mhurhangee/patent-ind-claim-en huggingface dataset:
An extension set for coupling a medical fluid supply tube to the head of a catheter device, said extension set comprising a connector and a head of a catheter device, said head having a circular hub with a circumferential recess defined in a side surface of the circular hub , the connector comprising: a cap having a top surface , a bottom surface , a central region , and a circumferential region ; the cap defining at least two slots , each slot extending from the circumferential region of the cap towards the central region , the slots defining at least one lobe , the at least one lobe including: an outwardly projecting lift tab , an inwardly projecting catch that is configured to releasably engage the circumferential recess , and at least a resilient region such that the lobe is reversibly deformed and spatially displaced when a force of between 2 and 14 Newtons is applied to its respective lift tab ; wherein the connector is rotatably mounted on the circular hub and in a coupled state of the connector and the circular hub , the inwardly projecting catch is engaged in the circumferential recess , wherein to decouple the connector from the circular hub , at least one lift tab is liftable to reversibly displace the lobe and disengage the catch radially from the circumferential recess by deforming the resilient region. a cap having a top surface , a bottom surface , a central region , and a circumferential region ; the cap defining at least two slots , each slot extending from the circumferential region of the cap towards the central region , the slots defining at least one lobe , the at least one lobe including: an outwardly projecting lift tab , an inwardly projecting catch that is configured to releasably engage the circumferential recess , and at least a resilient region such that the lobe is reversibly deformed and spatially displaced when a force of between 2 and 14 Newtons is applied to its respective lift tab ; an outwardly projecting lift tab , an inwardly projecting catch that is configured to releasably engage the circumferential recess , and at least a resilient region such that the lobe is reversibly deformed and spatially displaced when a force of between 2 and 14 Newtons is applied to its respective lift tab ; wherein the connector is rotatably mounted on the circular hub and in a coupled state of the connector and the circular hub , the inwardly projecting catch is engaged in the circumferential recess , wherein to decouple the connector from the circular hub , at least one lift tab is liftable to reversibly displace the lobe and disengage the catch radially from the circumferential recess by deforming the resilient region.
Load break switch, in particular for medium-voltage switchgear, having - an encapsulated extinguishing chamber containing an extinguishing gas, a first contact and a second contact being provided in the extinguishing chamber , at least the first contact being movable relative to the second contact so that the contacts can be separated from one another and brought into connection with one another, and - a compression chamber containing extinguishing gas, which is reduced in size by a piston during the separation of the contacts, and - a plurality of extinguishing gas ducts extending from the compression chamber , each having a nozzle which is suitable for directing extinguishing gas in the direction of a separation path (T) between the contacts, wherein - the encapsulated extinguishing chamber is divided by the piston into a switching chamber , in which the contacts can be brought into contact with one another, and the compression chamber , - the plurality of extinguishing gas ducts connects the compression chamber to the switching chamber , - the nozzle is provided at the switching chamber-side end of the respective extinguishing gas duct and is aligned at an angle (α, β) in the range from 10 to 45° to the separation distance (T), and - the plurality of extinguishing gas ducts is arranged around one of the contacts and at least two nozzles are provided which are arranged in different planes lying one behind the other in the axial direction of one of the contacts. - an encapsulated extinguishing chamber containing an extinguishing gas, a first contact and a second contact being provided in the extinguishing chamber , at least the first contact being movable relative to the second contact so that the contacts can be separated from one another and brought into connection with one another, and - a compression chamber containing extinguishing gas, which is reduced in size by a piston during the separation of the contacts, and - a plurality of extinguishing gas ducts extending from the compression chamber , each having a nozzle which is suitable for directing extinguishing gas in the direction of a separation path (T) between the contacts, - the encapsulated extinguishing chamber is divided by the piston into a switching chamber , in which the contacts can be brought into contact with one another, and the compression chamber , - the plurality of extinguishing gas ducts connects the compression chamber to the switching chamber , - the nozzle is provided at the switching chamber-side end of the respective extinguishing gas duct and is aligned at an angle (α, β) in the range from 10 to 45° to the separation distance (T), and - the plurality of extinguishing gas ducts is arranged around one of the contacts and at least two nozzles are provided which are arranged in different planes lying one behind the other in the axial direction of one of the contacts.
Robotic vehicle having an operational part , for operating on an irregular surface and first moving part and second moving part adapted to contact and transport the vehicle along the irregular surface, where a chassis frame is fixed relative to one of said first or second moving part in a manner where they may tilt relative to the other of said first or second moving part under the influence of the changes in the irregular surface, characterized in that the vehicle further comprises two scanners where a first scanner is positioned such that it has a significant view range to respectively the sides and the front of the vehicle and operates at a 'long range' relative to a second scanner being positioned such that it scans at a 'short range' , wherein the two scanners are adapted to operate such that the 'long range' scanner first detects possible objects being in the path of the vehicle and slows down the vehicle to a first reduced speed when such an object is detected, and if the object subsequently enters the view of the 'short range' scanner the vehicle slows down to a second reduced speed being lower than the first reduced speed. the vehicle further comprises two scanners where a first scanner is positioned such that it has a significant view range to respectively the sides and the front of the vehicle and operates at a 'long range' relative to a second scanner being positioned such that it scans at a 'short range' , wherein the two scanners are adapted to operate such that the 'long range' scanner first detects possible objects being in the path of the vehicle and slows down the vehicle to a first reduced speed when such an object is detected, and if the object subsequently enters the view of the 'short range' scanner the vehicle slows down to a second reduced speed being lower than the first reduced speed.
A method for utilizing a network service using multiple devices, the method being implemented by one or more processors and comprising: implementing , on a first device, an application platform that is shared with a playback device, the application platform being implemented so that the first device and the playback device can operate to have a same identity to at least the network service; providing , on the first device, a user interface in order to receive input for accessing or using the network service; communicating , from the first device, input received in response to providing the user interface, the input being communicated to the network service; receiving a token from the network service in response to communicating the input, wherein the token provides authentication to the network service; communicating a set of data items to the playback device, the set of data items including the token and one or more identifiers that enable the playback device to access and use the network service while appearing as the first device to the network service; receiving , from the playback device, data identifying a user interface event, wherein said user interface event is in response to the playback device accessing a session of the network service; and obtaining user interface information and functionality from the network interface for responding to the user interface event. implementing , on a first device, an application platform that is shared with a playback device, the application platform being implemented so that the first device and the playback device can operate to have a same identity to at least the network service; providing , on the first device, a user interface in order to receive input for accessing or using the network service; communicating , from the first device, input received in response to providing the user interface, the input being communicated to the network service; receiving a token from the network service in response to communicating the input, wherein the token provides authentication to the network service; communicating a set of data items to the playback device, the set of data items including the token and one or more identifiers that enable the playback device to access and use the network service while appearing as the first device to the network service; receiving , from the playback device, data identifying a user interface event, wherein said user interface event is in response to the playback device accessing a session of the network service; and obtaining user interface information and functionality from the network interface for responding to the user interface event.
A method for channel switching, comprising: acquiring, by an Optical Network Unit, ONU, channel information of a first Time Wavelength Division Multiplexing, TWDM, channel, wherein the channel information of the first TWDM channel is used for indicating an uplink wavelength and/or downlink wavelength of the first TWDM channel; and tuning, by the ONU, an uplink wavelength and/or downlink wavelength of the ONU into the uplink wavelength and/or downlink wavelength of the first TWDM channel according to the channel information of the first TWDM channel; the method characterzied in that acquiring, by the ONU, the channel information of the first TWDM channel comprises: receiving, by the ONU, channel information of multiple TWDM channels, wherein the channel information of the multiple TWDM channels is used for indicating uplink wavelengths and/or downlink wavelengths of the multiple TWDM channels and a corresponding relationship between each TWDM channel and a standby TWDM channel of the TWDM channel; determining, by the ONU, a standby TWDM channel corresponding to a second TWDM channel as the first TWDM channel according to the corresponding relationship. acquiring, by an Optical Network Unit, ONU, channel information of a first Time Wavelength Division Multiplexing, TWDM, channel, wherein the channel information of the first TWDM channel is used for indicating an uplink wavelength and/or downlink wavelength of the first TWDM channel; and tuning, by the ONU, an uplink wavelength and/or downlink wavelength of the ONU into the uplink wavelength and/or downlink wavelength of the first TWDM channel according to the channel information of the first TWDM channel; the method characterzied in that acquiring, by the ONU, the channel information of the first TWDM channel comprises: receiving, by the ONU, channel information of multiple TWDM channels, wherein the channel information of the multiple TWDM channels is used for indicating uplink wavelengths and/or downlink wavelengths of the multiple TWDM channels and a corresponding relationship between each TWDM channel and a standby TWDM channel of the TWDM channel; determining, by the ONU, a standby TWDM channel corresponding to a second TWDM channel as the first TWDM channel according to the corresponding relationship. receiving, by the ONU, channel information of multiple TWDM channels, wherein the channel information of the multiple TWDM channels is used for indicating uplink wavelengths and/or downlink wavelengths of the multiple TWDM channels and a corresponding relationship between each TWDM channel and a standby TWDM channel of the TWDM channel; determining, by the ONU, a standby TWDM channel corresponding to a second TWDM channel as the first TWDM channel according to the corresponding relationship.
Hydrolysis method for obtaining a hydrolysed dry food product in powder form, characterized by comprising the following steps: - adding an acid solution to a material having a vegetable or animal origin for obtaining an acidified paste having a pH of less than 2.0; - leaving the acidified paste to rest for the hydrolysis to take place; - adding to the acidified paste obtained in the previous step a ground flour having a vegetable or animal origin having a granulometry such that, at least, 50% thereof has a size of less than 1 mm; - adding an adsorbent excipient to the mix of acidified paste and ground vegetable/animal flour obtained in the previous step; and - leaving the mix of acidified paste, ground vegetal/animal flour and adsorbent excipient to rest until the hydrolysed dry food product in powder form is obtained. - adding an acid solution to a material having a vegetable or animal origin for obtaining an acidified paste having a pH of less than 2.0; - leaving the acidified paste to rest for the hydrolysis to take place; - adding to the acidified paste obtained in the previous step a ground flour having a vegetable or animal origin having a granulometry such that, at least, 50% thereof has a size of less than 1 mm; - adding an adsorbent excipient to the mix of acidified paste and ground vegetable/animal flour obtained in the previous step; and - leaving the mix of acidified paste, ground vegetal/animal flour and adsorbent excipient to rest until the hydrolysed dry food product in powder form is obtained.
A guide assembly for positioning a generally cuboid building unit at a construction site, said guide assembly comprising: a lower guide member for attachment to a top surface of a construction element or foundation, said lower guide member comprising a first guide surface , and an upper guide member for attachment to a bottom of said building unit , said upper guide member comprising a second guide surface for engaging said first guide surface , wherein said first guide surface and said second guide surface are shaped for slidably guiding said upper guide member along an oblique guide path when lowered onto the lower guide member , wherein said guide path has an average inclination smaller than 45 degrees with respect to the horizontal pane, and wherein said first guide surface comprises two slopes, both of said two slopes corresponding to said inclination , thus defining an upper part of the lower guide member with an upper surface shaped as an inverted V with two equal sides. a lower guide member for attachment to a top surface of a construction element or foundation, said lower guide member comprising a first guide surface , and an upper guide member for attachment to a bottom of said building unit , said upper guide member comprising a second guide surface for engaging said first guide surface , wherein said first guide surface and said second guide surface are shaped for slidably guiding said upper guide member along an oblique guide path when lowered onto the lower guide member , wherein said guide path has an average inclination smaller than 45 degrees with respect to the horizontal pane, and wherein said first guide surface comprises two slopes, both of said two slopes corresponding to said inclination , thus defining an upper part of the lower guide member with an upper surface shaped as an inverted V with two equal sides.
A propeller for a watercraft, having a hub and having at least two blades , wherein the blades extend from the hub in an outward radial direction toward the blade tip where the tip vortex of the blade is formed, wherein the centers of mass of all blades in relation to the hub have the same radial spacing to the hub , and/or all blades have the same weight, wherein and the propeller has a uniform blade separation, so that the angular spacing between the roots , situated on the hub, of the generatrices (blade generator lines) of each two successive blades is equal for all blades of the propeller , and wherein the angular spacing between the blade tips of two successive blades of the propeller is different in relation to the angular spacing between the blade tips of two other successive blades , so that at least two blades of the propeller have a different course of the blade skew, and/or the course of the generatrix of a first blade deviates from the course of the generatrix of at least one further blade .
A cleaning storage seat used to store a cleaning appliance with a cleaning brush head , the cleaning storage seat comprising: a cleaning storage seat main body , said cleaning storage seat main body comprising a housing provided with a storage portion , said storage portion being used to store said cleaning brush head ; an air drying device located inside said cleaning storage seat main body ; and a control motherboard electrically connected to said air drying device , said control motherboard being used to control the working mode of said air drying device ; wherein said housing comprises an air inlet and an air outlet ; said air drying device directs wind from said air inlet to said air outlet and blows the wind to said storage portion to dry said cleaning brush head ; wherein said housing comprises a first housing provided with said storage portion , and a second housing fixed at a bottom of said first housing and enclosed with said first housing to form a storage space for accommodating said air drying device and said control motherboard , said first housing comprising an enclosure portion fixed along an edge of said storage portion ; said air outlet is provided on said enclosure portion ; characterized in that , said air drying device further comprises an air outlet channel element means and an exhaust port, said air outlet channel element means comprising a first air outlet baffle and a second air outlet baffle , said first air outlet baffle and said second air outlet baffle extending in the direction of said air outlet along said exhaust port and being respectively fixed to said first housing and said second housing . a cleaning storage seat main body , said cleaning storage seat main body comprising a housing provided with a storage portion , said storage portion being used to store said cleaning brush head ; an air drying device located inside said cleaning storage seat main body ; and a control motherboard electrically connected to said air drying device , said control motherboard being used to control the working mode of said air drying device ; wherein said housing comprises an air inlet and an air outlet ; said air drying device directs wind from said air inlet to said air outlet and blows the wind to said storage portion to dry said cleaning brush head ; wherein said housing comprises a first housing provided with said storage portion , and a second housing fixed at a bottom of said first housing and enclosed with said first housing to form a storage space for accommodating said air drying device and said control motherboard , said first housing comprising an enclosure portion fixed along an edge of said storage portion ; said air outlet is provided on said enclosure portion ; characterized in that , said air drying device further comprises an air outlet channel element means and an exhaust port, said air outlet channel element means comprising a first air outlet baffle and a second air outlet baffle , said first air outlet baffle and said second air outlet baffle extending in the direction of said air outlet along said exhaust port and being respectively fixed to said first housing and said second housing .
A method performed by a mesh device, comprising: de-obfuscating first information of a received packet with a privacy key that matches a network identifier, NID of the packet; and, characterized by , determining whether to decrypt second information of the packet based on the de-obfuscated first information. de-obfuscating first information of a received packet with a privacy key that matches a network identifier, NID of the packet; and, characterized by , determining whether to decrypt second information of the packet based on the de-obfuscated first information.
A process for manufacturing a black tea product, the process comprising the step of heating a black leaf tea starting material having a moisture content of less than 10 wt.% at a temperature of 170°C to 250°C for a duration of less than 60 seconds.
A water bottle cap , comprising: at least one port, extending outwardly from a exterior surface of the cap, wherein the port extends a predetermined length and is configured to engage a passage member for providing or receiving a fluid to an endoscopic device, interior threads, configured to engage external threads on a water bottle, and an annular sealing platform , extending outwardly from a interior side wall of the cap, wherein the annular sealing platform comprises a substantial horizontal contact area , configured to provide a water-tight seal to a neck of a water bottle when the cap is engaging the water bottle, characterized in that at least the annular sealing platform , the interior top surface of the cap, an interior side wall of the cap, and inside and outside surfaces of the port are made of a second material softer than other parts of the cap made of a first material. at least one port, extending outwardly from a exterior surface of the cap, wherein the port extends a predetermined length and is configured to engage a passage member for providing or receiving a fluid to an endoscopic device, interior threads, configured to engage external threads on a water bottle, and an annular sealing platform , extending outwardly from a interior side wall of the cap, wherein the annular sealing platform comprises a substantial horizontal contact area , configured to provide a water-tight seal to a neck of a water bottle when the cap is engaging the water bottle, characterized in that at least the annular sealing platform , the interior top surface of the cap, an interior side wall of the cap, and inside and outside surfaces of the port are made of a second material softer than other parts of the cap made of a first material.