mhurhangee/ep-ind-claims huggingface dataset:
A child seat anchor cover (10, 90) comprising: a base member (26, 92) that is mounted to a vehicle seat, and in which is formed an opening portion into which a connector of a child seat is inserted from a seat front side; and a cover member (28, 94) that is mounted to the base member (26, 92) so as to be movable between a closing position at which the cover member closes the opening portion, and a stored position at which the cover member opens the opening portion and is stored in a state of extending toward a seat rear side from a lower end portion of the opening portion, wherein an intermediate position is set between the closing position and the stored position, and the cover member (28, 94) is rotated between the closing position and the intermediate position with respect to the base member (26, 92), and is slid between the intermediate position and the stored position with respect to the base member (26, 92), characterized in that the base member (26, 92) has a slide guiding portion (58, 100) that guides the sliding, and the cover member (28, 94) has a posture adjusting portion (72, 106) that engages with the slide guiding portion (58, 100) at the intermediate position, and, due to the engagement with the slide guiding portion (58, 100), the cover member is in a posture of running along a direction of sliding toward the stored position with respect to the base member (26, 92). a base member (26, 92) that is mounted to a vehicle seat, and in which is formed an opening portion into which a connector of a child seat is inserted from a seat front side; and a cover member (28, 94) that is mounted to the base member (26, 92) so as to be movable between a closing position at which the cover member closes the opening portion, and a stored position at which the cover member opens the opening portion and is stored in a state of extending toward a seat rear side from a lower end portion of the opening portion, wherein an intermediate position is set between the closing position and the stored position, and the cover member (28, 94) is rotated between the closing position and the intermediate position with respect to the base member (26, 92), and is slid between the intermediate position and the stored position with respect to the base member (26, 92), characterized in that the base member (26, 92) has a slide guiding portion (58, 100) that guides the sliding, and the cover member (28, 94) has a posture adjusting portion (72, 106) that engages with the slide guiding portion (58, 100) at the intermediate position, and, due to the engagement with the slide guiding portion (58, 100), the cover member is in a posture of running along a direction of sliding toward the stored position with respect to the base member (26, 92).
An electropneumatic gas mixing valve and pressure controller, the controller comprising: at least one port (100a, 100b) configured to receive a first gas component; an additional port configured to receive a second gas component; a first gas mixer in fluid communication with the at least one port (100a, 100b) and the additional port, the first gas mixer configured to: receive the first and second gas component; mix the first and second gas component into a mixture; measure a pressure of the mixture; and control a mass flow rate of at least one of the first and second gas component based on the pressure of the mixture for pressurizing beer, wherein the first gas mixer is comprised of: mixing manifold; at least one valve (122a, 122b) coupled to the mixing manifold; at least one flow sensor (124a; 124b); coupled to the mixing manifold; and a pressure sensor coupled to the mixing manifold. at least one port (100a, 100b) configured to receive a first gas component; an additional port configured to receive a second gas component; a first gas mixer in fluid communication with the at least one port (100a, 100b) and the additional port, the first gas mixer configured to: receive the first and second gas component; mix the first and second gas component into a mixture; measure a pressure of the mixture; and control a mass flow rate of at least one of the first and second gas component based on the pressure of the mixture for pressurizing beer, wherein the first gas mixer is comprised of: mixing manifold; at least one valve (122a, 122b) coupled to the mixing manifold; at least one flow sensor (124a; 124b); coupled to the mixing manifold; and a pressure sensor coupled to the mixing manifold. receive the first and second gas component; mix the first and second gas component into a mixture; measure a pressure of the mixture; and control a mass flow rate of at least one of the first and second gas component based on the pressure of the mixture for pressurizing beer, wherein the first gas mixer is comprised of: mixing manifold; at least one valve (122a, 122b) coupled to the mixing manifold; at least one flow sensor (124a; 124b); coupled to the mixing manifold; and a pressure sensor coupled to the mixing manifold.
A method performed by a terminal for optimizing network resources, comprising: a terminal monitoring whether a network changes in real time according to a network code for identifying the network, wherein the terminal compares the network code of a current network with a pre-extracted network code, if the network code of the current network and the pre-extracted network code are different, determining that the network changes, wherein the network code comprises a Mobile Network Code, MNC/Mobile Country Code, MCC; when monitoring that the network changes, searching for a Signaling Connection Release Indication, SCRI, policy adapted to the current network in a pre-stored SCRI policy table, wherein the SCRI policy refers to selecting what time to enable the terminal to initiate a SCRI signaling; the terminal reading states of each internal module of the terminal; and if the state of each internal module read by the terminal satisfies the conditions defined in the SCRI policy, determining to send a SCRI signaling to a network side, for the network side to release network resources of the terminal according to the SCRI signaling. a terminal monitoring whether a network changes in real time according to a network code for identifying the network, wherein the terminal compares the network code of a current network with a pre-extracted network code, if the network code of the current network and the pre-extracted network code are different, determining that the network changes, wherein the network code comprises a Mobile Network Code, MNC/Mobile Country Code, MCC; when monitoring that the network changes, searching for a Signaling Connection Release Indication, SCRI, policy adapted to the current network in a pre-stored SCRI policy table, wherein the SCRI policy refers to selecting what time to enable the terminal to initiate a SCRI signaling; the terminal reading states of each internal module of the terminal; and if the state of each internal module read by the terminal satisfies the conditions defined in the SCRI policy, determining to send a SCRI signaling to a network side, for the network side to release network resources of the terminal according to the SCRI signaling.
A sterile device for protecting against neuromas comprising a cap having a body with a proximal end and a distal end, wherein the proximal end is open and the distal end is closed off, wherein the body of the device is less than 100 mm in diameter and less than 500 mm in length, wherein the body is chambered such that it has an internal chamber and the internal chamber comprises partitions, and wherein the cap comprises an unchambered layer of biomaterial provided on the exterior surface of the chambered body of the device to prevent axons from escaping the body of the device, wherein the unchambered layer of biomaterial remodels into a tissue cushion after insertion, thereby protecting against a neuroma.
A wind turbine rotor blade for mounting on a rotor hub which is covered by a spinner having a rotor blade opening, wherein the wind turbine rotor blade comprises a fastening section for fastening the wind turbine rotor blade on the rotor hub and a longitudinal section which is to be arranged inside the rotor blade opening, with a cover profile for covering an annular gap between the longitudinal section and the rotor blade opening, wherein the cover profile is fastened on the wind turbine rotor blade and has a circular ring-shaped outer edge, characterized • in that the cover profile has a circular ring-shaped inner edge which has a radial distance from the wind turbine rotor blade, wherein a gap is formed between the cover profile and the wind turbine rotor blade, and • by a ring-shaped cover element which is fastened on the wind turbine rotor blade, which bridges the radial distance and which covers the gap between the cover profile and the wind turbine rotor blade. • in that the cover profile has a circular ring-shaped inner edge which has a radial distance from the wind turbine rotor blade, wherein a gap is formed between the cover profile and the wind turbine rotor blade, and • by a ring-shaped cover element which is fastened on the wind turbine rotor blade, which bridges the radial distance and which covers the gap between the cover profile and the wind turbine rotor blade.
A method for distributed Link Aggregation Group, LAG, service handover, wherein ends of the LAG are respectively composed of one Portal consisting of intra-end systems, characterized in that, the method comprises: when an unavailable port appears in a distributed link aggregation intra-end system, the intra-end system determining a service currently corresponding to the unavailable port as a service to be handed over; and when an unavailable intra-end system appears in a distributed link aggregation portal, an adjacent intra-end system of the intra-end system determining a service currently corresponding to the unavailable intra-end system as a service to be handed over; and the intra-end system that determines the service to be handed over determining (220, 320) a backup port of each service to be handed over according to a port sequence respectively configured in advance for each service to be handed over and being same or different for different services, canceling a corresponding relationship between the service to be handed over and the unavailable port, and establishing a corresponding relationship between the service to be handed over and the backup port; wherein the step of establishing a corresponding relationship between the service to be handed over and the backup port comprises: establishing a Service to be handed over temporary table containing relationships between each backup port and corresponding services, and updating a port service table by the Service to be handed over temporary table. when an unavailable port appears in a distributed link aggregation intra-end system, the intra-end system determining a service currently corresponding to the unavailable port as a service to be handed over; and when an unavailable intra-end system appears in a distributed link aggregation portal, an adjacent intra-end system of the intra-end system determining a service currently corresponding to the unavailable intra-end system as a service to be handed over; and the intra-end system that determines the service to be handed over determining (220, 320) a backup port of each service to be handed over according to a port sequence respectively configured in advance for each service to be handed over and being same or different for different services, canceling a corresponding relationship between the service to be handed over and the unavailable port, and establishing a corresponding relationship between the service to be handed over and the backup port; wherein the step of establishing a corresponding relationship between the service to be handed over and the backup port comprises: establishing a Service to be handed over temporary table containing relationships between each backup port and corresponding services, and updating a port service table by the Service to be handed over temporary table.
An automated ophthalmic monitoring system for monitoring an eye of a subject, comprising: an eyelid retractor (1, 1a); an ophthalmic imaging device comprising an imaging sensor; and an automated control unit in communication with the eyelid retractor (1, 1a) and the ophthalmic imaging device, characterized in that the automated control unit controls the operation of the eyelid retractor and the ophthalmic imaging device. an eyelid retractor (1, 1a); an ophthalmic imaging device comprising an imaging sensor; and an automated control unit in communication with the eyelid retractor (1, 1a) and the ophthalmic imaging device, characterized in that the automated control unit controls the operation of the eyelid retractor and the ophthalmic imaging device.
A setting device comprising: transmission means for transmitting a signal to a second information processing device in a process of measuring a communication bandwidth of a communication network; characterized in that: the transmission means is configured to transmit, depending on a first timing at which a first information processing device transmits a first signal for measuring the communication bandwidth of the communication network to the second information processing device, a setting signal for setting communication means of the second information processing device into a communication-enabled state to the second information processing device. transmission means for transmitting a signal to a second information processing device in a process of measuring a communication bandwidth of a communication network; characterized in that: the transmission means is configured to transmit, depending on a first timing at which a first information processing device transmits a first signal for measuring the communication bandwidth of the communication network to the second information processing device, a setting signal for setting communication means of the second information processing device into a communication-enabled state to the second information processing device.
A box lubricator comprising: a pump comprising; a piston housing extending from a first end to a second end, the piston housing comprising; a bore extending through the piston housing from the first end of the piston housing to the second end of the piston housing; a recess disposed at the second end of the piston housing concentric with the bore and comprising a diameter larger than a diameter of the bore; a piston disposed inside the bore of the piston housing and comprising a first end opposite a second end; characterized by two elastomeric seals (148, 150) disposed inside the recess of the piston housing and around the piston; and a snap ring disposed inside the recess of the piston housing and retaining the two elastomeric seals (148, 150) inside the recess of the piston housing. a piston housing extending from a first end to a second end, the piston housing comprising; a bore extending through the piston housing from the first end of the piston housing to the second end of the piston housing; a recess disposed at the second end of the piston housing concentric with the bore and comprising a diameter larger than a diameter of the bore; a bore extending through the piston housing from the first end of the piston housing to the second end of the piston housing; a recess disposed at the second end of the piston housing concentric with the bore and comprising a diameter larger than a diameter of the bore; a piston disposed inside the bore of the piston housing and comprising a first end opposite a second end; characterized by two elastomeric seals (148, 150) disposed inside the recess of the piston housing and around the piston; and a snap ring disposed inside the recess of the piston housing and retaining the two elastomeric seals (148, 150) inside the recess of the piston housing.
An electrical pack comprising power components and control components distributed in modules, the power components are grouped together in at least one power module while the control components are grouped together in at least one control module, the pack being characterized in that at least one control module is separate from said at least one power module, each control module thus including a support plate made of a metal that is a good conductor of heat and that is associated with an insulating component carrier plate carrying control components and electrical connection circuits, the component carrier plate being spaced apart from the support plate, the control module being protected by the support plate against heating coming from an adjacent power module.
A personal grooming apparatus comprising: a handle having a gripping portion and an attachment portion operative to rotably support a cartridge for rotational movement around at least two axes, wherein the attachment portion comprises an attachment arm by which the attachment portion is mounted to the handle; and a cartridge having a clevis with first and second opposed legs (24a, 24b), spaced from one another, each of the first and second legs (24a, 24b) having a respective recess (26a, 26b) in a side facing the opposing leg, the respective recesses (26a, 26b) sized, shaped and positioned such that the attachment portion is received simultaneously in both recesses (26a, 26b), with the cartridge being pivotably mounted upon the attachment portion with freedom of motion around at least two axes, characterized in that the attachment portion further comprises at least one stop extending above its surface to partially obstruct the rotation of the cartridge when the cartridge is mounted upon the attachment portion. a handle having a gripping portion and an attachment portion operative to rotably support a cartridge for rotational movement around at least two axes, wherein the attachment portion comprises an attachment arm by which the attachment portion is mounted to the handle; and a cartridge having a clevis with first and second opposed legs (24a, 24b), spaced from one another, each of the first and second legs (24a, 24b) having a respective recess (26a, 26b) in a side facing the opposing leg, the respective recesses (26a, 26b) sized, shaped and positioned such that the attachment portion is received simultaneously in both recesses (26a, 26b), with the cartridge being pivotably mounted upon the attachment portion with freedom of motion around at least two axes,
A latex polymer binder derived from at least one first monomer and at least one second monomer according to structural formula IA: wherein R 1, R 2 and R 3 are independently selected from the group consisting of: wherein X is a divalent hydrocarbon radical comprising a linear or branched alkylene radical having from 2 to 8 carbon atoms; wherein n is an integer of from 1 to 100; wherein R is an ethylenically unsaturated group; and wherein the latex binder has a glass transition temperature (Tg) of between -15°C and 12°C.
An image forming apparatus comprising: a communication interface operable to communicate with a terminal device (100_1); an image former operable to form an image of data provided from the terminal device (100_1) through the communication interface; and a controller operable to determine whether there is an image forming job of the data during a preset time, and, when determining that no new image forming job is received, to change a transmission cycle of a beacon signal being sent for synchronization with the terminal device (100_1) or to provide device information, characterised in that the controller is operable to gradually increase the transmission cycle of the beacon signal, and turn off a function of the communication interface at a last level gradually increased. a communication interface operable to communicate with a terminal device (100_1); an image former operable to form an image of data provided from the terminal device (100_1) through the communication interface; and a controller operable to determine whether there is an image forming job of the data during a preset time, and, when determining that no new image forming job is received, to change a transmission cycle of a beacon signal being sent for synchronization with the terminal device (100_1) or to provide device information, characterised in that the controller is operable to gradually increase the transmission cycle of the beacon signal, and turn off a function of the communication interface at a last level gradually increased.
A tower shaft support (64,64') for a gearbox of a gas turbine engine comprising: a mounting ring; a first tower shaft bearing mount for mounting a first tower shaft; and a second tower shaft bearing mount for mounting a second tower shaft, characterised in that the tower shaft support (64,64') further comprises: a first gusset and a second gusset, each gusset (98,100) extending outward from and substantially normal to an outer circumference of the mounting ring, wherein each of the first and second tower shaft bearing mounts (88,86) are positioned between the first and second gussets (98,100). a mounting ring; a first tower shaft bearing mount for mounting a first tower shaft; and a second tower shaft bearing mount for mounting a second tower shaft, characterised in that the tower shaft support (64,64') further comprises: a first gusset and a second gusset, each gusset (98,100) extending outward from and substantially normal to an outer circumference of the mounting ring, wherein each of the first and second tower shaft bearing mounts (88,86) are positioned between the first and second gussets (98,100).
A kit for full-range detection of C-reactive protein, which comprises: an M reagent, comprising 0.5~1mg/mL magnetic particles coated with a first antibody, 0.04~0.06% (w/v) surfactant, wherein the surfactant is optionally Tween-20, and 8~12% (w/v) sucrose, its solvent is a phosphate buffer with pH=7.0~8.0; wherein the coating amount of the first antibody is 5~20μg/mg magnetic particles; an R1 reagent, that is a sample treatment solution, which is a citric acid solution with a concentration of 0.1~1M, pH=3.0~4.0; an R2 reagent, comprising acridinium ester coated with a secondary antibody, 0.5-1% casein and 0.5-1% bovine serum albumin, its solvent is a phosphate buffer with pH=7.0-8.0, wherein the coating amount of the secondary antibody is 0.3-0.9μg/μg acridinium ester; a pre-excitation solution and an excitation solution, wherein the pre-excitation solution is 1% (w/v) hydrogen peroxide solution, and the excitation solution is 1 mol/L sodium hydroxide solution; wherein the first antibody and the second antibody are both monoclonal antibodies that can specifically react with C-reactive protein, and the first antibody and the second antibody are directed to different epitopes; wherein the first antibody is 10C11 and the second antibody is 14D9-2. an M reagent, comprising 0.5~1mg/mL magnetic particles coated with a first antibody, 0.04~0.06% (w/v) surfactant, wherein the surfactant is optionally Tween-20, and 8~12% (w/v) sucrose, its solvent is a phosphate buffer with pH=7.0~8.0; wherein the coating amount of the first antibody is 5~20μg/mg magnetic particles; an R1 reagent, that is a sample treatment solution, which is a citric acid solution with a concentration of 0.1~1M, pH=3.0~4.0; an R2 reagent, comprising acridinium ester coated with a secondary antibody, 0.5-1% casein and 0.5-1% bovine serum albumin, its solvent is a phosphate buffer with pH=7.0-8.0, wherein the coating amount of the secondary antibody is 0.3-0.9μg/μg acridinium ester; a pre-excitation solution and an excitation solution, wherein the pre-excitation solution is 1% (w/v) hydrogen peroxide solution, and the excitation solution is 1 mol/L sodium hydroxide solution; wherein the first antibody and the second antibody are both monoclonal antibodies that can specifically react with C-reactive protein, and the first antibody and the second antibody are directed to different epitopes; wherein the first antibody is 10C11 and the second antibody is 14D9-2.