mhurhangee/patent-ind-claim-en huggingface dataset:
A vacuum cleaner comprising: a cleaner body having a moving unit for movement; a suction unit connected to the cleaner body (100, configured to suction dust and air and to guide the suctioned dust and air to the cleaner body , and having a handle ; a first detecting unit configured to detect a distance between the cleaner body and the suction unit ; a second detecting unit provided at the cleaner body to detect an obstacle; and a control part configured to control the moving unit, characterized in that : the control part produces a plurality of departure routes based on a location of the obstacle detected by the second detecting unit and a distance between the obstacle and the cleaner body , determines whether movement of the cleaner body is required based on a distance between the suction unit and the cleaner body detected by the first detecting unit , sets a target location to which the cleaner body will be moved after determining the plurality of departure routes, and determines a moving route of the cleaner body from one of the plurality of departure routes to the target location when the movement of the cleaner body is required. a cleaner body having a moving unit for movement; a suction unit connected to the cleaner body (100, configured to suction dust and air and to guide the suctioned dust and air to the cleaner body , and having a handle ; a first detecting unit configured to detect a distance between the cleaner body and the suction unit ; a second detecting unit provided at the cleaner body to detect an obstacle; and a control part configured to control the moving unit, characterized in that : the control part produces a plurality of departure routes based on a location of the obstacle detected by the second detecting unit and a distance between the obstacle and the cleaner body , determines whether movement of the cleaner body is required based on a distance between the suction unit and the cleaner body detected by the first detecting unit , sets a target location to which the cleaner body will be moved after determining the plurality of departure routes, and determines a moving route of the cleaner body from one of the plurality of departure routes to the target location when the movement of the cleaner body is required. the control part produces a plurality of departure routes based on a location of the obstacle detected by the second detecting unit and a distance between the obstacle and the cleaner body , determines whether movement of the cleaner body is required based on a distance between the suction unit and the cleaner body detected by the first detecting unit , sets a target location to which the cleaner body will be moved after determining the plurality of departure routes, and determines a moving route of the cleaner body from one of the plurality of departure routes to the target location when the movement of the cleaner body is required.
A method for reusing a ListCell class defined using JavaScript at a front end layer of a hybrid application, wherein the hybrid application displays content in list form using a ListView comprising multiple ListCells, each ListCell comprising content to be presented in a respective row or sub-cell of the ListView, characterized by the method comprising: defining (S1), at the front end layer of the hybrid application, a prototype of a ListCell, wherein the prototype of the ListCell comprises a structure and class of the ListCell; creating (S2), at a native end layer of the hybrid application, an instance of the ListCell through copying based on the prototype of the ListCell, comprising: creating, by the native end layer, a ListCell template based on the prototype of the ListCell, and copying, by the native layer, the ListCell template, filling, by the native end layer, the created instance of the ListCell with ListCell content received from the front end layer; displaying, by the native layer, the filled ListCell in a display area; and in response to the ListCell content moving out of the display area, reusing (S2), by the native layer, the ListCell. defining (S1), at the front end layer of the hybrid application, a prototype of a ListCell, wherein the prototype of the ListCell comprises a structure and class of the ListCell; creating (S2), at a native end layer of the hybrid application, an instance of the ListCell through copying based on the prototype of the ListCell, comprising: creating, by the native end layer, a ListCell template based on the prototype of the ListCell, and copying, by the native layer, the ListCell template, creating, by the native end layer, a ListCell template based on the prototype of the ListCell, and copying, by the native layer, the ListCell template, filling, by the native end layer, the created instance of the ListCell with ListCell content received from the front end layer; displaying, by the native layer, the filled ListCell in a display area; and in response to the ListCell content moving out of the display area, reusing (S2), by the native layer, the ListCell.
An ophthalmic apparatus comprising: a fixation system configured to project fixation light onto a subject's eye (E); a data acquisition device configured to acquire a time-series image by repetitively applying optical coherence tomography scanning to the subject's eye (E) onto which the fixation light is being projected; analyzing circuitry configured to analyse the time-series image to detect time-series displacement of a predetermined site of the subject's eye (E) in parallel with acquisition of the time-series image by the data acquisition device ; and controlling circuitry configured to control at least one of the fixation system and the data acquisition device based on a positional relationship between the time-series displacement and a scan area by the data acquisition device in parallel with the acquisition of the time-series image by the data acquisition device and detection of the time-series displacement by the analyzing circuitry . a fixation system configured to project fixation light onto a subject's eye (E); a data acquisition device configured to acquire a time-series image by repetitively applying optical coherence tomography scanning to the subject's eye (E) onto which the fixation light is being projected; analyzing circuitry configured to analyse the time-series image to detect time-series displacement of a predetermined site of the subject's eye (E) in parallel with acquisition of the time-series image by the data acquisition device ; and controlling circuitry configured to control at least one of the fixation system and the data acquisition device based on a positional relationship between the time-series displacement and a scan area by the data acquisition device in parallel with the acquisition of the time-series image by the data acquisition device and detection of the time-series displacement by the analyzing circuitry .
A thermal management formulation for treating a fiber, textile, or foam, the formulation comprising a microencapsulated phase change material ("mPCM"), a thermal conductivity additive ("TCA"), and water, wherein the TCA comprises an inorganic material selected from graphite, graphene, zinc oxide, and aluminum oxide, including calcined aluminum oxide, with a thermal conductivity greater than 10 W/m·K, and wherein the mPCM comprises a PCM comprising a salt hydrate; a fatty acid or derivative thereof; or an alkane such as an oleochemical or a paraffin, wherein the mPCM and the TCA are present in the formulation in a weight ratio of PCM:TCA from about 1.5:1 to about 14:1, such as from about 2:1 to about 12:1 or from about 7:1 to about 10:1, and wherein the formulation is a dispersion of the mPCM and the TCA in the water.
A dose setting mechanism for a medicament delivery device comprising, a housing having a longitudinal axis; a lead screw positioned with the housing ; a locking member rotationally and slidably fixed to the housing , the locking member comprising a locking slot ; a dose member assembly comprising a biasing element , an inner sleeve and an outer sleeve , where the dose member assembly is arranged coaxially around the locking member and the lead screw , the biasing element is operatively engaged with the locking member and the inner sleeve , and characterized in that the inner sleeve has a radially projecting key configured to travel in the locking slot to engage the lead screw to prevent axial movement of the lead screw when the dose setting mechanism is in a non-activated state. a housing having a longitudinal axis; a lead screw positioned with the housing ; a locking member rotationally and slidably fixed to the housing , the locking member comprising a locking slot ; a dose member assembly comprising a biasing element , an inner sleeve and an outer sleeve , where the dose member assembly is arranged coaxially around the locking member and the lead screw , the biasing element is operatively engaged with the locking member and the inner sleeve , and characterized in that the inner sleeve has a radially projecting key configured to travel in the locking slot to engage the lead screw to prevent axial movement of the lead screw when the dose setting mechanism is in a non-activated state.
A filter cartridge for engaging with a filter manifold , comprising a sump for holding filtration media , the sump having a first upper end and a second lower end ; a cartridge head integral with the first upper end of the sump ; a rail member extending horizontally from the cartridge head , wherein the rail member includes a substantially planar surface that terminates at a catch member disposed on a terminal end of the rail member and protruding upwardly from the surface to form a locking mechanism configured to interact with a portion of the filter manifold to lock the filter cartridge to the filter manifold ; an inlet tube protruding from the cartridge head ; and an outlet tube , adjacent to the inlet tube and vertically offset from the inlet tube , wherein the inlet tube and the outlet tube provide an engagement mechanism that allows the filter cartridge to be engaged with the filter manifold through application of a horizontal force. a sump for holding filtration media , the sump having a first upper end and a second lower end ; a cartridge head integral with the first upper end of the sump ; a rail member extending horizontally from the cartridge head , wherein the rail member includes a substantially planar surface that terminates at a catch member disposed on a terminal end of the rail member and protruding upwardly from the surface to form a locking mechanism configured to interact with a portion of the filter manifold to lock the filter cartridge to the filter manifold ; an inlet tube protruding from the cartridge head ; and an outlet tube , adjacent to the inlet tube and vertically offset from the inlet tube , wherein the inlet tube and the outlet tube provide an engagement mechanism that allows the filter cartridge to be engaged with the filter manifold through application of a horizontal force.
A piezoelectric motor comprising: a frame having a first frame side and a second frame side; a first actuator assembly and a second actuator assembly, wherein said first actuator assembly comprises: a first piezoelectric actuator ; and two rollers , each of the rollers being pressed between said first piezoelectric actuators and said first frame side; said second actuator assembly comprises: a second piezoelectric actuator ; and two rollers , each of the rollers being pressed between said second piezoelectric actuator and said second frame side, and at least one pre-loaded spring provided between said first actuator assembly and said second actuator assembly, pushing said first actuator assembly and said second actuator assembly against said first frame side and said second frame side, respectively. a frame having a first frame side and a second frame side; a first actuator assembly and a second actuator assembly, wherein said first actuator assembly comprises: a first piezoelectric actuator ; and two rollers , each of the rollers being pressed between said first piezoelectric actuators and said first frame side; a first piezoelectric actuator ; and two rollers , each of the rollers being pressed between said first piezoelectric actuators and said first frame side; said second actuator assembly comprises: a second piezoelectric actuator ; and two rollers , each of the rollers being pressed between said second piezoelectric actuator and said second frame side, and at least one pre-loaded spring provided between said first actuator assembly and said second actuator assembly, pushing said first actuator assembly and said second actuator assembly against said first frame side and said second frame side, respectively. a second piezoelectric actuator ; and two rollers , each of the rollers being pressed between said second piezoelectric actuator and said second frame side, and at least one pre-loaded spring provided between said first actuator assembly and said second actuator assembly, pushing said first actuator assembly and said second actuator assembly against said first frame side and said second frame side, respectively.
A hot water heating device for space heating and domestic hot water preparation, comprising a primary heat exchanger connected to a heating source, a circulation pump , a secondary heat exchanger , a motor-controlled three-way diverter valve for switching the heating water circuits being equipped with an integrated bypass valve connected to a bypass duct , electrical and electronic communication means , characterized in that, a permanent magnet is arranged on a movable piston of the bypass valve , an electronic module comprising a Hall proximity sensor is placed within the magnetic field of the permanent magnet and the electronic module is connected to the electrical and electronic communication means , a control unit , the electrical and electronic communication means are arranged to transmit signals from the Hall proximity sensor to the control unit , the control unit is equipped with a processor and memory means for recording signals from the Hall proximity sensor , the control unit is equipped with control software and/or a user interface for evaluating the states of the bypass valve from the recorded signals from the Hall proximity sensor . a primary heat exchanger connected to a heating source, a circulation pump , a secondary heat exchanger , a motor-controlled three-way diverter valve for switching the heating water circuits being equipped with an integrated bypass valve connected to a bypass duct , electrical and electronic communication means , a permanent magnet is arranged on a movable piston of the bypass valve , an electronic module comprising a Hall proximity sensor is placed within the magnetic field of the permanent magnet and the electronic module is connected to the electrical and electronic communication means , a control unit , the electrical and electronic communication means are arranged to transmit signals from the Hall proximity sensor to the control unit , the control unit is equipped with a processor and memory means for recording signals from the Hall proximity sensor , the control unit is equipped with control software and/or a user interface for evaluating the states of the bypass valve from the recorded signals from the Hall proximity sensor .
A distributed antenna system comprising: a master unit configured for interfacing with at least one signal source; a plurality of remote units at known locations coupled with the master unit and configured for interfacing with a user device, characterized by a remote unit including: filtering circuitry for decomposing uplink signals from a user device into a plurality of narrowband signals; processing circuitry for evaluating the plurality of uplink narrowband signals and providing data for a power profile that is associated with the uplink signals of a specific user device; location measurement circuitry coupled with the remote units and configured to receive data for a plurality of different power profiles from a plurality of different remote units wherein the plurality of power profiles are associated with the same specific user device, the location measurement circuitry configured for processing the power profile data from the different remote units to determine the location of the specific user device in an area of the distributed antenna system. a master unit configured for interfacing with at least one signal source; a plurality of remote units at known locations coupled with the master unit and configured for interfacing with a user device, characterized by a remote unit including: filtering circuitry for decomposing uplink signals from a user device into a plurality of narrowband signals; processing circuitry for evaluating the plurality of uplink narrowband signals and providing data for a power profile that is associated with the uplink signals of a specific user device; location measurement circuitry coupled with the remote units and configured to receive data for a plurality of different power profiles from a plurality of different remote units wherein the plurality of power profiles are associated with the same specific user device, the location measurement circuitry configured for processing the power profile data from the different remote units to determine the location of the specific user device in an area of the distributed antenna system. filtering circuitry for decomposing uplink signals from a user device into a plurality of narrowband signals; processing circuitry for evaluating the plurality of uplink narrowband signals and providing data for a power profile that is associated with the uplink signals of a specific user device; location measurement circuitry coupled with the remote units and configured to receive data for a plurality of different power profiles from a plurality of different remote units wherein the plurality of power profiles are associated with the same specific user device, the location measurement circuitry configured for processing the power profile data from the different remote units to determine the location of the specific user device in an area of the distributed antenna system.
A supplemental device configured for attachment to an injection device , the supplemental device comprising: a sensor configured to generate sensor output dependent on an intensity of light incident on the sensor and having a field of view directed at an external surface in use; an illumination source configured to emit light onto the external surface in use; a window located such as to allow light to pass from the illumination source to the external surface and to allow light to pass to the sensor from the external surface in use; a shield coupled to or integral with the window , the shield being substantially opaque to substantially all wavelengths of light detectable by the sensor ; a processor configured to use the sensor output to determine information associated with reflection characteristics of the external surface ; characterised by : the shield defining an aperture which limits the field of view of the sensor ; and a light concentrator configured to concentrate and direct light by total internal reflection from the illumination source onto the external surface in use from which it may reflect through the window onto the sensor . a sensor configured to generate sensor output dependent on an intensity of light incident on the sensor and having a field of view directed at an external surface in use; an illumination source configured to emit light onto the external surface in use; a window located such as to allow light to pass from the illumination source to the external surface and to allow light to pass to the sensor from the external surface in use; a shield coupled to or integral with the window , the shield being substantially opaque to substantially all wavelengths of light detectable by the sensor ; a processor configured to use the sensor output to determine information associated with reflection characteristics of the external surface ; characterised by : the shield defining an aperture which limits the field of view of the sensor ; and a light concentrator configured to concentrate and direct light by total internal reflection from the illumination source onto the external surface in use from which it may reflect through the window onto the sensor . the shield defining an aperture which limits the field of view of the sensor ; and a light concentrator configured to concentrate and direct light by total internal reflection from the illumination source onto the external surface in use from which it may reflect through the window onto the sensor .
A method for transmitting discovery signals, performed in a base station, the method comprising: determining M discovery signal resources for a carrier from a discovery signal resource pool based on a first numerology, wherein M is a natural number equal to or greater than 1; generating M discovery signal blocks, each of the M discovery signal blocks including a primary synchronization signal, PSS, a secondary synchronization signal, SSS, and a physical broadcast channel, PBCH, and a reference signal for demodulation of the PBCH; and transmitting a m-th discovery signal block through a m-th discovery signal resource among the M discovery signal resources based on the first numerology, wherein m is a natural number from 1 to M, wherein each of the M discovery signal resources consists of a same number of symbol(s) and a same number of subcarriers regardless of m, and positions of resources to which the PSS, the SSS, the PBCH, and the reference signal are mapped within each of the M discovery signal resources are same across the M discovery signal blocks regardless of m; and wherein the first numerology is predetermined depending on a frequency band where the M discovery signal blocks are transmitted, and a second numerology applied to the carrier is indicated through the PBCH of each of the M discovery signal blocks. determining M discovery signal resources for a carrier from a discovery signal resource pool based on a first numerology, wherein M is a natural number equal to or greater than 1; generating M discovery signal blocks, each of the M discovery signal blocks including a primary synchronization signal, PSS, a secondary synchronization signal, SSS, and a physical broadcast channel, PBCH, and a reference signal for demodulation of the PBCH; and transmitting a m-th discovery signal block through a m-th discovery signal resource among the M discovery signal resources based on the first numerology, wherein m is a natural number from 1 to M, wherein each of the M discovery signal resources consists of a same number of symbol(s) and a same number of subcarriers regardless of m, and positions of resources to which the PSS, the SSS, the PBCH, and the reference signal are mapped within each of the M discovery signal resources are same across the M discovery signal blocks regardless of m; and wherein the first numerology is predetermined depending on a frequency band where the M discovery signal blocks are transmitted, and a second numerology applied to the carrier is indicated through the PBCH of each of the M discovery signal blocks.