mhurhangee/patent-ind-claim-en huggingface dataset:
Housing for a field device used in measuring and automation technology, comprising: at least a housing body with at least two housing chambers and at least one wall , wherein the housing chambers are separated by the wall, said wall having at least one opening , wherein said opening connects the housing chambers with one another, wherein the opening is closed by a potting compound, wherein said potting compound guarantees Ex-d sealing according to IEC 60079-1 standard from the year 2014, characterized in that at least one printed circuit board extends through the opening , wherein the printed circuit board is held in place by at least one holder . at least a housing body with at least two housing chambers and at least one wall , wherein the housing chambers are separated by the wall, said wall having at least one opening , wherein said opening connects the housing chambers with one another, wherein the opening is closed by a potting compound, wherein said potting compound guarantees Ex-d sealing according to IEC 60079-1 standard from the year 2014, characterized in that at least one printed circuit board extends through the opening , wherein the printed circuit board is held in place by at least one holder .
Holding frame for a plug connector for fitting into a metallic plug-connector housing and for protective earthing thereof, and also for receiving identical and/or different modules , wherein the holding frame is formed from at least two different materials, of which at least one material is electrically conductive, wherein the holding frame has a base frame and at least one cheek part , wherein the base frame is in the form of a die-cast part, and wherein the at least one cheek part consists of spring-elastic sheet metal, characterized in that the at least one cheek part has a trapeziform narrowing, wherein the at least one cheek part has a fastening region for holding the modules , wherein the cheek part narrows in a trapeziform manner in the direction of the fastening region , wherein the fastening region is formed on a head region of the at least one cheek part , which head region is positioned on an end portion, situated opposite a foot region , of the cheek part , wherein the at least one cheek part has a middle portion between the foot region and the head region , wherein the middle portion narrows in a trapeziform manner from the foot region towards the head region and is reversibly deformable, and wherein, in a region of attachment of the foot region to the middle portion , an offset is formed in such a way that the foot region extends in a first plane and the middle portion extends in second plane, which second plane is oriented in a manner offset from the first plane.
An apparatus for forming air-laid fibrous articles, comprising a plurality of discrete pockets defining the shape of the articles disposed in a circumferential relationship about the periphery of a rotatable deposition drum comprising a disk-shaped backing plate , characterized in that the discrete pockets are removably attached to interfacing segments which are themselves removably attached to the backing plate .
A support structure for a tarpaulin for vehicles, trailers, semi-trailers and containers, comprising two series of sliders configured to be arranged for sliding along respective side supports (A1, A2) of a loading compartment (A), a plurality of carrier ribs configured to support a tarpaulin, each carrier rib connecting two sliders of the two series, respectively, to each other, wherein adjacent sliders of each series are connected to each other by means of two arms respectively hinged to the adjacent sliders , wherein said two arms are hinged to each other, and wherein each of said two arms is formed from a folded rod and comprises a pair of longitudinal portions and transverse portions (21b, 21c-21d, 22b, 22c-22d), said structure being characterized in that said sliders have a lower surface which is made of anti-friction material, and said two arms comprise respective heads hinged to each other, each head having a rounded cross-sectional profile at the hinge, wherein each of said heads comprises a fastening part clamped around at least one transverse portion (21c-21d, 22c-22d) of the relevant arm , wherein said heads are provided with respective cylindrical guides coupled to each other by a rotation pin , and wherein said structure further comprises a support mounted to the rotation pin , said support comprising fastening means for fastening the tarpaulin thereto. wherein adjacent sliders of each series are connected to each other by means of two arms respectively hinged to the adjacent sliders , wherein said two arms are hinged to each other, and wherein each of said two arms is formed from a folded rod and comprises a pair of longitudinal portions and transverse portions (21b, 21c-21d, 22b, 22c-22d), said structure being characterized in that said sliders have a lower surface which is made of anti-friction material, and said two arms comprise respective heads hinged to each other, each head having a rounded cross-sectional profile at the hinge, wherein each of said heads comprises a fastening part clamped around at least one transverse portion (21c-21d, 22c-22d) of the relevant arm , wherein said heads are provided with respective cylindrical guides coupled to each other by a rotation pin , and wherein said structure further comprises a support mounted to the rotation pin , said support comprising fastening means for fastening the tarpaulin thereto.
An apparatus for acoustophoretic printing, the apparatus comprising: an acoustic chamber fully or partially enclosed by sound-reflecting walls for transmission of an acoustic field; an emitter at a first end of the acoustic chamber for generating the acoustic field; a chamber outlet at a second end of the acoustic chamber for locally enhancing the acoustic field and transmitting the acoustic field out of the acoustic chamber, wherein the chamber outlet is spaced apart from the emitter by a distance d x in a direction normal to a longitudinal axis (L) of the emitter; and a nozzle in the acoustic chamber having a nozzle opening projecting into the chamber outlet for delivery of an ink into a high-intensity acoustic field and out of the acoustic chamber. an acoustic chamber fully or partially enclosed by sound-reflecting walls for transmission of an acoustic field; an emitter at a first end of the acoustic chamber for generating the acoustic field; a chamber outlet at a second end of the acoustic chamber for locally enhancing the acoustic field and transmitting the acoustic field out of the acoustic chamber, wherein the chamber outlet is spaced apart from the emitter by a distance d x in a direction normal to a longitudinal axis (L) of the emitter; and a nozzle in the acoustic chamber having a nozzle opening projecting into the chamber outlet for delivery of an ink into a high-intensity acoustic field and out of the acoustic chamber.
A compound of formula A in which R 1 represents phenyl which is optionally substituted with 1 to 3 substituents selected from the group consisting of fluoro, chloro, methyl, ethyl, cyclopropyl, F 2 HC-, FH 2 C-, F 3 C-; R 2 represents hydrogen, methyl; R 3 represents hydrogen, fluoro. R 1 represents phenyl which is optionally substituted with 1 to 3 substituents selected from the group consisting of fluoro, chloro, methyl, ethyl, cyclopropyl, F 2 HC-, FH 2 C-, F 3 C-; R 2 represents hydrogen, methyl; R 3 represents hydrogen, fluoro.
A balloon comprising: a first porous membrane configured to begin perfusing at a pressure, the pressure being equal to or greater than that required to reach nominal size, the first porous membrane comprising a first microstructure; and a second porous membrane configured to withstand the hydrostatic load generated by the first membrane upon inflation, the second porous membrane comprising a second microstructure that is different to the first microstructure, wherein the balloon is configured to allow fluid to be transferred through at least a portion of the wall of the balloon when the balloon's maximum working pressure is exceeded such that catastrophic failure is avoided during use, wherein the first porous membrane and the second porous membrane comprise ePTFE. a first porous membrane configured to begin perfusing at a pressure, the pressure being equal to or greater than that required to reach nominal size, the first porous membrane comprising a first microstructure; and a second porous membrane configured to withstand the hydrostatic load generated by the first membrane upon inflation, the second porous membrane comprising a second microstructure that is different to the first microstructure, wherein the balloon is configured to allow fluid to be transferred through at least a portion of the wall of the balloon when the balloon's maximum working pressure is exceeded such that catastrophic failure is avoided during use, wherein the first porous membrane and the second porous membrane comprise ePTFE.
Process for testing and validating testing devices for examining objects or persons, wherein the objects or the persons are transilluminated or irradiated by means of electromagnetic radiation, characterized in that a liquid mixture containing glycerol is arranged in an object to be examined or on a person, wherein the proportion of glycerol is at least 90 wt%, preferably approximately 99.5 wt%, and the residual proportion is water.
System for covering flat surfaces that is installed on support structures formed by support poles maintained in position by a network of tie-rods , both the support poles and the tie-rods being fixed on the surface by means of suitable pins, said system comprising a plurality of pairs of elongated support elements having a lower portion positioned on such poles and being joined together in raised position in proximity to their upper end, to form a plurality of pairs of slopes on which protection nets or protection sheets are positioned, which in open position cover the area below the support structure and which in closed position are compact and amassed between adjacent poles of the same row; the movement from the open position to the closed one and vice versa being obtained through the sliding of the sheet along the elongated support elements by means of movement means, wherein on the top of such structures above said sheets electrical energy generation units can be installed, wherein the sheets are associated with the elongated support elements by means of a plurality of constraining means slidable along such elongated support elements, said constraining means comprising a sleeve made of two annular sectors provided with notches on the edge, that when such sectors are joined together form a groove which is crimped on the edge of the sheet, a through hole of the sleeve allows the sliding on the elongated support element.
An animal containment enrichment composition, comprising one or more sheets, wherein at least one of the one or more sheets comprises an array of scores defining a flat array of strips in the sheet, wherein the array of scores is configured for an animal to remove strips in the flat array of strips from the sheet, and wherein the shape of one or more strips in the flat array of strips is sinusoidal or zig-zag.
A hydraulic device for a rail vehicle, comprising - a fluid container , - a motor with a pump, - a control plate , - a control region , - a ventilation and purging unit for ventilating and purging the fluid container , wherein - the ventilation and purging unit has a valve unit integrated into a wall of a housing of the fluid container , and a channel labyrinth arranged in the fluid container and connected to the valve unit . - a fluid container , - a motor with a pump, - a control plate , - a control region , - a ventilation and purging unit for ventilating and purging the fluid container , - the ventilation and purging unit has a valve unit integrated into a wall of a housing of the fluid container , and a channel labyrinth arranged in the fluid container and connected to the valve unit .
A computer system comprising: a central processing unit (CPU) arranged to support a plurality of operating systems , each operating system including a GPU driver ; a graphics processing unit (GPU) including GPU firmware for controlling the execution of tasks at the graphics processing unit and, for each operating system: a firmware state register modifiable by the GPU firmware and indicating whether the GPU firmware is online; and an OS state register modifiable by the GPU driver of the respective operating system and indicating whether the GPU driver is online; and a memory management unit configured to mediate access to the registers of the GPU such that each operating system can access its respective registers but not those of other operating systems; wherein: one of the GPU drivers at the plurality of operating systems is a host GPU driver configured to initialise the GPU and bring the GPU firmware online; each GPU driver is configured to submit tasks for processing at the GPU only if its respective firmware state register indicates that the GPU firmware is online; and the GPU is configured to process tasks for an operating system if the respective OS state register of that operating system indicates that the GPU driver is online. a central processing unit (CPU) arranged to support a plurality of operating systems , each operating system including a GPU driver ; a graphics processing unit (GPU) including GPU firmware for controlling the execution of tasks at the graphics processing unit and, for each operating system: a firmware state register modifiable by the GPU firmware and indicating whether the GPU firmware is online; and an OS state register modifiable by the GPU driver of the respective operating system and indicating whether the GPU driver is online; and a firmware state register modifiable by the GPU firmware and indicating whether the GPU firmware is online; and an OS state register modifiable by the GPU driver of the respective operating system and indicating whether the GPU driver is online; a memory management unit configured to mediate access to the registers of the GPU such that each operating system can access its respective registers but not those of other operating systems; one of the GPU drivers at the plurality of operating systems is a host GPU driver configured to initialise the GPU and bring the GPU firmware online; each GPU driver is configured to submit tasks for processing at the GPU only if its respective firmware state register indicates that the GPU firmware is online; and the GPU is configured to process tasks for an operating system if the respective OS state register of that operating system indicates that the GPU driver is online.
An automatic analysis system , comprising: a plurality of analysis modules that analyze a sample by mixing the sample with a reagent; a conveying line that conveys a sample rack which holds a sample container that contains the sample; and a sample rack distribution module that includes a rotatable standby disk arranged at one end of the conveying line and formed with a plurality of holding units which hold the sample rack , and that supplies the sample rack to the analysis modules , wherein each of the analysis modules includes: a sample dispensing mechanism that dispenses a sample held in the sample rack ; and a dispensing line that draws and delivers the sample rack from the sample rack distribution module to a sample dispensing position by the sample dispensing mechanism , the conveying line and the dispensing lines are arranged not to be parallel to each other, and a device layout of the analysis modules with the sample rack distribution module interposed therebetween is line-symmetric with respect to a straight line passing through a rotation center of the standby disk , characterized in that the dispensing lines are arranged such that at least one of lines extending in a conveying direction of the sample rack of the plurality of the dispensing lines does not pass through the holding units of the standby disk , but passes between two adjacent holding units . a plurality of analysis modules that analyze a sample by mixing the sample with a reagent; a conveying line that conveys a sample rack which holds a sample container that contains the sample; and a sample rack distribution module that includes a rotatable standby disk arranged at one end of the conveying line and formed with a plurality of holding units which hold the sample rack , and that supplies the sample rack to the analysis modules , wherein each of the analysis modules includes: a sample dispensing mechanism that dispenses a sample held in the sample rack ; and a dispensing line that draws and delivers the sample rack from the sample rack distribution module to a sample dispensing position by the sample dispensing mechanism , a sample dispensing mechanism that dispenses a sample held in the sample rack ; and a dispensing line that draws and delivers the sample rack from the sample rack distribution module to a sample dispensing position by the sample dispensing mechanism , the conveying line and the dispensing lines are arranged not to be parallel to each other, and a device layout of the analysis modules with the sample rack distribution module interposed therebetween is line-symmetric with respect to a straight line passing through a rotation center of the standby disk , characterized in that the dispensing lines are arranged such that at least one of lines extending in a conveying direction of the sample rack of the plurality of the dispensing lines does not pass through the holding units of the standby disk , but passes between two adjacent holding units .
A method of wireless communication of a base station, comprising: determining a first set of resources to be used for establishing network access for a set of user equipments, UEs ; and determining a second set of resources for establishing backhaul links with a set of base stations, wherein a resource schedule of the base station comprises the first set of resources and the second set of resources , wherein the first set of resources is a first set of beam reference signal, BRS, resources and the second set of resources is a second set of BRS resources, the base station transmits BRS during each of the first set of BRS resources, and during the second set of BRS resources, the base station performs one or more of receiving BRS, switching between receiving and sending BRS during a resource of the second set of BRS resources, or sending BRS with a modified configuration. determining a first set of resources to be used for establishing network access for a set of user equipments, UEs ; and determining a second set of resources for establishing backhaul links with a set of base stations, wherein a resource schedule of the base station comprises the first set of resources and the second set of resources , wherein the first set of resources is a first set of beam reference signal, BRS, resources and the second set of resources is a second set of BRS resources, the base station transmits BRS during each of the first set of BRS resources, and during the second set of BRS resources, the base station performs one or more of receiving BRS, switching between receiving and sending BRS during a resource of the second set of BRS resources, or sending BRS with a modified configuration.
A device comprising: a single electromagnetic interference, EMI, shield plate that defines an enclosed area , wherein the EMI shield plate includes: an inner surface and an outer surface opposite the inner surface ; and a first portion , a second portion , and a third portion opposite the first portion , wherein the second portion is arranged intermediate the first and third portions, the first portion is connected to the second portion along a first edge, the second portion is connected to the third portion along a second edge; wherein an inner surface of the first portion , an inner surface of the second portion , and an inner surface of the third portion at least partially define the enclosed area ; a first printed circuit board, PCB, coupled with the inner surface of the first portion within the enclosed area ; and a second PCB coupled with the inner surface of the third portion within the enclosed area and opposite the first PCB , characterized in that an EMI spacer is positioned at one end or both ends of the device , and is coupled to one of the first to third portions . an inner surface and an outer surface opposite the inner surface ; and a first portion , a second portion , and a third portion opposite the first portion , wherein the second portion is arranged intermediate the first and third portions, the first portion is connected to the second portion along a first edge, the second portion is connected to the third portion along a second edge; wherein an inner surface of the first portion , an inner surface of the second portion , and an inner surface of the third portion at least partially define the enclosed area ; a first printed circuit board, PCB, coupled with the inner surface of the first portion within the enclosed area ; and a second PCB coupled with the inner surface of the third portion within the enclosed area and opposite the first PCB , characterized in that an EMI spacer is positioned at one end or both ends of the device , and is coupled to one of the first to third portions .
A ship comprising at least one hull and a bow part defining a forward direction of said ship , where said bow part comprises at least one elastically deformable fender extending at least partially across said bow part with a given curvature in the cross-wise direction and having at least one curved engagement surface in said cross-wise direction, where said engagement surface faces in said forward direction and is adapted to engage a structure during docking of the ship at said structure , wherein said fender comprises at least one concave engagement surface as seen in the cross-wise direction from said forward direction, characterized in that said concave engagement surface comprises a number of recesses adapted to accommodate a landing structure of said structure .
Fluid consumption meter arranged to measure a flow rate of a fluid and comprising a control device with a sound detection module arranged to detect a sound in said fluid characterized in that the control device is configured such that said at least one further module of the fluid consumption meter not required for sound detection is deactivated prior to starting a sound detection and during activation of the sound detection module the least one further module of the consumption meter not required for sound detection is in a deactivated state to avoid or reduce a disturbance occurring from the operation of this further module.