mhurhangee/patent-ind-claim-en huggingface dataset:
An electrosurgical probe comprising: an elongated shaft assembly having a proximal end, a distal end, and a longitudinal axis ; a housing carried on the distal end of the shaft ; an interior channel extending axially through the interior of the shaft and housing to an opening in the housing , said opening having a proximal edge ; and an electrode with an elongate edge extending laterally across the opening , said electrode configured to reciprocate longitudinally relative to the opening between an extended position and a retracted position, wherein the elongate edge of the electrode extends over the proximal edge of the opening when the electrode is in the retracted position to shear tissue interfacing with the opening , wherein the shaft comprises an outer sleeve and an inner sleeve , wherein the housing is mounted on a distal end of the outer sleeve, the electrode is mounted on a distal end of the inner sleeve , and wherein the inner sleeve is reciprocatably mounted in the outer sleeve . an elongated shaft assembly having a proximal end, a distal end, and a longitudinal axis ; a housing carried on the distal end of the shaft ; an interior channel extending axially through the interior of the shaft and housing to an opening in the housing , said opening having a proximal edge ; and an electrode with an elongate edge extending laterally across the opening , said electrode configured to reciprocate longitudinally relative to the opening between an extended position and a retracted position, wherein the elongate edge of the electrode extends over the proximal edge of the opening when the electrode is in the retracted position to shear tissue interfacing with the opening , wherein the shaft comprises an outer sleeve and an inner sleeve , wherein the housing is mounted on a distal end of the outer sleeve, the electrode is mounted on a distal end of the inner sleeve , and wherein the inner sleeve is reciprocatably mounted in the outer sleeve .
An in vitro method to determine intestinal barrier permeability in a subject comprising: - providing a biofluid sample from said subject, - isolating bacterial extracellular vesicles (EV) from said biofluid, - determining the level of lipopolysaccharide (LPS) activity and lipoteichoic acid (LTA) activity of said bacterial EV, and - quantifying bacterial EV number, wherein the level of said LPS and LTA activity, and bacterial EV number correlate positively with intestinal barrier permeability in said subject. - providing a biofluid sample from said subject, - isolating bacterial extracellular vesicles (EV) from said biofluid, - determining the level of lipopolysaccharide (LPS) activity and lipoteichoic acid (LTA) activity of said bacterial EV, and - quantifying bacterial EV number,
A user apparatus (UE) that communicates with a base station (eNB) in a mobile communication system, the user apparatus (UE) comprising: an obtaining unit configured to obtain resource allocation information in which multiple ranges of downlink signal reception quality are associated with respective predetermined radio resources used for uplink signal transmission; a measurement unit configured to measure the downlink signal reception quality; and a transmission unit configured to determine a radio resource of the predetermined radio resources used for the uplink signal transmission by determining to which of the multiple ranges of downlink signal reception quality, the measured downlink signal reception quality belongs, and transmit an uplink signal by using the determined radio resource. an obtaining unit configured to obtain resource allocation information in which multiple ranges of downlink signal reception quality are associated with respective predetermined radio resources used for uplink signal transmission; a measurement unit configured to measure the downlink signal reception quality; and a transmission unit configured to determine a radio resource of the predetermined radio resources used for the uplink signal transmission by determining to which of the multiple ranges of downlink signal reception quality, the measured downlink signal reception quality belongs, and transmit an uplink signal by using the determined radio resource.
A method for alkylation of feedstock comprising: contacting the feedstock comprising at least one alkylatable aromatic compound and an alkylating agent with a first alkylating catalyst composition under alkylating conditions, the first alkylating catalyst composition comprising UZM-8 zeolite, nitrogen, and a binder, the first alkylating catalyst composition has at least 1 wt% to 30 wt% UZM-8 zeolite, and the catalyst having a nitrogen to zeolite aluminum molar ratio of between 0.01 to 0.040; wherein a total alkylated selectivity at a temperature and a molar ratio of alkylatable aromatic compound to alkylating agent is greater than 99.0%; wherein the alkylatable aromatic compound is benzene, the alkylating agent is propylene, and the propylene conversion is greater than 95%. contacting the feedstock comprising at least one alkylatable aromatic compound and an alkylating agent with a first alkylating catalyst composition under alkylating conditions, the first alkylating catalyst composition comprising UZM-8 zeolite, nitrogen, and a binder, the first alkylating catalyst composition has at least 1 wt% to 30 wt% UZM-8 zeolite, and the catalyst having a nitrogen to zeolite aluminum molar ratio of between 0.01 to 0.040; wherein a total alkylated selectivity at a temperature and a molar ratio of alkylatable aromatic compound to alkylating agent is greater than 99.0%; wherein the alkylatable aromatic compound is benzene, the alkylating agent is propylene, and the propylene conversion is greater than 95%.
A counter check method which is performed in a primary base station, wherein the method comprises: receiving first identity information and first count information from a secondary base station, wherein the first identity information comprises a radio access bearer E-RAB identity of a terminal, and wherein the first count information comprises a first uplink count value of the E-RAB identity and a first downlink count value of the E-RAB identity; obtaining , according to the first identity information, second identity information corresponding to the first identity information, wherein the second identity information is a data radio bearer DRB identity of the terminal; extracting first m bits from the first uplink count value as a second uplink count value, and extracting first m bits from the first downlink count value as a second downlink count value, wherein the second uplink count value and the second downlink count value constitute second count information. sending the second identity information and the second count information to the terminal; and receiving the second identity information and a comparison result information from the terminal. receiving first identity information and first count information from a secondary base station, wherein the first identity information comprises a radio access bearer E-RAB identity of a terminal, and wherein the first count information comprises a first uplink count value of the E-RAB identity and a first downlink count value of the E-RAB identity; obtaining , according to the first identity information, second identity information corresponding to the first identity information, wherein the second identity information is a data radio bearer DRB identity of the terminal; extracting first m bits from the first uplink count value as a second uplink count value, and extracting first m bits from the first downlink count value as a second downlink count value, wherein the second uplink count value and the second downlink count value constitute second count information. sending the second identity information and the second count information to the terminal; and receiving the second identity information and a comparison result information from the terminal.
A method of displaying a screen, the method comprising: displaying at least a part of a display screen on a flexible display unit , said display screen comprising an edge ; and bending the flexible display unit by activating a driving unit coupled to the flexible display unit when an edge of the display screen is displayed, a user input is generated for moving the displayed edge of the display screen , and it is determined that the displayed edge is not movable. displaying at least a part of a display screen on a flexible display unit , said display screen comprising an edge ; and bending the flexible display unit by activating a driving unit coupled to the flexible display unit when an edge of the display screen is displayed, a user input is generated for moving the displayed edge of the display screen , and it is determined that the displayed edge is not movable.
A vehicle comprising a windshield , a sensor that is fixed to an inner surface of the windshield and includes an on-board camera that is configured to photograph the front of the vehicle, and a windshield heating device for the on-board camera that comprises a sheet-like electric heating element that extends along the inner surface of the windshield adjacent to the on-board camera and is configured to heat the windshield in a heated region in front of the on-board camera , characterized in that the electric heating element comprises a first and a second heating region that are adjacent to each other between the windshield and the sensor ; the first heating region includes a portion located between the on-board camera and the windshield , and the first heating region and the second heating region are spaced apart in vertical and lateral directions, respectively, of the vehicle , with respect to an optical axis of the on-board camera as viewed in a direction perpendicular to the windshield ; and a heating area (S2) of the second heating region is smaller than a heating area (S1) of the first heating region ; and a heat quantity per unit area (Q2) of the second heating region is smaller than a heat quantity per unit area (Q1) of the first heating region . the electric heating element comprises a first and a second heating region that are adjacent to each other between the windshield and the sensor ; the first heating region includes a portion located between the on-board camera and the windshield , and the first heating region and the second heating region are spaced apart in vertical and lateral directions, respectively, of the vehicle , with respect to an optical axis of the on-board camera as viewed in a direction perpendicular to the windshield ; and a heating area (S2) of the second heating region is smaller than a heating area (S1) of the first heating region ; and a heat quantity per unit area (Q2) of the second heating region is smaller than a heat quantity per unit area (Q1) of the first heating region .
Light-emitting thin-film diode, comprising - a barrier layer , - a first mirror layer succeeding the barrier layer , - a layer stack succeeding the first mirror layer , which has at least one active layer which emits electromagnetic radiation, and - at least one contact structure which succeeds the layer stack , is arranged on a radiation exit surface and has a contact surface , wherein the barrier layer is designed to prevent diffusion of material into the first mirror layer , the barrier layer comprises TiWN, the first mirror layer has, in a region lying opposite the contact surface of the contact structure , a cutout which is larger than the contact surface of the contact structure , wherein an interface of the layer stack which lies opposite the radiation exit surface is altered in the region of the cutout in such a way that a contact resistance between the layer stack and the cut-out region of the first mirror layer is increased, and the cutout of the first mirror layer has a second mirror layer . - a barrier layer , - a first mirror layer succeeding the barrier layer , - a layer stack succeeding the first mirror layer , which has at least one active layer which emits electromagnetic radiation, and - at least one contact structure which succeeds the layer stack , is arranged on a radiation exit surface and has a contact surface , wherein the barrier layer is designed to prevent diffusion of material into the first mirror layer ,
Imaging system, comprising a stage adapted to support a preparation (PRT) of a biological sample; an optical assembly configured to split a light from the preparation (PRT) into a first light and a second light; a predetermined imaging device adapted to receive the first light; a main imaging device adapted to receive the second light; a field lens ; aperture mask ; and a separator lens , characterised in that the optical assembly comprises a half mirror and an object lens , the imaging system is configured such that the first light is transmitted through the field lens and divided by openings of the aperture mask , and the divided light is transmitted through the separator lens , so that the phase difference images of the object are formed on the predetermined imaging device , the predetermined imaging device is configured to obtain the phase difference images of the preparation and to determine a focusing position on which the optical assembly should be focused in the condition that the openings are sized such that depth of field of the separator lens is larger than the depth of field of the object lens, the imaging system further comprises a disparity obtaining unit configured to obtain a disparity between a pixel of interest of one of the phase difference images and a relative pixel in another one of the phase difference images, the imaging system is adapted to move the stage based on the focusing position, and the main imaging device is configured to obtain a subject image of the preparation (PRT) based on the focusing position. a stage adapted to support a preparation (PRT) of a biological sample; an optical assembly configured to split a light from the preparation (PRT) into a first light and a second light; a predetermined imaging device adapted to receive the first light; a main imaging device adapted to receive the second light; a field lens ; aperture mask ; and a separator lens , characterised in that the optical assembly comprises a half mirror and an object lens , the imaging system is configured such that the first light is transmitted through the field lens and divided by openings of the aperture mask , and the divided light is transmitted through the separator lens , so that the phase difference images of the object are formed on the predetermined imaging device , the predetermined imaging device is configured to obtain the phase difference images of the preparation and to determine a focusing position on which the optical assembly should be focused in the condition that the openings are sized such that depth of field of the separator lens is larger than the depth of field of the object lens, the imaging system further comprises a disparity obtaining unit configured to obtain a disparity between a pixel of interest of one of the phase difference images and a relative pixel in another one of the phase difference images, the imaging system is adapted to move the stage based on the focusing position, and the main imaging device is configured to obtain a subject image of the preparation (PRT) based on the focusing position.
A method of controlling a process for producing a polymer composition, the method comprising: (a) determining an existing volume of a polymer composition; (b) calculating a first instantaneous value of a property and production rate of a first polymer component using a mathematical model at a first time; (c) calculating a second instantaneous value of the property and production rate of a second polymer component using a mathematical model at a first time; (d) calculating a bed average value of the property of polymer composition comprising the first polymer component and the second polymer component from the first and second instantaneous values calculated in (a), (b), and the existing volume based on a set of mixing rules at the first time, t 1 ; (e) implementing a control action to move the value of the bed average property toward a desired value of the bed average property. (a) determining an existing volume of a polymer composition; (b) calculating a first instantaneous value of a property and production rate of a first polymer component using a mathematical model at a first time; (c) calculating a second instantaneous value of the property and production rate of a second polymer component using a mathematical model at a first time; (d) calculating a bed average value of the property of polymer composition comprising the first polymer component and the second polymer component from the first and second instantaneous values calculated in (a), (b), and the existing volume based on a set of mixing rules at the first time, t 1 ; (e) implementing a control action to move the value of the bed average property toward a desired value of the bed average property.
Tool receptacle having a main body and a receiving pin on which a rotary tool having a corresponding receiving bore is able to be placed, wherein at least one duct for transporting coolant and/or lubricant, said duct leading out at the outer circumference of the receiving pin , is arranged in the tool receptacle , characterized in that at least one longitudinal groove for guiding the coolant and/or lubricant in the longitudinal direction of the receiving pin is arranged at the outer circurrference of the receiving pin .
A polymer, comprising: a diester-based polymer selected from poly (1,7-heptylmalonate) with the structure: wherein n is an integer that ranges from 1 to 1000.
A microporous vaporization assembly , comprising a piezoceramic plate provided with a through hole ; characterized in that the assembly comprises also a vaporization plate including a body part and a fence part , the body part being stacked on and bonded to the piezoceramic plate and covering the through hole , a plurality of vaporization holes being provided in an area of the body part corresponding to the through hole , wherein the fence part is arranged to protrude from a surface of the body part on which the piezoceramic plate is stacked, and to surround an outer circumference of the piezoceramic plate . a piezoceramic plate provided with a through hole ; characterized in that the assembly comprises also a vaporization plate including a body part and a fence part , the body part being stacked on and bonded to the piezoceramic plate and covering the through hole , a plurality of vaporization holes being provided in an area of the body part corresponding to the through hole , wherein the fence part is arranged to protrude from a surface of the body part on which the piezoceramic plate is stacked, and to surround an outer circumference of the piezoceramic plate .
A cryogenic apparatus, comprising: a cryogenic probe ; a connector comprising: a connector base plate configured for connection to a conduit carrying a cryogen, and a slot extending across the base plate; a plug , which is configured for insertion into an opening in the base plate; a latch plate configured to slide within the slot between a first position, in which the plug is configured for being inserted through an aperture in the latch plate into the opening, and a second position, in which the cryogenic probe is configured for being inserted through the aperture and being brought into fluid communication with the opening; and a sensor (RX1A, RX1B, RX2A, RX2B), which is coupled to control a flow of the cryogen through the conduit by detecting whether the latch plate is in the first position or the second position. a cryogenic probe ; a connector comprising: a connector base plate configured for connection to a conduit carrying a cryogen, and a slot extending across the base plate; a connector base plate configured for connection to a conduit carrying a cryogen, and a slot extending across the base plate; a plug , which is configured for insertion into an opening in the base plate; a latch plate configured to slide within the slot between a first position, in which the plug is configured for being inserted through an aperture in the latch plate into the opening, and a second position, in which the cryogenic probe is configured for being inserted through the aperture and being brought into fluid communication with the opening; and a sensor (RX1A, RX1B, RX2A, RX2B), which is coupled to control a flow of the cryogen through the conduit by detecting whether the latch plate is in the first position or the second position.
A header for an agricultural vehicle , comprising: a frame ; a reel rotatably mounted to the frame ; and a reel drive assembly operably connected to the reel and configured for rotating the reel in a first drive configuration and a second drive configuration, the reel drive assembly comprising a first drive operably connected to the reel ; characterized by : the reel drive assembly further comprising a second drive selectively connected to the reel such that the second drive is disconnected from the reel in the first drive configuration and the second drive is operably connected to the reel in parallel with the first drive in the second drive configuration. a frame ; a reel rotatably mounted to the frame ; and a reel drive assembly operably connected to the reel and configured for rotating the reel in a first drive configuration and a second drive configuration, the reel drive assembly comprising a first drive operably connected to the reel ; characterized by : the reel drive assembly further comprising a second drive selectively connected to the reel such that the second drive is disconnected from the reel in the first drive configuration and the second drive is operably connected to the reel in parallel with the first drive in the second drive configuration.
A semiconductor arrangement comprising; a die of III-V semiconductor material; a resistor element comprising a two-dimensional electron gas region integrated in the die, the resistor element comprising a track defined by a first implant material in the III-V semiconductor material of the die , said track electrically isolated from the remainder of the die by an isolation region that surrounds the track ; wherein the isolation region is defined by a second implant material in the III-V semiconductor material of the die and the track is defined by a portion of the die having a first concentration of the first implant material and the isolation region i s defined by a portion of the die surrounding the track and having a second concentration of the second implant material, higher than the first concentration.
A metallized optical fiber comprising: A) An optical fiber, and B) A metal over and in contact with the optical fiber, the metallized optical fiber characterized by the metal having a thickness that is at least 1 times the thickness of the optical fiber and wherein the metal is in the form of a strip that runs along the longitudinal axis of the fiber and covers less than the entire surface of the optical fiber. A) An optical fiber, and B) A metal over and in contact with the optical fiber, the metallized optical fiber characterized by the metal having a thickness that is at least 1 times the thickness of the optical fiber and wherein the metal is in the form of a strip that runs along the longitudinal axis of the fiber and covers less than the entire surface of the optical fiber.