mhurhangee/patent-ind-claim-en huggingface dataset:
A purification dehumidifier , comprising: a housing , defining an air inlet , a dehumidifying air outlet , a purifying air outlet , and an air duct in the housing communicated with the air inlet , the dehumidifying air outlet and the purifying air outlet ; a fan , arranged in the air duct to introduce an airflow into the air duct from the air inlet and blow the airflow in the air duct out from the dehumidifying air outlet and the purifying air outlet ; a dehumidifying assembly , arranged in the air duct and in communication with the dehumidifying air outlet ; a purifying assembly , arranged in the air duct and in communication with the purifying air outlet ; characterised in that the purification dehumidifier further comprises an air door assembly arranged in the housing and functionally associated with the dehumidifying air outlet and/or the purifying air outlet , wherein the air door assembly is configured to open or block the dehumidifying air outlet or the purifying air outlet to provide a separate purification mode, a separate dehumidification mode or a simultaneous purification and dehumidification mode; wherein in the simultaneous purification and dehumidification mode, both the purifying air outlet and the dehumidifying air outlet are opened through the air door assembly so that some of the airflow is dehumidified by the dehumidifying assembly and discharged from the dehumidifying air outlet , and the other of the airflow is purified by the purifying assembly and discharged from the purifying air outlet . a housing , defining an air inlet , a dehumidifying air outlet , a purifying air outlet , and an air duct in the housing communicated with the air inlet , the dehumidifying air outlet and the purifying air outlet ; a fan , arranged in the air duct to introduce an airflow into the air duct from the air inlet and blow the airflow in the air duct out from the dehumidifying air outlet and the purifying air outlet ; a dehumidifying assembly , arranged in the air duct and in communication with the dehumidifying air outlet ; a purifying assembly , arranged in the air duct and in communication with the purifying air outlet ; characterised in that the purification dehumidifier further comprises an air door assembly arranged in the housing and functionally associated with the dehumidifying air outlet and/or the purifying air outlet , wherein the air door assembly is configured to open or block the dehumidifying air outlet or the purifying air outlet to provide a separate purification mode, a separate dehumidification mode or a simultaneous purification and dehumidification mode; wherein in the simultaneous purification and dehumidification mode, both the purifying air outlet and the dehumidifying air outlet are opened through the air door assembly so that some of the airflow is dehumidified by the dehumidifying assembly and discharged from the dehumidifying air outlet , and the other of the airflow is purified by the purifying assembly and discharged from the purifying air outlet .
An in-vehicle terminal , comprising: a web browser that includes a plurality of tabs (M TAB, S TAB) used to load and display a plurality of sets of content in different categories and a launcher tab (L TAB) used to display links to sets of content , wherein the plurality of tabs are each designated to one of the categories, wherein the plurality of tabs are generated at the web browser by referencing a settings file that indicates the categories into which the plurality of sets of content are classified; a storage unit where the plurality of sets of content to be loaded into the plurality of tabs at the web browser and the settings file are saved; an input unit configured to accept a user input; a display unit configured to display a tab among the plurality of tabs and the launcher tab; and a control unit configured to determine the category corresponding to a selected set of content indicated with a link selected via the input unit while the launcher tab is on display at the display unit among the categories indicated by the settings file , to load the selected set of content into a tab among the plurality of tabs based upon the result of category determination, thereby ensuring that sets of content loaded in the plurality of tabs belong to different categories, and to display the tab having the selected set of content loaded therein at the display unit , and to load the selected set of content with the category thereof having been determined into the tab designated to the determined category among the plurality of tabs. a web browser that includes a plurality of tabs (M TAB, S TAB) used to load and display a plurality of sets of content in different categories and a launcher tab (L TAB) used to display links to sets of content , wherein the plurality of tabs are each designated to one of the categories, wherein the plurality of tabs are generated at the web browser by referencing a settings file that indicates the categories into which the plurality of sets of content are classified; a storage unit where the plurality of sets of content to be loaded into the plurality of tabs at the web browser and the settings file are saved; an input unit configured to accept a user input; a display unit configured to display a tab among the plurality of tabs and the launcher tab; and a control unit configured to determine the category corresponding to a selected set of content indicated with a link selected via the input unit while the launcher tab is on display at the display unit among the categories indicated by the settings file , to load the selected set of content into a tab among the plurality of tabs based upon the result of category determination, thereby ensuring that sets of content loaded in the plurality of tabs belong to different categories, and to display the tab having the selected set of content loaded therein at the display unit , and to load the selected set of content with the category thereof having been determined into the tab designated to the determined category among the plurality of tabs.
A metal band as an insert for trim strips, sealing strips, or edge protection strips, in particular for motor vehicles, wherein the surface is profiled at at least one flat side of the band , characterized in that the profiling of the surface at at least one flat side of the band is formed by a surface-enlarging grid pattern of a plurality of impressions which are formed such that in each case no stamped portion results at the oppositely disposed flat side .
Turbo charger component, in particular a turbine wheel for an internal combustion engine, wherein the turbo charger component comprises a polycrystalline nickel-based alloy of the following composition: Cr 10.0 to 15.0 wt.-%; Co 40 to 9.0 wt.-%; C 0.05 to 0.15 wt.-%; Al, Ti, Nb, and Ta in a total amount of 7.0 to 15.0 wt.%, with the proviso that the amount of Al is at least 3.7 wt.-%, the amount of the γ'-phase is greater than 40 % after aging the component at 1000°C for 300 hours; Mo and W in a total amount of 2.0 to 5.0 wt.-%, wherein Mo and W are present in the weight ratio of Mo:W = 0.7 to 1.8; optionally Re and Hf with the proviso that each element is present in an amount of less than 1 wt.-%; optionally other elements in a total amount of less than 3 wt.-% (impurities), in particular, independently from each other, Fe, Mn, P, S, and Si in amounts of less than 0.05 wt.-%; and Ni as balance; or wherein the turbo charger component comprises a polycrystalline nickel-based alloy of the following composition: Cr 10.0 to 15.0 wt.-%; Co 4.0 to 9.0 wt.-%; C 0.05 to 0.15 wt.-%; Al 40 to 5.5 wt.-%; Ta 1.2 to 2.4 wt.%; Nb 0.3 to 1.5wt.-%; Mo 1.3 to 2.3 wt.-%; W 0.9 to 2.1 wt.-%; Ti 2.4 to 3.5 wt.-%; optionally Re and Hf with the proviso that each element is present in an amount of less than 1 wt.-%; optionally other elements in a total amount of less than 3 wt.-% (impurities), in particular, independently from each other, Fe, Mn, P, S, and Si in amounts of less than 0.05 wt.-%; and Ni as balance.
Method of producing a vacuum insulated glazing unit comprising: - providing first and second substantially parallel panes , a plurality of pillars and a peripheral seal provided between the first and second panes , wherein in the first pane there is provided an evacuation hole for evacuating a void (V) through the evacuation hole to a pressure less than atmospheric pressure; - wherein the panes are tempered glass; - on a glass pane face , covering the evacuation hole with an evacuation head , the evacuation head adapted to have a substantially hermetic contact to the glass pane face ; - wherein the pillars are spaced by a distance of about 40 mm, and wherein the evacuation head contact width (D) to the pane face is equal or less than the pillar spacing distance; and - evacuating the void (V) through the evacuation head . - providing first and second substantially parallel panes , a plurality of pillars and a peripheral seal provided between the first and second panes , wherein in the first pane there is provided an evacuation hole for evacuating a void (V) through the evacuation hole to a pressure less than atmospheric pressure; - wherein the panes are tempered glass; - on a glass pane face , covering the evacuation hole with an evacuation head , the evacuation head adapted to have a substantially hermetic contact to the glass pane face ; - wherein the pillars are spaced by a distance of about 40 mm, and wherein the evacuation head contact width (D) to the pane face is equal or less than the pillar spacing distance; and - evacuating the void (V) through the evacuation head .
Elevator system comprising: - an elevator car comprising one or more service appliances; - a hoistway in which the elevator car moves; - a feed source associated to/in a hoistway wall ; - a travelling cable connected to the elevator car and to the hoistway wall , wherein the travelling cable comprises: - an electric conductor and/or a data carrier operatively connected at a first end to the feed source and at a second end to the service appliances of the elevator car ; - a protective layer having an outer diameter and surrounding the electric conductor and/or data carrier ; and - a sensor system configured for detecting a swaying amplitude of the travelling cable ; - a processing and control unit associated to the sensor system , the processing and control unit being configured for receiving swaying amplitude data from the sensor system ; characterized in that , the elevator system further comprises: - a fluid source associated to/in the hoistway wall ; - the processing and control unit associated to the fluid source and being configured for operating the fluid source when the swaying amplitude exceeds a predetermined threshold; and that the travelling cable further comprises: - a duct connected at a first open end to the fluid source and at a second openable end to the elevator car . - an elevator car comprising one or more service appliances; - a hoistway in which the elevator car moves; - a feed source associated to/in a hoistway wall ; - a travelling cable connected to the elevator car and to the hoistway wall , wherein the travelling cable comprises: - an electric conductor and/or a data carrier operatively connected at a first end to the feed source and at a second end to the service appliances of the elevator car ; - a protective layer having an outer diameter and surrounding the electric conductor and/or data carrier ; and - an electric conductor and/or a data carrier operatively connected at a first end to the feed source and at a second end to the service appliances of the elevator car ; - a protective layer having an outer diameter and surrounding the electric conductor and/or data carrier ; and - a sensor system configured for detecting a swaying amplitude of the travelling cable ; - a processing and control unit associated to the sensor system , the processing and control unit being configured for receiving swaying amplitude data from the sensor system ; - a fluid source associated to/in the hoistway wall ; - the processing and control unit associated to the fluid source and being configured for operating the fluid source when the swaying amplitude exceeds a predetermined threshold; and that the travelling cable further comprises: - a duct connected at a first open end to the fluid source and at a second openable end to the elevator car .
A method for in vitro production of photoreceptor precursor cells, comprising: (a) 3-dimensional sphere culturing a plurality of pluripotent stem cells to generate a plurality of first spheres comprising eye early and late committed retinal neural progenitors (CRNPs); (b) monitoring sphere size until the first spheres reach an average size of about 300-500 μm in diameter; (c) disassociating the first spheres into a first plurality of substantially single cells; (d) 3D sphere culturing the first plurality of substantially single cells to generate a plurality of second spheres comprising photoreceptor precursor cells (PRPCs); (e) monitoring sphere size until the second spheres reach an average size of about 300-500 μm in diameter; (f) disassociating the second spheres into a second plurality of substantially single cells; (g) 3D sphere culturing the second plurality of substantially single cells to generate a plurality of third spheres comprising postmitotic PRPCs; and (h) optionally, further differentiating the postmitotic PRPCs into photoreceptor-like cells. (a) 3-dimensional sphere culturing a plurality of pluripotent stem cells to generate a plurality of first spheres comprising eye early and late committed retinal neural progenitors (CRNPs); (b) monitoring sphere size until the first spheres reach an average size of about 300-500 μm in diameter; (c) disassociating the first spheres into a first plurality of substantially single cells; (d) 3D sphere culturing the first plurality of substantially single cells to generate a plurality of second spheres comprising photoreceptor precursor cells (PRPCs); (e) monitoring sphere size until the second spheres reach an average size of about 300-500 μm in diameter; (f) disassociating the second spheres into a second plurality of substantially single cells; (g) 3D sphere culturing the second plurality of substantially single cells to generate a plurality of third spheres comprising postmitotic PRPCs; and (h) optionally, further differentiating the postmitotic PRPCs into photoreceptor-like cells.
Element for an easily scalable thermal energy storage, wherein the thermal energy storage is easily scalable by stacking, combining or arranging elements closely wherein the element comprises: an outer shell being a combined casting form and ring reinforcement, wherein the outer shell has a closed end, a hardened concrete solid thermal storage medium , which concrete has been cast and hardened into said outer shell, and a pipe heat exchanger , for heat input and output; wherein the pipe heat exchanger has small enough diameter to provide turbulent flow at normal operating conditions, as determined by a range of Re, the Reynold's number, the element further comprising an electric heating element , as means for heat input, characterised in that the pipe heat exchanger is cast into the concrete and being thus embedded into the element, wherein the concrete fills the volume inside the outer shell completely, from the closed end up to a prescribed level at which the ends or connections of the pipe heat exchanger extend up over the top of the element if seen as standing vertical, except for the volume of the pipe heat exchangers with spacers as required, and in that said electric heating element is also cast into the concrete and thus embedded into the element. an outer shell being a combined casting form and ring reinforcement, wherein the outer shell has a closed end, a hardened concrete solid thermal storage medium , which concrete has been cast and hardened into said outer shell, and a pipe heat exchanger , for heat input and output; wherein the pipe heat exchanger has small enough diameter to provide turbulent flow at normal operating conditions, as determined by a range of Re, the Reynold's number, the element further comprising an electric heating element , as means for heat input, characterised in that the pipe heat exchanger is cast into the concrete and being thus embedded into the element, wherein the concrete fills the volume inside the outer shell completely, from the closed end up to a prescribed level at which the ends or connections of the pipe heat exchanger extend up over the top of the element if seen as standing vertical, except for the volume of the pipe heat exchangers with spacers as required, and in that said electric heating element is also cast into the concrete and thus embedded into the element.
A laminate comprising a pair of polycarbonate optical sheets or films which are laminated together through a polarizing film layer and an adhesive layer of a photochromic composition comprising (I) a polyurethane urea resin and (II) a photochromic compound, wherein the photochromic composition further comprises (III) a polyisocyanate compound having at least two isocyanate groups in the molecule and the polyisocyanate compound having at least two isocyanate groups in the molecule (III) comprises 100 parts by mass of the compound having an isocyanate group bonded to a secondary carbon (IIIA) and 20 to 100 parts by mass of at least one compound (IIIB) selected from the group consisting of hexamethylene diisocyanate, burette compound of hexamethylene diisocyanate, isocyanurate compound of hexamethylene diisocyanate and adduct compound of hexamethylene diisocyanate.
A money processing system in which money is moved between money handling apparatuses (20 to 40), the money processing system comprising: a plurality of money handling apparatuses (20 to 40); and a management apparatus configured to detect a money handling apparatus (20 to 40) that requires movement of money, select, from among the plurality of money handling apparatuses (20 to 40), one or a plurality of money handling apparatuses (20 to 40) to move the money between the detected money handling apparatus (20 to 40) and the selected one or the plurality of money handling apparatuses (20 to 40), and display guidance for the movement of money between these apparatuses (20 to 40), wherein the management apparatus selects the one or the plurality of money handling apparatuses (20 to 40) based on priority levels previously set on the respective money handling apparatuses(20 to 40), and wherein, in case that the management apparatus selects a source apparatus from which the money moves to the detected money handling apparatus (20 to 40), the priority level of a change dispenser, which is a money handling apparatus performing checkout process, is low while the priority level of a money changer, which is a money handling apparatus performing only depositing without dispensing, is high. a plurality of money handling apparatuses (20 to 40); and a management apparatus configured to detect a money handling apparatus (20 to 40) that requires movement of money, select, from among the plurality of money handling apparatuses (20 to 40), one or a plurality of money handling apparatuses (20 to 40) to move the money between the detected money handling apparatus (20 to 40) and the selected one or the plurality of money handling apparatuses (20 to 40), and display guidance for the movement of money between these apparatuses (20 to 40), wherein the management apparatus selects the one or the plurality of money handling apparatuses (20 to 40) based on priority levels previously set on the respective money handling apparatuses(20 to 40), and wherein, in case that the management apparatus selects a source apparatus from which the money moves to the detected money handling apparatus (20 to 40), the priority level of a change dispenser, which is a money handling apparatus performing checkout process, is low while the priority level of a money changer, which is a money handling apparatus performing only depositing without dispensing, is high.
An inverter-based power source comprising: a power input configured to receive alternating current (AC) power; a rectifier configured to convert the AC power to direct current (DC) power; an inverter configured to receive the DC power from the rectifier and convert the DC power to AC power; and characterised in that it further comprises a controller configured to generate switching signals according to a pattern of offsets from a regular half period calculation and communicate the switching signals to one of the inverter and the rectifier to control operation of the one of the inverter and the rectifier; wherein the pattern of offsets is selected to unfocus harmonics injected at the power input due to switching the one of the inverter and the rectifier and wherein the pattern of offsets includes an odd number of offsets. a power input configured to receive alternating current (AC) power; a rectifier configured to convert the AC power to direct current (DC) power; an inverter configured to receive the DC power from the rectifier and convert the DC power to AC power; and characterised in that it further comprises a controller configured to generate switching signals according to a pattern of offsets from a regular half period calculation and communicate the switching signals to one of the inverter and the rectifier to control operation of the one of the inverter and the rectifier; wherein the pattern of offsets is selected to unfocus harmonics injected at the power input due to switching the one of the inverter and the rectifier and wherein the pattern of offsets includes an odd number of offsets.
A method performed by an access and mobility management function, AMF, entity in a communication system, the method comprising: receiving , from a first session management function, SMF, a first message including information indicating that a transfer of a session management, SM, context to a second SMF is requested; transmitting , to the second SMF, a second message for requesting the second SMF to receive the SM context from the first SMF; starting a timer upon transmitting the second message; and receiving, from the second SMF, a third message as a response to the second message before expiring the timer, wherein the method further comprises: receiving a service request from a terminal for a protocol data unit, PDU, session associated with the transfer of the SM context, before receiving the third message; and delaying a processing of the service request with the second SMF until receiving the third message. receiving , from a first session management function, SMF, a first message including information indicating that a transfer of a session management, SM, context to a second SMF is requested; transmitting , to the second SMF, a second message for requesting the second SMF to receive the SM context from the first SMF; starting a timer upon transmitting the second message; and receiving, from the second SMF, a third message as a response to the second message before expiring the timer, wherein the method further comprises: receiving a service request from a terminal for a protocol data unit, PDU, session associated with the transfer of the SM context, before receiving the third message; and delaying a processing of the service request with the second SMF until receiving the third message. receiving a service request from a terminal for a protocol data unit, PDU, session associated with the transfer of the SM context, before receiving the third message; and delaying a processing of the service request with the second SMF until receiving the third message.