mhurhangee/patent-ind-claim-en huggingface dataset:
A population of Lgr5-positive colon cancer stem cells, wherein said Lgr5-positive colon cancer stem cell population is produced by a method comprising the steps of: transplanting a cell group derived from a human tumor tissue containing colon cancer stem cells into a non-human animal to produce a colon cancer cell mass; isolating and fragmenting the produced colon cancer cell mass; and adherently culturing the colon cell population obtained in step in a serum-free stem cell medium to produce a population of Lgr5-positive colon cancer stem cells with a ratio of cells with cancer-forming ability to cells without cancer-forming ability of 1/20 or higher in an extreme limiting dilution analysis. transplanting a cell group derived from a human tumor tissue containing colon cancer stem cells into a non-human animal to produce a colon cancer cell mass; isolating and fragmenting the produced colon cancer cell mass; and adherently culturing the colon cell population obtained in step in a serum-free stem cell medium to produce a population of Lgr5-positive colon cancer stem cells with a ratio of cells with cancer-forming ability to cells without cancer-forming ability of 1/20 or higher in an extreme limiting dilution analysis.
A computer-implemented method of adjusting zone associated risks of a coverage zone covered by at least a first and a second sensor of an autonomous driving vehicle (ADV) operating in real-time, comprising: defining a performance limit detection window associated with the first sensor based on a mean time between failure (MTBF) lower limit of the first sensor and a MTBF upper limit of the first sensor, wherein the MTBF lower limit and the MTBF upper limit are obtained from an MTBF distribution curve of the first sensor; determining whether an operating time of the ADV operating in autonomous driving (AD) mode is within the performance limit detection window associated with the first sensor; and in response to determining that the operating time of the ADV operating in AD mode is within the performance limit detection window of the first sensor, adjusting a zone associated risk of the coverage zone to a performance risk of the second sensor. defining a performance limit detection window associated with the first sensor based on a mean time between failure (MTBF) lower limit of the first sensor and a MTBF upper limit of the first sensor, wherein the MTBF lower limit and the MTBF upper limit are obtained from an MTBF distribution curve of the first sensor; determining whether an operating time of the ADV operating in autonomous driving (AD) mode is within the performance limit detection window associated with the first sensor; and in response to determining that the operating time of the ADV operating in AD mode is within the performance limit detection window of the first sensor, adjusting a zone associated risk of the coverage zone to a performance risk of the second sensor.
A method of providing a service using a keypad , the method comprising: displaying a text box and a keypad on a screen; recognizing a start identifier input through the keypad and displaying the start identifier in the text box ; recognizing a command input and displaying the command in the text box; recognizing a termination identifier input and displaying the termination identifier in the text box ; performing an action according to the command when the termination identifier is inputted; and displaying in the text box a result according to the action in place of the start identifier, the command and the termination identifier, wherein the performing of the action comprises: determining whether there is a parameter inputted before the start identifier, and, if there is the parameter in front of the start identifier, performing the action according to the command and the parameter. displaying a text box and a keypad on a screen; recognizing a start identifier input through the keypad and displaying the start identifier in the text box ; recognizing a command input and displaying the command in the text box; recognizing a termination identifier input and displaying the termination identifier in the text box ; performing an action according to the command when the termination identifier is inputted; and displaying in the text box a result according to the action in place of the start identifier, the command and the termination identifier, wherein the performing of the action comprises: determining whether there is a parameter inputted before the start identifier, and, if there is the parameter in front of the start identifier, performing the action according to the command and the parameter.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: receiving, from a base station, BS, configuration information including a plurality of scheduling request, SR, configurations, wherein the plurality of SR configurations include a first SR configuration including a first maximum number of SR transmissions and a second SR configuration including a second maximum number of SR transmissions; identifying an SR to transmit to the BS corresponding to the first SR configuration or the second SR configuration among the plurality of SR configurations; in case that a first SR counter for the first SR configuration is smaller than the first maximum number of SR transmissions, or a second SR counter for the second SR configuration is smaller than the second maximum number of SR transmissions, incrementing the first SR counter or the second SR counter corresponding to the identified SR and transmitting the identified SR to the BS; and in case that the first SR counter is not smaller than the first maximum number of SR transmissions, or the second SR counter is not smaller than the second maximum number of SR transmissions, performing a random access procedure. receiving, from a base station, BS, configuration information including a plurality of scheduling request, SR, configurations, wherein the plurality of SR configurations include a first SR configuration including a first maximum number of SR transmissions and a second SR configuration including a second maximum number of SR transmissions; identifying an SR to transmit to the BS corresponding to the first SR configuration or the second SR configuration among the plurality of SR configurations; in case that a first SR counter for the first SR configuration is smaller than the first maximum number of SR transmissions, or a second SR counter for the second SR configuration is smaller than the second maximum number of SR transmissions, incrementing the first SR counter or the second SR counter corresponding to the identified SR and transmitting the identified SR to the BS; and in case that the first SR counter is not smaller than the first maximum number of SR transmissions, or the second SR counter is not smaller than the second maximum number of SR transmissions, performing a random access procedure.
A method for establishing a wireless-fidelity, Wi-Fi, direct connection by a trusted network entity, the method comprising: sending a request message to each of a first user equipment, UE, and a second UE ; receiving response messages from each of the first UE and the second UE, wherein each of the response messages includes interface addresses corresponding to the first UE and the second UE, respectively; generating at least one key based on the response messages, wherein the at least one key includes a group temporal key, GTK, and a pairwise transient key, PTK, and wherein the GTK and the PTK are generated based on the response messages; and sending a setup request message to each of the first UE and the second UE, wherein the setup request message comprises the at least one key, a group owner, GO, identifier, and network data to establish the Wi-Fi direct connection between the first UE and the second UE, wherein each of the interface addresses comprises at least one of a physical medium access control, MAC, address of the Wi-Fi direct connection interface or a virtual MAC address of the Wi-Fi direct connection interface, and wherein the GO is determined one of the first UE and the second UE to require other UE to join a Wi-Fi direct group. sending a request message to each of a first user equipment, UE, and a second UE ; receiving response messages from each of the first UE and the second UE, wherein each of the response messages includes interface addresses corresponding to the first UE and the second UE, respectively; generating at least one key based on the response messages, wherein the at least one key includes a group temporal key, GTK, and a pairwise transient key, PTK, and wherein the GTK and the PTK are generated based on the response messages; and sending a setup request message to each of the first UE and the second UE, wherein the setup request message comprises the at least one key, a group owner, GO, identifier, and network data to establish the Wi-Fi direct connection between the first UE and the second UE, wherein each of the interface addresses comprises at least one of a physical medium access control, MAC, address of the Wi-Fi direct connection interface or a virtual MAC address of the Wi-Fi direct connection interface, and wherein the GO is determined one of the first UE and the second UE to require other UE to join a Wi-Fi direct group.
A pulsed oxygen delivery system for a closed breathing environment, comprising: a) a source of gaseous oxygen ; b) a pressure suit ; c) a phase dilution type oronasal dispensing mask configured to be worn by a user in a closed breathing environment defined by the pressure suit ; and d) a pulse control module for delivering a timed and metered bolus of oxygen from the source of gaseous oxygen to the oronasal dispensing mask upon inhalation by the user; wherein the pulse control module includes a pressure manifold having one or more breath sensors (412a,b) for sensing a breath taken by the user and one or more control valves for controlling a duration and an amount of oxygen delivered to the oronasal dispensing mask; and wherein the source of gaseous oxygen includes a pressurized single use or refillable storage vessel , an initiator or mechanical valve for establishing a flow of oxygen from the storage vessel, and a regulator for managing the delivery of oxygen from the storage vessel to the pressure manifold; and wherein the pulse control module includes a microcontroller unit that is in communication with the pressure manifold, the source of gaseous oxygen and the pressure suit over an electronic interface , wherein the pulse control module is further configured for controlling a bolus volume according to ambient pressure within the pressure suit. a) a source of gaseous oxygen ; b) a pressure suit ; c) a phase dilution type oronasal dispensing mask configured to be worn by a user in a closed breathing environment defined by the pressure suit ; and d) a pulse control module for delivering a timed and metered bolus of oxygen from the source of gaseous oxygen to the oronasal dispensing mask upon inhalation by the user; wherein the pulse control module includes a pressure manifold having one or more breath sensors (412a,b) for sensing a breath taken by the user and one or more control valves for controlling a duration and an amount of oxygen delivered to the oronasal dispensing mask; and wherein the source of gaseous oxygen includes a pressurized single use or refillable storage vessel , an initiator or mechanical valve for establishing a flow of oxygen from the storage vessel, and a regulator for managing the delivery of oxygen from the storage vessel to the pressure manifold; and wherein the pulse control module includes a microcontroller unit that is in communication with the pressure manifold, the source of gaseous oxygen and the pressure suit over an electronic interface , wherein the pulse control module is further configured for controlling a bolus volume according to ambient pressure within the pressure suit.
An evacuation system comprising: a slide ; and a measurement device , comprising: a line having a predetermined length and coupled to the slide ; and a weight coupled to the line; and an inflation regulator; said slide having an inflatable and deflatable extension , and wherein the inflation regulator is configured to at least one of inflate or deflate the slide in response to a force exerted by the measurement device in response to a position of the weight , characterized in that the inflation regulator is configured to deflate the slide extension based on a tension in the line in response to the line supporting said weight . a line having a predetermined length and coupled to the slide ; and a weight coupled to the line; and an inflation regulator; said slide having an inflatable and deflatable extension , and wherein the inflation regulator is configured to at least one of inflate or deflate the slide in response to a force exerted by the measurement device in response to a position of the weight , characterized in that the inflation regulator is configured to deflate the slide extension based on a tension in the line in response to the line supporting said weight .
A sterile connector for sterile connection of a first closed system to a second closed system comprising: - at least one cannula with a puncture region and a junction region , wherein the puncture region comprises an inductively heatable material and is encased with an elastically deformable, heat-resistant sheath made of plastic, - a junction element connected to the junction region of the cannula in a fluid-tight manner, which is configured to prepare a fluid connection between the cannula and the second closed system , - a connection element arranged on the cannula connecting the cannula and the junction element in a fluid-tight manner, which is configured for force-fit or integral connection with a locking device , and - a locking device connected to the connecting element in a force-fit or integral manner, comprising a frame part and at least one latching device , wherein the latching device is configured to lock the sterile connector to the first closed system and wherein the locking device comprises the encased puncture region of the cannula on all sides by forming a junction opening for the first closed system , in particular without contacting the sheath of the cannula. - at least one cannula with a puncture region and a junction region , wherein the puncture region comprises an inductively heatable material and is encased with an elastically deformable, heat-resistant sheath made of plastic, - a junction element connected to the junction region of the cannula in a fluid-tight manner, which is configured to prepare a fluid connection between the cannula and the second closed system , - a connection element arranged on the cannula connecting the cannula and the junction element in a fluid-tight manner, which is configured for force-fit or integral connection with a locking device , and - a locking device connected to the connecting element in a force-fit or integral manner, comprising a frame part and at least one latching device , wherein the latching device is configured to lock the sterile connector to the first closed system and wherein the locking device comprises the encased puncture region of the cannula on all sides by forming a junction opening for the first closed system , in particular without contacting the sheath of the cannula.
A method for transmitting and receiving a signal related to network-based IP flow mobility (NBIFOM) of a UE in a wireless communication system, the method comprising the steps of: receiving a routing rule in the UE from a network in a network-initiated mode in which the UE fails to generate the routing rule; transmitting a rejection of the routing rule to the network; characterized by transmitting, to the network, information indicating that an access type included in the routing rule is usable when the access type included in the routing rule becomes usable. receiving a routing rule in the UE from a network in a network-initiated mode in which the UE fails to generate the routing rule; transmitting a rejection of the routing rule to the network; characterized by transmitting, to the network, information indicating that an access type included in the routing rule is usable when the access type included in the routing rule becomes usable.
A drive assembly for a surgical tool, comprising: a first capstan assembly including an upper capstan rotatably mountable to an input shaft of the surgical tool with a first one-way bearing ; a lower capstan assembly including a lower capstan rotatably mountable to the input shaft with a second one-way bearing ; a compliant member operatively coupled to and extending between the upper and lower capstan assemblies, wherein the compliant member provides constant opposing torsional loads on the upper and lower capstan assemblies that urge the upper and lower capstans to counter-rotate; and a first drive cable securable to the upper capstan and extendable to an end effector of the surgical tool, and a second drive cable securable to the lower capstan and extendable to the end effector, wherein rotating the input shaft in a first angular direction rotationally disengages the lower capstan from the input shaft and drives the upper capstan in the first angular direction to wrap the first drive cable about the upper capstan, wherein rotating the input shaft in a second angular direction opposite the first angular direction rotationally disengages the upper capstan from the input shaft and drives the lower capstan in the second angular direction to wrap the second drive cable about the lower capstan, wherein the compliant member comprises a torsion spring, wherein the torsion spring is coiled around an axis which is parallel to an axis of rotation of the input shaft, and wherein the torsion spring is contained within at least one of the first capstan assembly and the lower capstan assembly. a first capstan assembly including an upper capstan rotatably mountable to an input shaft of the surgical tool with a first one-way bearing ; a lower capstan assembly including a lower capstan rotatably mountable to the input shaft with a second one-way bearing ; a compliant member operatively coupled to and extending between the upper and lower capstan assemblies, wherein the compliant member provides constant opposing torsional loads on the upper and lower capstan assemblies that urge the upper and lower capstans to counter-rotate; and a first drive cable securable to the upper capstan and extendable to an end effector of the surgical tool, and a second drive cable securable to the lower capstan and extendable to the end effector, wherein rotating the input shaft in a first angular direction rotationally disengages the lower capstan from the input shaft and drives the upper capstan in the first angular direction to wrap the first drive cable about the upper capstan, wherein rotating the input shaft in a second angular direction opposite the first angular direction rotationally disengages the upper capstan from the input shaft and drives the lower capstan in the second angular direction to wrap the second drive cable about the lower capstan, wherein the compliant member comprises a torsion spring, wherein the torsion spring is coiled around an axis which is parallel to an axis of rotation of the input shaft, and wherein the torsion spring is contained within at least one of the first capstan assembly and the lower capstan assembly.
A cleaning device, in particular for robotic vacuum cleaners, characterized in that a convex transfer surface is arranged between a flat nozzle and a rotary brush .
An artificial marble comprising (A) 7 to 10 % by weight of unsaturated polyester resin, (B) 85 to 91 % by weight of compound including silica, and (C) 2 to 5 % by weight of luminescent pigment, wherein the compound including silica (B) comprises natural stone particle (B1) in an amount of 50 to 80 % by weight and inorganic filler (B2) in an amount of 20 to 50 % by weight, wherein the average particle diameter of the natural stone particle (B1) is from 0.1 to 9.0mm, wherein the average particle size of the inorganic filler (B2) is less than 20 μm, wherein the natural stone particle (B1) comprises silica sand (b11) in an amount of 15 to 93 % by weight and quartz chip (b12) in an amount of 7 to 85 % by weight, wherein the artificial marble has a maximum brightness of more than 110 mcd/m 2 measured after 5 min, after irradiating the artifical marble with 200 lux using a commonly used light source DN65 for 20 min, and wherein the artificial marble maintains a brightness of more than 7 mcd/m 2 for more than one hour.
A composition (C) comprising from 10 to 99 weight % secondary or tertiary alkanolamine (A) in the form of a salt, preferably an inorganic acid salt, and from 1 to 90 weight % of non-salified alkanolamine (A).
UPS installation comprising a machine cabinet and the following components which are arranged in the machine cabinet : - an AC-to-DC converter having a power output stage and connected to a DC voltage link on its output side, - a DC-to-AC converter having a further power output stage and connected to the DC voltage link on its input side, - a bidirectional DC-to-AC converter having an even further power output stage and connected to the DC voltage link , - a bypass to the AC-to-DC converter and the DC-to-AC converter connected in series, in which a bypass switch is arranged, - a controller for the AC-to-DC converter , the DC-to-AC converter , and the bypass switch and - a blower drawing air out of surroundings of the machine cabinet through air filters into the machine cabinet , blowing the air within the machine cabinet through a heat exchanger and ejecting the air out of the machine cabinet again, - a coolant circuit , in which the heat exchanger is arranged together with a coolant pump and cooling bodies for the power output stages , characterized in - that a motor/generator , which is arranged in the machine cabinet , for which the controller is also provided, and which has a rotor to which a flywheel is mechanically coupled, is connected to the bidirectional DC-to-AC converter at its AC side, - that coolant channels through the motor/generator are arranged in the coolant circuit , wherein the coolant channels include stator channels which run through a stator of the motor/generator . - an AC-to-DC converter having a power output stage and connected to a DC voltage link on its output side, - a DC-to-AC converter having a further power output stage and connected to the DC voltage link on its input side, - a bidirectional DC-to-AC converter having an even further power output stage and connected to the DC voltage link , - a bypass to the AC-to-DC converter and the DC-to-AC converter connected in series, in which a bypass switch is arranged, - a controller for the AC-to-DC converter , the DC-to-AC converter , and the bypass switch and - a blower drawing air out of surroundings of the machine cabinet through air filters into the machine cabinet , blowing the air within the machine cabinet through a heat exchanger and ejecting the air out of the machine cabinet again, - a coolant circuit , in which the heat exchanger is arranged together with a coolant pump and cooling bodies for the power output stages , characterized in - that a motor/generator , which is arranged in the machine cabinet , for which the controller is also provided, and which has a rotor to which a flywheel is mechanically coupled, is connected to the bidirectional DC-to-AC converter at its AC side, - that coolant channels through the motor/generator are arranged in the coolant circuit , wherein the coolant channels include stator channels which run through a stator of the motor/generator .