mhurhangee/ep-ind-claims huggingface dataset:
A latching gas ON/OFF assembly, comprising a housing having a female threaded bore for receiving a male threaded neck of a gas tank cylinder having a tank valve with a pin; characterized by further comprising: a bonnet slidably connected to the housing; the bonnet sliding between a forward OFF position and rearward ON position; a pin depressor connected to the bonnet; means for locking the bonnet in the ON position; means for releasing the bonnet from the ON position; whereby sliding the bonnet to the rearward ON position causes the pin depressor to contact the pin of the tank valve to permit gas to flow therefrom. a bonnet slidably connected to the housing; the bonnet sliding between a forward OFF position and rearward ON position; a pin depressor connected to the bonnet; means for locking the bonnet in the ON position; means for releasing the bonnet from the ON position; whereby sliding the bonnet to the rearward ON position causes the pin depressor to contact the pin of the tank valve to permit gas to flow therefrom.
An assembly kit made up of a carrier frame (1, 1a) and at least two scaffolding decks, wherein the carrier frame comprises two posts (2, 2a) which are components separate from one another, are parallel and at a distance to one another and are aligned in the vertical direction relative to a base surface in the ready-to-function state and which each have two supporting legs each connected to one another by means of a transverse beam (10, 10a) extending in the transverse direction between the supporting legs and each provided with two stanchions (5, 5a) that each project upwards in the vertical direction from a supporting leg, wherein each stanchion is held, detachable without using tools, on the associated supporting leg, wherein each transverse beam (10, 10a) has a length that at least largely corresponds to an integer multiple of a width of a scaffolding deck in respect of an adjacent positioning of the scaffolding decks on the two transverse beams (10, 10a) on a horizontal level, and wherein a holding device positively effective in the vertical direction is provided in each case for at least one scaffolding deck and is associated with the respective post (2, 2a), and wherein a longitudinal support device for positively supporting at least one scaffolding deck in the longitudinal direction is associated with each post (2, 2a).
A composition comprising a first metal component and a second metal component characterized by a molar ratio of said first metal component to said second metal component is in the range of 1:9 to 9:1, wherein: (i) at least one surface of said second metal component is coated with said first metal component; (ii) first metal component comprises Fe 2 O 3 or Fe 3 O 4 or Fe 2 O 3 FeO and wherein said second metal component comprises TiO 2, and (iii) said composition is in the form of particles. (i) at least one surface of said second metal component is coated with said first metal component; (ii) first metal component comprises Fe 2 O 3 or Fe 3 O 4 or Fe 2 O 3 FeO and wherein said second metal component comprises TiO 2, and (iii) said composition is in the form of particles.
A register including a turning louver turnable with a cylindrical frame comprising an outer spherical surface and disposed inside a cylindrical retainer comprising an inner spherical surface, and a plurality of movable fins axially supported on the turning louver radially from a centerline parallel to an air blowing direction turnably by radial pivots inside the cylindrical frame, wherein on the turning louver, a central axial support portion with a plurality of axial support portions projected radially is disposed at the center of the cylindrical frame, the axial support portions are provided at even intervals to project radially from the central axial support portion of the turning louver, the inner-side portions of the movable fins are axially supported by these axial support portions, and the movable fins are disposed at even intervals inside the cylindrical frame of the turning louver and constituted so as to close the inside of the cylindrical frame when the movable fins turn until they become substantially parallel to a cross section of the cylindrical frame, to the front surface side center of the central axial support portion, an operation portion is fitted turnably around the centerline of the turning louver, and the operation portion is linked to the inner-side portions of each movable fin via a bevel gear mechanism, and according to a turning operation of the operation portion around the centerline, the movable fins turn around the axial support portions of the central axial support portion via the bevel gear mechanism, characterized in that on the centerline parallel to the air blowing direction inside the retainer, a ball joint with a ball is disposed and the central axial support portion is attached tiltably and turnably by fitting the ball in a ball hole provided at the center such that the turning louver is supported by the ball joint, and when the operation portion is moved in a radial direction of the cylindrical frame, the turning louver tilts around the ball in a state where the cylindrical frame and the retainer inner surface are not in contact with each other.
An adaptive control circuit of SRAM (Static Random Access Memory), comprising: a switch circuit (110, 210, M1), operable to be supplied by a variable supply voltage, operable to be controlled by a clock voltage, and coupled to a first node; a forward diode-connected transistor (120, 220, M2); a backward diode-connected transistor (130, 230, M3), coupled in parallel with the forward diode-connected transistor (120, 220, M2) between the first node and a second node; and a first delay circuit (140, 240, M4), coupled between the second node and a ground voltage. a switch circuit (110, 210, M1), operable to be supplied by a variable supply voltage, operable to be controlled by a clock voltage, and coupled to a first node; a forward diode-connected transistor (120, 220, M2); a backward diode-connected transistor (130, 230, M3), coupled in parallel with the forward diode-connected transistor (120, 220, M2) between the first node and a second node; and a first delay circuit (140, 240, M4), coupled between the second node and a ground voltage.
A hinge device for operatively connecting a door and a main body of a household appliance, said hinge device comprising at least a support plate, which is solidly connected to said main body, and a hinge plate, which is rotationally connected to said support plate on a first pin member of the hinge plate at a first rotation point, characterized in that the hinge plate comprises a curved slot in which a second pin member of the hinge plate is accommodated during the movement of said hinge plate, and in that it comprises lever means which are rotationally connected at one end to said second pin member at a second rotation point and at another end to an elongated body forming a connecting member connected to said door and sliding in an elongated slot of the hinge plate.
A built-in cooking appliance comprising: a top plate; a main body under the top plate, the main body receiving at least a heater; a fan inducing an air flow in the main body; a cabinet including a receiving portion on which the top plate is mounted; and a top frame covering an airflow opening between at least one edge of the top plate and the cabinet, wherein the main body includes at least one edge adjacent to the airflow opening and supported by the cabinet, characterised in that: an edge of the top plate is seated on a seat portion of the cabinet, and a rear wall of the main body includes a plate-supporting portion extending forward and supporting the top plate, and a cabinet-supporting portion extending rearward and supported by the cabinet, the plate-supporting portion being formed by cutting a portion of the cabinet-supporting portion and then bending it forward to support a rear portion of the top plate. a top plate; a main body under the top plate, the main body receiving at least a heater; a fan inducing an air flow in the main body; a cabinet including a receiving portion on which the top plate is mounted; and a top frame covering an airflow opening between at least one edge of the top plate and the cabinet, wherein the main body includes at least one edge adjacent to the airflow opening and supported by the cabinet, an edge of the top plate is seated on a seat portion of the cabinet, and a rear wall of the main body includes a plate-supporting portion extending forward and supporting the top plate, and a cabinet-supporting portion extending rearward and supported by the cabinet, the plate-supporting portion being formed by cutting a portion of the cabinet-supporting portion and then bending it forward to support a rear portion of the top plate.
A use of a mounting kit, said mounting kit consisting of an element (14, 18) to be mounted in a building wall and an auxiliary mounting device for mounting the element (14, 18) in the building wall, said auxiliary mounting device comprising plate elements (3, 4), in which use the auxiliary mounting device is mounted in the building wall, wherein the plate elements (3, 4) of the auxiliary mounting device in the mounted state in a plane parallel to the wall define an outer contour of the area required by the element (14, 18) to be mounted according to horizontal and vertical boundary lines, have in the mounted state at least the depth of the element (14, 18) to be mounted in a depth direction perpendicular to the plane parallel to the wall, and outline the installation space required for the element (14, 18), wherein the building wall is clad with horizontally and vertically delimited wall cladding panels and the plate elements (3, 4) protrude so far forward, at least in sections, in the depth direction that the wall cladding panels in the plane parallel to the wall can be abutted from the outside onto the protruding plate elements (3, 4), wherein the area required for the subsequent mounting of the element (14, 18) to be mounted of the mounting kit remains free.
A composition containing: (a) 1,8-para-menthenethiol and (b) 3-mercaptohexyl acetate, characterized in that it also contains (c) undecylenic acid or one of its derivatives.
A method for detecting an analyte of interest in a sample, the method comprising: providing a first container comprising a filter portion, the filter portion comprising a filter configured to retain the analyte of interest from the sample, the filter having a first side and comprising a filtrand of the sample on the first side; coupling the filter portion to a detection portion to form a second container, the detection portion comprising a microstructured surface configured to provide capillary forces to retain a sample of interest, the filter portion and the detection portion being coupled together such that the first side of the filter faces the microstructured surface of the detection portion; centrifuging the second container toward the microstructured surface to move the filtrand from the filter to the microstructured surface of the detection portion to form a sediment and a supernatant of the sample; and inverting the second container, after centrifuging the second container, to decant at least a portion of the supernatant from the detection portion, such that a concentrate of the sample is retained in the microstructured surface of the detection portion of the second container, the concentrate comprising the sediment. providing a first container comprising a filter portion, the filter portion comprising a filter configured to retain the analyte of interest from the sample, the filter having a first side and comprising a filtrand of the sample on the first side; coupling the filter portion to a detection portion to form a second container, the detection portion comprising a microstructured surface configured to provide capillary forces to retain a sample of interest, the filter portion and the detection portion being coupled together such that the first side of the filter faces the microstructured surface of the detection portion; centrifuging the second container toward the microstructured surface to move the filtrand from the filter to the microstructured surface of the detection portion to form a sediment and a supernatant of the sample; and inverting the second container, after centrifuging the second container, to decant at least a portion of the supernatant from the detection portion, such that a concentrate of the sample is retained in the microstructured surface of the detection portion of the second container, the concentrate comprising the sediment.
Imaging system for enabling instrument guidance in an interventional procedure on a patient, comprising: - an input for obtaining, from a different system than the imaging system, an interventional path for use in the interventional procedure, the interventional path having been planned based on 3D image data of the patient's interior, and the interventional path being indicative of an entry point on the patient's exterior at which an interventional instrument is to be inserted; - a camera for obtaining a camera image of the patient's exterior during the interventional procedure; - a processor for i) establishing a spatial correspondence between the camera image and the 3D image data, ii) based on the spatial correspondence, calculating a view of the planned interventional path that corresponds with the camera image, and iii) combining the view of the planned interventional path with the camera image to obtain a composite image providing a live view on a position and orientation of the interventional instrument with respect to the planned entry point and the planned interventional path inside the patient's interior; and - a display output for displaying the composite image on a display. - an input for obtaining, from a different system than the imaging system, an interventional path for use in the interventional procedure, the interventional path having been planned based on 3D image data of the patient's interior, and the interventional path being indicative of an entry point on the patient's exterior at which an interventional instrument is to be inserted; - a camera for obtaining a camera image of the patient's exterior during the interventional procedure; - a processor for i) establishing a spatial correspondence between the camera image and the 3D image data, ii) based on the spatial correspondence, calculating a view of the planned interventional path that corresponds with the camera image, and iii) combining the view of the planned interventional path with the camera image to obtain a composite image providing a live view on a position and orientation of the interventional instrument with respect to the planned entry point and the planned interventional path inside the patient's interior; and - a display output for displaying the composite image on a display.
A user equipment, UE, (102, 202, 402, 1102), for communicating with a base station (160, 360, 560, 1060), the UE comprising: a higher layer processing unit configured to acquire radio resource control, RRC, configuration information, the RRC configuration information indicating one or more entries, each of the entries specifying a slot format; and a receiving unit configured to receive a physical signal and a physical downlink control channel, PDCCH, with a downlink control information, DCI, format, wherein: the DCI format includes a first information field and a second information field, the first information field indicates an entry out of the entries, and the second information field is a bitmap indicating channel occupancy status of each of all channel access bandwidths in a bandwidth part, BWP. a higher layer processing unit configured to acquire radio resource control, RRC, configuration information, the RRC configuration information indicating one or more entries, each of the entries specifying a slot format; and a receiving unit configured to receive a physical signal and a physical downlink control channel, PDCCH, with a downlink control information, DCI, format, wherein: the DCI format includes a first information field and a second information field, the first information field indicates an entry out of the entries, and the second information field is a bitmap indicating channel occupancy status of each of all channel access bandwidths in a bandwidth part, BWP. the DCI format includes a first information field and a second information field, the first information field indicates an entry out of the entries, and the second information field is a bitmap indicating channel occupancy status of each of all channel access bandwidths in a bandwidth part, BWP.
A battery module manufacturing system, comprising: a battery module having a cell stack formed by stacking a plurality of battery cells, a module case configured to accommodate the cell stack and a bus bar frame configured to cover an opening at one side of the module case; a fixing frame coupled to one side of the battery module so that the bus bar frame is exposed to the outside; and at least one pressing jig apparatus coupled onto the fixing frame, wherein the pressing jig apparatus includes a first frame and a second frame, wherein the first frame and the second frame are coupled to be rotatable relative to each other based on a rotary shaft fastened to one longitudinal end thereof. wherein the first frame includes a first pressing tip provided at the other longitudinal end thereof and configured to press a lead group of a first unit cell stack provided in the cell stack so that the lead group comes into close contact with one side of the bus bar, and wherein the second frame includes a second pressing tip provided at the other longitudinal end thereof to face the first pressing tip and configured to press a lead group of a second unit cell stack provided in the cell stack so that the lead group comes into close contact with the other side of the bus bar. a battery module having a cell stack formed by stacking a plurality of battery cells, a module case configured to accommodate the cell stack and a bus bar frame configured to cover an opening at one side of the module case; a fixing frame coupled to one side of the battery module so that the bus bar frame is exposed to the outside; and at least one pressing jig apparatus coupled onto the fixing frame, wherein the pressing jig apparatus includes a first frame and a second frame, wherein the first frame and the second frame are coupled to be rotatable relative to each other based on a rotary shaft fastened to one longitudinal end thereof. wherein the first frame includes a first pressing tip provided at the other longitudinal end thereof and configured to press a lead group of a first unit cell stack provided in the cell stack so that the lead group comes into close contact with one side of the bus bar, and wherein the second frame includes a second pressing tip provided at the other longitudinal end thereof to face the first pressing tip and configured to press a lead group of a second unit cell stack provided in the cell stack so that the lead group comes into close contact with the other side of the bus bar.
A method for constructing an elevator system comprising an elevator drive machine, an elevator car, a counterweight and at least one flexible suspension means in a building, with at least one lifting operation being carried out in said method in order to adapt the usable lifting height of the elevator system to an increasing height of the building, with a drive platform that carries the elevator drive machine, as well as the elevator car and the counterweight with the aid of the suspension means, being raised in said lifting operation, and with a difference between a suspension means weight (F A) of the suspension means on the side of the elevator car and a suspension means weight (F G) of the suspension means on the counterweight side essentially being compensated in said method with the aid of at least one compensating traction means that extends from the underside of the elevator car to the underside of the counterweight via a deflecting device, characterized in that the deflecting device comprises two roller assemblies (45, 49), which respectively have at least one deflecting roller (41, 42, 43, 44; 41, 42, 43, 44, 70, 71, 72, 73), with the at least one compensating traction means extending over at least one respective deflecting roller of the two roller assemblies (45, 49) in such a way that it forms at least one compensating traction means loop, in which a defined amount of the compensating traction means is stored, and in that a distance between the two roller assemblies (45, 49) is reduced prior to and/or during the lifting operation in order to release an amount of the compensating traction means required for carrying out the lifting operation from the at least one compensating traction means loop.
A method for organizing an architecture of access points in a distributed wireless network, comprising the steps of: measuring interference between the access points; assigning radiofrequency channels to the access points based on the measured interference to reduce co-channel interference; creating distributed antenna groups of multiple access points operating on the same radio frequency channel to improve packet reception, and assigning a client to one of the distributed antenna groups based on a predetermined metric including information on the network load. measuring interference between the access points; assigning radiofrequency channels to the access points based on the measured interference to reduce co-channel interference; creating distributed antenna groups of multiple access points operating on the same radio frequency channel to improve packet reception, and assigning a client to one of the distributed antenna groups based on a predetermined metric including information on the network load.
An inline storage pouch for use with body fluids from an animal, the inline storage pouch comprising: a flexible pouch body having an interior portion; a fluid storage material disposed within the interior portion; a first port formed on the flexible pouch body configured to connect to a first multi-lumen conduit extending from the flexible pouch body to the animal, the first multi-lumen conduit having at least one sensing lumen and at least one reduced pressure lumen; a second port formed on the flexible pouch body configured to fluidly connect to a second multi-lumen conduit extending from the flexible pouch body to a reduced pressure source, the second multi-lumen conduit having at least one sensing lumen and at least one reduced pressure lumen; and a first bypass conduit disposed within and fluidly isolated from the interior portion of the flexible pouch body, the first bypass conduit having a first end and a second end, the first end of the first bypass conduit fluidly coupled to the at least one sensing lumen of the first multi-lumen conduit and the second end of the first bypass conduit fluidly coupled to the at least one sensing lumen of the second multi-lumen conduit. a flexible pouch body having an interior portion; a fluid storage material disposed within the interior portion; a first port formed on the flexible pouch body configured to connect to a first multi-lumen conduit extending from the flexible pouch body to the animal, the first multi-lumen conduit having at least one sensing lumen and at least one reduced pressure lumen; a second port formed on the flexible pouch body configured to fluidly connect to a second multi-lumen conduit extending from the flexible pouch body to a reduced pressure source, the second multi-lumen conduit having at least one sensing lumen and at least one reduced pressure lumen; and a first bypass conduit disposed within and fluidly isolated from the interior portion of the flexible pouch body, the first bypass conduit having a first end and a second end, the first end of the first bypass conduit fluidly coupled to the at least one sensing lumen of the first multi-lumen conduit and the second end of the first bypass conduit fluidly coupled to the at least one sensing lumen of the second multi-lumen conduit.