mhurhangee/patent-ind-claim-en huggingface dataset:
A guidance device, comprising: a base member (12; 112) including a hole extending therethrough; a handle (14; 114) coupled to the base member (12; 112); and a driver positioned within the base member (12; 112) and coupled to a shaft (28; 128) extending between the base member (12; 112) and the handle (14; 114), wherein the base member (12; 112) is positioned at a first end of the handle (14; 114), wherein the handle (14; 114) extends proximally from the base member (12; 112), wherein the shaft (28; 128) extends proximally from the driver and through at least a portion of the handle (14; 114), and the shaft (28; 128) is configured to rotate about a longitudinal axis of the shaft (28; 128) to actuate the driver . a base member (12; 112) including a hole extending therethrough; a handle (14; 114) coupled to the base member (12; 112); and a driver positioned within the base member (12; 112) and coupled to a shaft (28; 128) extending between the base member (12; 112) and the handle (14; 114), wherein the base member (12; 112) is positioned at a first end of the handle (14; 114), wherein the handle (14; 114) extends proximally from the base member (12; 112), wherein the shaft (28; 128) extends proximally from the driver and through at least a portion of the handle (14; 114), and the shaft (28; 128) is configured to rotate about a longitudinal axis of the shaft (28; 128) to actuate the driver .
A cover, comprising: a base comprising a first end and an opposing second end ; a cap comprising an open end positioned at the second end of the base , the cap further comprising a closed end ; an interior space positioned within the base and the cap and that is sized to extend over at least one fastener ; and a plurality of holes that extend through the cap from the interior space to an exterior environment external to the cap , each of the holes comprises a hydraulic diameter of between 0.1mm - 2.0mm, wherein each of the holes comprises a bend between a first end of the hole and a second end of the hole . a base comprising a first end and an opposing second end ; a cap comprising an open end positioned at the second end of the base , the cap further comprising a closed end ; an interior space positioned within the base and the cap and that is sized to extend over at least one fastener ; and a plurality of holes that extend through the cap from the interior space to an exterior environment external to the cap , each of the holes comprises a hydraulic diameter of between 0.1mm - 2.0mm, wherein each of the holes comprises a bend between a first end of the hole and a second end of the hole .
An inflatable watercraft comprising: an inflatable drop stitch bottom panel having a port side, a starboard side, a bow end and a stern end ; an inflatable drop stitch port side freeboard panel having a bow end and a stern end, and being connected to the port side of the bottom panel ; an inflatable drop stitch starboard side freeboard panel having a bow end and a stern end, and being connected to the starboard side of the bottom panel ; the port side freeboard panel and the starboard freeboard panel converging at their respective bow ends, and terminating substantially parallel to each other at their stern ends to define an open transom ; and an inflatable drop stitch deck panel connected to and extending between the port side freeboard panel and the starboard side freeboard panel , wherein the deck panel, the bottom panel , the port side panel and the starboard side panel define a bow , a stern , and a seating area approximately at midships, wherein in use, a user is seated on the upper surface of the deck panel . an inflatable drop stitch bottom panel having a port side, a starboard side, a bow end and a stern end ; an inflatable drop stitch port side freeboard panel having a bow end and a stern end, and being connected to the port side of the bottom panel ; an inflatable drop stitch starboard side freeboard panel having a bow end and a stern end, and being connected to the starboard side of the bottom panel ; the port side freeboard panel and the starboard freeboard panel converging at their respective bow ends, and terminating substantially parallel to each other at their stern ends to define an open transom ; and an inflatable drop stitch deck panel connected to and extending between the port side freeboard panel and the starboard side freeboard panel , wherein the deck panel, the bottom panel , the port side panel and the starboard side panel define a bow , a stern , and a seating area approximately at midships, wherein in use, a user is seated on the upper surface of the deck panel .
A method comprising: receiving, at data processing hardware , a request from a mobile device associated with a subscriber of a carrier provider , the request requesting the data processing hardware to establish voice services with the carrier provider for a companion device linked to the mobile device , the request comprising a subscriber identifier of the mobile device ; authenticating, by the data processing hardware , the companion device based on the subscriber identifier of the mobile device ; obtaining, by the data processing hardware , session initiation protocol, SIP, credentials corresponding to the subscriber identifier of the mobile device ; registering, by the data processing hardware , the SIP credentials for the companion device at a network interface proxy , the network interface proxy in communication with an internet protocol multimedia subsystem, IMS, of the carrier provider and the companion device , wherein the network interface proxy manages registration on behalf of the companion device; and establishing, by the data processing hardware , voice services between the companion device and the IMS through the network interface proxy using the SIP credentials . receiving, at data processing hardware , a request from a mobile device associated with a subscriber of a carrier provider , the request requesting the data processing hardware to establish voice services with the carrier provider for a companion device linked to the mobile device , the request comprising a subscriber identifier of the mobile device ; authenticating, by the data processing hardware , the companion device based on the subscriber identifier of the mobile device ; obtaining, by the data processing hardware , session initiation protocol, SIP, credentials corresponding to the subscriber identifier of the mobile device ; registering, by the data processing hardware , the SIP credentials for the companion device at a network interface proxy , the network interface proxy in communication with an internet protocol multimedia subsystem, IMS, of the carrier provider and the companion device , wherein the network interface proxy manages registration on behalf of the companion device; and establishing, by the data processing hardware , voice services between the companion device and the IMS through the network interface proxy using the SIP credentials .
An apparatus, comprising: a flexible base layer having a first surface defined with a first area, a second area and a bend allowance section between the first area and the second area, and a second corresponding surface opposite the first surface, the flexible base layer having at least one trimmed corner along a processing line related to a trimming of the flexible base layer with respect to the first and second surfaces; an active area provided with an array of organic-light emitting diode elements and an array of pixel circuits configured to control emission of the array of organic-light emitting diode elements, the active area being provided in at least one of the first area and the second area of the flexible base layer; an inactive area provided with one or more driving circuits, the inactive area being provided in at least one of the first area and the second area of the flexible base layer; and a polarization layer on the active area, the polarization layer having at least one trimmed corner, wherein the polarization layer does not cross over the processing line related to the trimming of the flexible base layer such that the polarization layer has a configuration that is unaffected by the trimming of the flexible base layer. a flexible base layer having a first surface defined with a first area, a second area and a bend allowance section between the first area and the second area, and a second corresponding surface opposite the first surface, the flexible base layer having at least one trimmed corner along a processing line related to a trimming of the flexible base layer with respect to the first and second surfaces; an active area provided with an array of organic-light emitting diode elements and an array of pixel circuits configured to control emission of the array of organic-light emitting diode elements, the active area being provided in at least one of the first area and the second area of the flexible base layer; an inactive area provided with one or more driving circuits, the inactive area being provided in at least one of the first area and the second area of the flexible base layer; and a polarization layer on the active area, the polarization layer having at least one trimmed corner, wherein the polarization layer does not cross over the processing line related to the trimming of the flexible base layer such that the polarization layer has a configuration that is unaffected by the trimming of the flexible base layer.
Hose arrangement for creating a bubble curtain (BS) in bodies of water, comprising - at least one air hose including an interior space enclosed by a wall , where a perforation consisting of individual punctures is introduced in the wall at least in an upper, first circumferential area (B1), from which air can be discharged, when the interior space is pressurized, for creating a bubble curtain (BC) extending in the longitudinal direction (X) of the air hose , and - a ballast receptacle including a receiving area extending in the longitudinal direction (X) in which an elongates ballast element is received, characterised in that the air hose is jacketed by a support sheath including material bars and intermediate openings , the air hose being connected in a connecting area via the support sheath to the ballast receptacle , and the openings being positioned at least in the first circumferential area (B1) of the air hose so as to allow air to be discharged from the perforation in the air hose . - at least one air hose including an interior space enclosed by a wall , where a perforation consisting of individual punctures is introduced in the wall at least in an upper, first circumferential area (B1), from which air can be discharged, when the interior space is pressurized, for creating a bubble curtain (BC) extending in the longitudinal direction (X) of the air hose , and - a ballast receptacle including a receiving area extending in the longitudinal direction (X) in which an elongates ballast element is received,
A device for measuring thickness of a dielectric layer on a metal surface , having an amplitude detector , a microwave generator and a cavity resonator with a first end electrically open and a second end coupled to the microwave generator and the amplitude detector , said cavity resonator having a known reference resonant frequency and a control unit connected to said detector and generator to measure a resonant frequency and determine a thickness of the dielectric layer from a difference between the measured resonant frequency and the reference resonant frequency wherein the microwave generator operates at a central frequency greater than or equal to 10 GHz and is tunable in a relative frequency band of at least 1%, the cavity resonator is a circular resonator formed of a circular waveguide segment filled with a filling comprising a dielectric material having a permittivity of at least 3 and provided with a central opening having a radius close to 0.05 the radius of the resonator, wherein the microwave generator and the circular waveguide segment are coupled and configured to induce an electromagnetic wave in a transverse electric mode TE 01 .
A replaceable antenna module for attachment to a conforming base of a field device located in a hazardous location, the conforming base capable of conducting radio-frequency signals, said antenna module comprising: a base made at least partially of a conductive material capable of conducting radio-frequency signals, said base configured for mating with said conforming base to conduct radio-frequency signals therebetween; an antenna coupled to the base to send and receive radio-frequency signals; a cap mounted on the base ; the cap made of a non-conductive, radio-signal transparent material and defining an interior volume; the antenna arranged in the interior volume of the cap ; characterized by a radome made entirely of a static dissipative material, the radome attached to the base , the radome defining an opening and an interior volume , the antenna and the cap in the interior volume of the radome , the base closing the radome opening; and the radome coupled to the base and in electrical contact with the base , wherein the radome is a one-piece, integral member formed from said static dissipative material, and wherein the radome comprises an inner surface and the conductive material defines an outer surface of the base , the inner and outer surfaces cooperatively forming an interference fit therebetween. a base made at least partially of a conductive material capable of conducting radio-frequency signals, said base configured for mating with said conforming base to conduct radio-frequency signals therebetween; an antenna coupled to the base to send and receive radio-frequency signals; a cap mounted on the base ; the cap made of a non-conductive, radio-signal transparent material and defining an interior volume; the antenna arranged in the interior volume of the cap ; characterized by a radome made entirely of a static dissipative material, the radome attached to the base , the radome defining an opening and an interior volume , the antenna and the cap in the interior volume of the radome , the base closing the radome opening; and the radome coupled to the base and in electrical contact with the base , wherein the radome is a one-piece, integral member formed from said static dissipative material, and wherein the radome comprises an inner surface and the conductive material defines an outer surface of the base , the inner and outer surfaces cooperatively forming an interference fit therebetween.
An ice maker, wherein the ice maker comprises an ice bin for receiving ice cubes, and an ice making and removing structure rotatably provided in the ice bin , the ice making and removing structure comprises a bracket rotatably disposed in the ice bin via a rotating shaft , and an ice making box disposed in the bracket , the bracket is operable to drive the ice making box to rotate relative to the ice bin to open or close the ice bin , the ice making box is driven to rotate relative to the bracket between an ice making position and an ice turning position, and the ice making box defines a plurality of ice making cells, when the ice making box is in the ice making position, the opening of the ice making cells faces upwards; and when the ice box is in the ice turning position, the opening of the ice making cells faces the inside of the ice bin , characterized in that the ice maker further comprises an ice shovel and a holding portion , and the ice shovel has an accommodating cavity for accommodating water, at least one of sides forming the accommodating cavity is provided with an ice shoveling portion , and the ice shoveling portion protrudes from other sides forming the accommodating cavity to shovel the ice, the ice bin is provided with an ice shovel positioning structure to position the ice shovel in the ice bin , the ice shovel positioning structure comprises a stop rib disposed in the ice bin , and a groove provided on one of the side walls of the ice bin , and the ice shoveling portion abuts against the stop rib , and the holding portion fits in the groove and is received in the groove , and the ice bin comprises a bottom wall facing the ice making box , and an opening of the accommodating cavity faces the bottom wall when the ice shovel is placed in the ice bin . characterized in that the ice maker further comprises an ice shovel and a holding portion , and the ice shovel has an accommodating cavity for accommodating water, at least one of sides forming the accommodating cavity is provided with an ice shoveling portion , and the ice shoveling portion protrudes from other sides forming the accommodating cavity to shovel the ice, the ice bin is provided with an ice shovel positioning structure to position the ice shovel in the ice bin , the ice shovel positioning structure comprises a stop rib disposed in the ice bin , and a groove provided on one of the side walls of the ice bin , and the ice shoveling portion abuts against the stop rib , and the holding portion fits in the groove and is received in the groove , and the ice bin comprises a bottom wall facing the ice making box , and an opening of the accommodating cavity faces the bottom wall when the ice shovel is placed in the ice bin .
A compound of Formula (I): an ester of the compound of Formula (I), or a pharmaceutically acceptable salt of each of the foregoing, for use in a method of treating a patient diagnosed with idiopathic pulmonary fibrosis (IPF), wherein the method comprises administering to the patient an effective amount of the compound, the ester, or the salt as the sole active ingredient; and wherein m is an integer from 2 to 5 inclusive, and n is an integer from 3 to 8 inclusive, X 1 and X 2 each independently represent sulfur, oxygen, a sulfinyl group or a sulfonyl group, provided that X 1 and X 2 are not simultaneously oxygen.
Ground compacting device, having - a lower mass comprising a compacting plate ; - an upper mass coupled to the lower mass via a vibration decoupling device ; - a vibration exciter acting upon the compacting plate ; - a running gear having one or a plurality of roller bodies for transportation of the device; and having - an electric drive for driving at least one of the roller bodies ; characterised in that - an electric power store is provided to supply the electric drive with electric power. - a lower mass comprising a compacting plate ; - an upper mass coupled to the lower mass via a vibration decoupling device ; - a vibration exciter acting upon the compacting plate ; - a running gear having one or a plurality of roller bodies for transportation of the device; and having - an electric drive for driving at least one of the roller bodies ; - an electric power store is provided to supply the electric drive with electric power.
A gas engine , comprising: a main combustion chamber ; and a precombustion chamber including an ignition plug disposed in a precombustion-chamber upper section and a throat formed in a precombustion-chamber lower section, the throat including a nozzle hole , configured such that mixed gas flows into the throat of the precombustion chamber via the nozzle hole from the main combustion chamber in a compression stroke, wherein the nozzle hole has an opening edge portion on a throat side, the opening edge portion including a curved surface portion formed along a peripheral edge of the opening edge portion, wherein the throat , having a bottomed cylindrical shape, extends linearly along a center axis of the precombustion chamber , the precombustion chamber being formed symmetrically with respect to the center axis and including a diameter widening portion connected to an end of the throat , and characterized in that a ratio of a length of the throat to an inner diameter of the throat is greater than or equal to 1.6 and less than or equal to 2.6, and a value obtained by multiplying a ratio of the inner diameter of the throat to a radius of the curved surface portion by a ratio of the inner diameter of the throat to a precombustion chamber upper portion diameter is greater than or equal to 18. a main combustion chamber ; and a precombustion chamber including an ignition plug disposed in a precombustion-chamber upper section and a throat formed in a precombustion-chamber lower section, the throat including a nozzle hole , configured such that mixed gas flows into the throat of the precombustion chamber via the nozzle hole from the main combustion chamber in a compression stroke, wherein the nozzle hole has an opening edge portion on a throat side, the opening edge portion including a curved surface portion formed along a peripheral edge of the opening edge portion, wherein the throat , having a bottomed cylindrical shape, extends linearly along a center axis of the precombustion chamber , the precombustion chamber being formed symmetrically with respect to the center axis and including a diameter widening portion connected to an end of the throat , and characterized in that a ratio of a length of the throat to an inner diameter of the throat is greater than or equal to 1.6 and less than or equal to 2.6, and a value obtained by multiplying a ratio of the inner diameter of the throat to a radius of the curved surface portion by a ratio of the inner diameter of the throat to a precombustion chamber upper portion diameter is greater than or equal to 18.
Method for predicting a quality of service for a communication between at least two moving communication partners (PL, PV1 - PV4), comprising: said moving communication partners (PL, PV1 - PV4), apply a multi-RAT communication technology where a communication partner (PL, PV1 - PV4) is equipped with a number of different radio access technologies, each one being used for a corresponding RAT communication link, and wherein said prediction of a quality of service for a communication between at least two of the moving communication partners (PL, PV1 - PV4), is performed for at least two of said RAT communication links, wherein the prediction is based on at least one RAT communication link-based quality of service map, hereinafter called link-based QoS map that is updated in a link-based QoS map generation process, wherein the link-based QoS map generation process, comprises the steps of a link quality data gathering (T1) for ongoing communications on said different RAT communication links from other communication partners (V1 to V6), a step of data gathering of the dynamics of the movements (T2) of the other communication partners (V1 to V6), a step of creating a path-loss map (T3) based on a scene understanding derived from an environment observation of at least one of the other communication partners (V1 to V6), a step of creating a technology utilization map (T4) showing the current load of the respective RAT communication link at least in said area of interest, and deriving a link-based QoS map (T6), wherein the link-based QoS map includes an information about the end-to-end latency for a data transmission over said RAT communication link.
A case comprising a surgical suture for a laparoscopic port site closure device, wherein the laparoscopic port site closure device includes: a tubular body ; wings being opened and closed through a cam method by an operating stick penetrating through the tubular body and configured to operate the wings by being rotated and then pushed to open the wings, and to close the wings by being rotated reversely and then pulled, the laparoscopic port site closure device being configured such that the surgical suture can be threaded through the wings so as to pull the surgical suture out of a patient's body, characterised in that each end of the surgical suture comprises a spiral coil , wherein the surgical suture is folded and received in the case to be easily unfolded toward outside when being pulled out of the case.