing elements . - at least two containing elements distanced and aligned in a longitudinal direction (L), transverse to said direction of movement (Z), coordinated with each other and selectively movable in order to pass at least from one containing position, in which they are positioned below said support plane and are suitable to support a bundle of bars (B), to at least one release position, in which they are positioned above said support plane in order to release said bars (B) onto said support plane , - at least two movement devices associated with said containing elements and aligned in said longitudinal direction (L), being coordinated with each other in order to pass at least from one lowered condition, in which they are substantially parallel to said support plane and allow the movement of said bars (B), to at least one raised condition in which they are raised in order to allow access to the respective containing elements .
A system for measuring a nasal valve collapse of a patient comprising: a facial mask adapted to form a seal with a facial structure of the patient, the facial mask including an endoscope port and an opening to allow air flow; an air flow sensor in fluid communication with the opening of the facial mask configured to measure an air flow across the opening when the patient inhales; and an endoscope with a camera adapted to pass through the endoscope port in the facial mask and image the nasal valve; characterized in that the system further comprises: a data acquisition module adapted to receive a plurality of images from the camera and a plurality of air flow measurements from the air flow sensor; and wherein the data acquisition module is configured to synchronize the plurality of images from the camera and the plurality of air flow measurements from the air flow sensor using a plurality of time stamps associated with the plurality of images and the plurality of air flow measurements. a facial mask adapted to form a seal with a facial structure of the patient, the facial mask including an endoscope port and an opening to allow air flow; an air flow sensor in fluid communication with the opening of the facial mask configured to measure an air flow across the opening when the patient inhales; and an endoscope with a camera adapted to pass through the endoscope port in the facial mask and image the nasal valve; characterized in that the system further comprises: a data acquisition module adapted to receive a plurality of images from the camera and a plurality of air flow measurements from the air flow sensor; and wherein the data acquisition module is configured to synchronize the plurality of images from the camera and the plurality of air flow measurements from the air flow sensor using a plurality of time stamps associated with the plurality of images and the plurality of air flow measurements. a data acquisition module adapted to receive a plurality of images from the camera and a plurality of air flow measurements from the air flow sensor; and wherein the data acquisition module is configured to synchronize the plurality of images from the camera and the plurality of air flow measurements from the air flow sensor using a plurality of time stamps associated with the plurality of images and the plurality of air flow measurements.
Railless tugger train with a train module , at least one transportation module and at least two axis modules , wherein each axis module has a stiffly configured axis beam , at which a first mounting device is configured in the form of a stiff mounting of the train module or a transportation module and at which a second mounting device is configured for an articulated connection of a transportation module , wherein at least two wheels are mounted at the axis beam in such a way that the wheels are each rotatable around a rotation axis (D) which is configured vertical to the longitudinal axis (L) of the axis beam , characterized in that at least one electronic steering control device is provided at the axis modules , by means of which the current state of movement of the axis module and thus the steer angles of the wheels to be adjusted by the steering drive are determinable, and wherein the steering control device includes an adjustment device with which one or several steering drive(s) of the axis module is/are adjusted in such a way that the previously determined steer angles are reached.
A rotary transformer , comprising: a shaft ; a stator with a pole surface extending about the shaft; a rotor with a pole surface operatively connected to the shaft for common rotation therewith such that the pole surface of the rotor axially opposes pole surface of the stator at an overlap area, wherein the overlap area between the pole surface of the rotor and the pole surface of the stator is greater in a first rotor position than in a second position for superimposing a signal indicative of rotor position on electrical power transferred between the stator and rotor ; and a periphery of the rotor pole surface defines an ellipse arranged orthogonally with respect to the shaft ; the rotary transformer is further characterized in that a periphery of the stator pole surface defines an ellipse axially opposing pole surface of the rotor. a shaft ; a stator with a pole surface extending about the shaft; a rotor with a pole surface operatively connected to the shaft for common rotation therewith such that the pole surface of the rotor axially opposes pole surface of the stator at an overlap area, wherein the overlap area between the pole surface of the rotor and the pole surface of the stator is greater in a first rotor position than in a second position for superimposing a signal indicative of rotor position on electrical power transferred between the stator and rotor ; and a periphery of the rotor pole surface defines an ellipse arranged orthogonally with respect to the shaft ; the rotary transformer is further characterized in that a periphery of the stator pole surface defines an ellipse axially opposing pole surface of the rotor.