mhurhangee/patent-ind-claim-en huggingface dataset:
Micromechanical rate-of-rotation sensor , having: a first Coriolis element ; a first drive beam , which is arranged along the first Coriolis element and is coupled via a first spring to the first Coriolis element ; a first drive electrode carrier , which carries a multiplicity of first drive electrodes extending parallel to the first drive beam ; a second Coriolis element , which is arranged on the side facing away from the first drive beam , beside the first Coriolis element ; and a coupling element , which couples the first Coriolis element and the second Coriolis element to form an anti-parallel drive mode; characterized in that the first drive electrode carrier extends from the first drive beam in the direction opposite to the first Coriolis element . a first Coriolis element ; a first drive beam , which is arranged along the first Coriolis element and is coupled via a first spring to the first Coriolis element ; a first drive electrode carrier , which carries a multiplicity of first drive electrodes extending parallel to the first drive beam ; a second Coriolis element , which is arranged on the side facing away from the first drive beam , beside the first Coriolis element ; and a coupling element , which couples the first Coriolis element and the second Coriolis element to form an anti-parallel drive mode; characterized in that the first drive electrode carrier extends from the first drive beam in the direction opposite to the first Coriolis element .
A pillow for a patient interface structure configured to deliver a flow of breathable gas to a patient, comprising: a neck portion arranged at a top of a plenum, wherein said neck portion defining a passage in communication with the plenum configured to receive the flow of breathable gas from the plenum, a conical portion extending from the neck portion and comprising an orifice configured to deliver the flow of breathable gas to the patient and a sealing surface configured to engage the naris of the patient, wherein the sealing surface and the orifice are concentric with the neck portion and the sealing surface of the conical portion has a rounded portion adjacent a base portion of the conical portion, and a radius of the rounded portion on a side of the conical portion configured to engage the naris of the patient is smaller than a radius of the rounded portion on an opposing side of the conical portion configured to engage the upper lip of the patient, the larger radius on the opposing side has a thickened region resulting in a spring structure of the conical portion to cause a posterior surface of the plenum to be rotated away from the upper lip of the patient upon insertion of the pillow into a naris of the patient. a neck portion arranged at a top of a plenum, wherein said neck portion defining a passage in communication with the plenum configured to receive the flow of breathable gas from the plenum, a conical portion extending from the neck portion and comprising an orifice configured to deliver the flow of breathable gas to the patient and a sealing surface configured to engage the naris of the patient, wherein the sealing surface and the orifice are concentric with the neck portion and the sealing surface of the conical portion has a rounded portion adjacent a base portion of the conical portion, and a radius of the rounded portion on a side of the conical portion configured to engage the naris of the patient is smaller than a radius of the rounded portion on an opposing side of the conical portion configured to engage the upper lip of the patient, the larger radius on the opposing side has a thickened region resulting in a spring structure of the conical portion to cause a posterior surface of the plenum to be rotated away from the upper lip of the patient upon insertion of the pillow into a naris of the patient.
An access method comprising: determining , by a terminal, a target Access Class Barring, ACB, control parameter according to target feature information, the target feature information comprising an Access Class, AC, of the terminal and further comprising at least one of: a priority of the terminal determined on the basis of a type of the terminal, information of a service to which data to be transmitted belongs, or information of a core network providing the service to which data to be transmitted belongs; in response to the target feature information comprising the AC of the terminal and the priority of the terminal determined on the basis of the type of the terminal, determining, by the terminal, the target ACB control parameter according to the target feature information comprising the AC of the terminal and the priority of the terminal determined on the basis of the type of the terminal, wherein the priority and AC of the terminal are information in two dimensions, and it is allowed that the terminal with a high priority corresponds to a low AC; and accessing , by the terminal, a network device according to the target ACB control parameter. determining , by a terminal, a target Access Class Barring, ACB, control parameter according to target feature information, the target feature information comprising an Access Class, AC, of the terminal and further comprising at least one of: a priority of the terminal determined on the basis of a type of the terminal, information of a service to which data to be transmitted belongs, or information of a core network providing the service to which data to be transmitted belongs; in response to the target feature information comprising the AC of the terminal and the priority of the terminal determined on the basis of the type of the terminal, determining, by the terminal, the target ACB control parameter according to the target feature information comprising the AC of the terminal and the priority of the terminal determined on the basis of the type of the terminal, wherein the priority and AC of the terminal are information in two dimensions, and it is allowed that the terminal with a high priority corresponds to a low AC; and accessing , by the terminal, a network device according to the target ACB control parameter.
Beverage preparation device , in particular a fully automatic coffee machine, having a milk-foaming device and having a milk-supplying apparatus for supplying milk to the milk-foaming device , wherein the milk-supplying apparatus has a connecting apparatus with a connection option for the milk, having a first position of use and at least one second position of use , such that by switching between the first position of use and the second position of use, the milk container can be positioned either on one side or on the other side of the beverage preparation device, wherein in the first position of use the connection option for the milk is formed at a first position, and wherein in the second position of use the connection option for the milk is formed at a second position that differs from the first position, such that a connecting piece can be arranged detachably at at least two different positions of the beverage preparation device in order to switch between the positions of use, characterised in that the connecting apparatus has at least two first connecting pieces for a milk hose for supplying milk, which are arranged at different positions of the beverage preparation device , wherein the beverage preparation device is designed such that in each case a detachable fluid connection can be established between the milk-foaming device and the first connection piece in order to switch between the positions of use .
A liner assembly and axle bracket combination for an axle coupling assembly, comprising: an axle bracket comprising a body having a central portion and at least two depending flanges connected to the central portion; a liner assembly having a body comprising an elongated base , two side walls extending from the elongated base so as to be disposed adjacent the respective depending flanges of the axle bracket; the liner assembly comprising at least one extension member comprising a connector , and the axle bracket comprising at least one connector receiver configured to receive the at least one connector of the at least one extension member of the liner assembly, and characterized in that the two side walls of the liner assembly comprise distal portions that extend beyond the depending flanges of the axle bracket and are flared outward relative to the side walls to provide an entry to an axle-receiving space between the side walls. an axle bracket comprising a body having a central portion and at least two depending flanges connected to the central portion; a liner assembly having a body comprising an elongated base , two side walls extending from the elongated base so as to be disposed adjacent the respective depending flanges of the axle bracket; the liner assembly comprising at least one extension member comprising a connector , and the axle bracket comprising at least one connector receiver configured to receive the at least one connector of the at least one extension member of the liner assembly, and characterized in that the two side walls of the liner assembly comprise distal portions that extend beyond the depending flanges of the axle bracket and are flared outward relative to the side walls to provide an entry to an axle-receiving space between the side walls.
Method for providing functions within an industrial automation system, in which - functions of the automation system are made available by a web application of at least one control unit , said functions being provided on the client side during a control program run as a web client at a user interface on the client side; - the functions are provided by a standardized data model of the web application which represents the at least one control unit and data providable by the latter; - the standardized data model is accessed via a generic data interface of the web application, characterized in that the web application is a single-page application on the client side, and the structure of the data model is accessed from the web client via the data interface in order to extract a subset of a superset of all functions of a plurality of different control units from the data model and provide it at the user interface on the client side. - functions of the automation system are made available by a web application of at least one control unit , said functions being provided on the client side during a control program run as a web client at a user interface on the client side; - the functions are provided by a standardized data model of the web application which represents the at least one control unit and data providable by the latter; - the standardized data model is accessed via a generic data interface of the web application, the web application is a single-page application on the client side, and the structure of the data model is accessed from the web client via the data interface in order to extract a subset of a superset of all functions of a plurality of different control units from the data model and provide it at the user interface on the client side.
A flying insect station comprising: a frame portion having a surface geometry that is tapered, rounded, or planar to provide depth to the flying insect station ; a backside of the frame portion includes an outer peripheral edge , that is generally planar or resides in a single plane; a first surface and a second surface , wherein the first surface extends outward from the outer peripheral edge above the second surface ; a cavity is configured on the backside beneath the first surface ; wherein the cavity includes means for supporting or holding an attractant; wherein the frame portion and the first surface are of a dark colour; wherein the second surface is substantially reflective. a frame portion having a surface geometry that is tapered, rounded, or planar to provide depth to the flying insect station ; a backside of the frame portion includes an outer peripheral edge , that is generally planar or resides in a single plane; a first surface and a second surface , wherein the first surface extends outward from the outer peripheral edge above the second surface ; a cavity is configured on the backside beneath the first surface ; wherein the cavity includes means for supporting or holding an attractant; wherein the frame portion and the first surface are of a dark colour; wherein the second surface is substantially reflective.
Knitted article, consisting of a ground knit that is knitted in the form of a circular knit and is composed of at least one ground knit thread , wherein at least one zone is provided with a reduced thread volume, characterized in that the zone is knitted by means of further threads , which are fixed in place in the same stitch row in the ground knit by way of their two ends and at least some of which are thinner than the ground knit thread , wherein the threads , instead of the interrupted ground knit thread , are knitted in multiple separate rows that form stitches and extend around less than 360° in a circumferential direction.
Pallet container, in particular made of synthetic material, having a pallet bottom and having a folding wall ring which is displaceable between a deployed functional position and a folded-up rest position, and having a pallet cover which is held on the folding wall ring by means of at least one connector means , wherein the connector means is designed as a flexible connecting strand which is permanently connected to the pallet cover and the folding wall ring , characterized in that the flexible connecting strand is in sections elastically resilient, wherein an elastically resilient strand section is fixedly connected to an inelastic flexible strand section, and wherein the elastically resilient strand section is designed as a strap or ring made of rubber or another elastomeric material.
A method for transmitting data to security modules having antenna terminals , having the following steps: - contacting (S2) the antenna terminals of the security module ; - transmitting (S3) the data via the antenna terminals to the security module using physical contacts; wherein antenna terminals of a card reading device are contacted; and an antenna signal of the card reading device is transformed into an antenna signal for the security module , wherein the antenna terminals of the card reading device are connected to the input of a transformation unit and the antenna terminals of the security module to the output of the transformation unit ; characterized in that the transformation unit is arranged in a case. - contacting (S2) the antenna terminals of the security module ; - transmitting (S3) the data via the antenna terminals to the security module using physical contacts;
An article comprising: a substrate formed of a molybdenum-based alloy, the molybdenum-based alloy having a composition including molybdenum, silicon, and boron; and a barrier layer disposed on the substrate, the barrier layer formed of at least one noble metal selected from the group consisting of ruthenium, rhodium, palladium, silver, osmium, iridium, platinum, gold, and combinations thereof; and a copper metal interlayer disposed between the substrate and the barrier layer. a substrate formed of a molybdenum-based alloy, the molybdenum-based alloy having a composition including molybdenum, silicon, and boron; and a barrier layer disposed on the substrate, the barrier layer formed of at least one noble metal selected from the group consisting of ruthenium, rhodium, palladium, silver, osmium, iridium, platinum, gold, and combinations thereof; and a copper metal interlayer disposed between the substrate and the barrier layer.
A system comprising - a device for washing, disinfecting and/or sterilizing medical, dental, laboratory and/or pharmaceutical goods, and - a parameter determining unit adapted to determine a value indicative of a parameter of a medium dedicated to the device before being supplied to the device , wherein the parameter is representative of a quality aspect of the medium, said parameter being taken from the list of temperature, pH, conductivity, density, pressure, and wherein the medium supplied to the device is used for a process performed in the device, said medium being a liquid, a gas or an aerosol, the system further comprising a medium input unit adapted to receive the medium, which medium input unit enables feeding of the medium into the system, and which medium input unit is connected to the parameter determining unit by a conduit , wherein the parameter determining unit is located upstream of the device , such that it determines the parameter of the incoming medium, before it reaches the device and such that only the quantity of the medium which is intended to be supplied to the device is monitored by the parameter determining unit . - a device for washing, disinfecting and/or sterilizing medical, dental, laboratory and/or pharmaceutical goods, and - a parameter determining unit adapted to determine a value indicative of a parameter of a medium dedicated to the device before being supplied to the device , wherein the parameter is representative of a quality aspect of the medium, said parameter being taken from the list of temperature, pH, conductivity, density, pressure, and wherein the medium supplied to the device is used for a process performed in the device, said medium being a liquid, a gas or an aerosol, the system further comprising a medium input unit adapted to receive the medium, which medium input unit enables feeding of the medium into the system, and which medium input unit is connected to the parameter determining unit by a conduit , wherein the parameter determining unit is located upstream of the device , such that it determines the parameter of the incoming medium, before it reaches the device and such that only the quantity of the medium which is intended to be supplied to the device is monitored by the parameter determining unit .
A modified microorganism producing acrylic acid, wherein the microorganism is a beta-alanine-producing strain, comprising a act gene derived from Clostridium propionicum encoding a beta-alanine coenzyme A transferase, a acl2 gene derived from Clostridium propionicum encoding a beta-alanyl-CoA:ammonia lyase gene and a pct gene derived from Ralstonia eutropha encoding a propionate coenzyme A transferase ; and wherein an acuI gene derived from Escherichia coli encoding acrylyl-coA reductase is deleted in the microorganism; and wherein the microorganism is Escherichia sp.
A display module, comprising a display screen , an optical fingerprint module and a display screen protective layer , characterized in that the optical fingerprint module is located on a surface of the display screen away from a light-out surface; the optical fingerprint module comprises a sensor , a packaging layer for packaging the sensor and a flexible printed circuit board connected to the sensor ; the sensor comprises a fingerprint detection area , the packaging layer packages the sensor with the fingerprint detection area on the sensor exposed; the flexible printed circuit board is configured to transmit a signal detected by the sensor ; the display screen protective layer located on the surface of the display screen away from the light-out surface; a through hole is disposed at the display screen protective layer ; the display screen protective layer is fixedly connected to the display screen ; a vertical projection of the fingerprint detection area of the optical fingerprint module on the light-out surface of the display screen is located inside a display area of the display screen , and light is able to be transmitted through the display screen and the through hole to the fingerprint detection area ; the optical fingerprint module is bonded to a middle frame by using a bezel adhesive , wherein a second through hole is disposed at the middle frame ; the bezel adhesive is applied around the fingerprint detection area of the sensor and is bonded to the packaging layer ; there is a gap between the fingerprint detection area and the display screen . the optical fingerprint module is located on a surface of the display screen away from a light-out surface; the optical fingerprint module comprises a sensor , a packaging layer for packaging the sensor and a flexible printed circuit board connected to the sensor ; the sensor comprises a fingerprint detection area , the packaging layer packages the sensor with the fingerprint detection area on the sensor exposed; the flexible printed circuit board is configured to transmit a signal detected by the sensor ; the display screen protective layer located on the surface of the display screen away from the light-out surface; a through hole is disposed at the display screen protective layer ; the display screen protective layer is fixedly connected to the display screen ; a vertical projection of the fingerprint detection area of the optical fingerprint module on the light-out surface of the display screen is located inside a display area of the display screen , and light is able to be transmitted through the display screen and the through hole to the fingerprint detection area ; the optical fingerprint module is bonded to a middle frame by using a bezel adhesive , wherein a second through hole is disposed at the middle frame ; the bezel adhesive is applied around the fingerprint detection area of the sensor and is bonded to the packaging layer ; there is a gap between the fingerprint detection area and the display screen .
A method of producing a training/amusement projectile device comprising: (a) winding filament into a set of wider loops and another set of narrower loops ; (b) with the sets of loops bundled together in a singular bundle in which the set narrower loops are nested inside the set of wider loops , cinching the sets of loops together at a central core of said singular bundle, from which both sets of loops each radiate outward in multiple directions; (c) cutting the wider loops into strands to create a plurality of individual baffling elements of lower density than a bounce element defined by the narrower loops , which are left intact and uncut. (a) winding filament into a set of wider loops and another set of narrower loops ; (b) with the sets of loops bundled together in a singular bundle in which the set narrower loops are nested inside the set of wider loops , cinching the sets of loops together at a central core of said singular bundle, from which both sets of loops each radiate outward in multiple directions; (c) cutting the wider loops into strands to create a plurality of individual baffling elements of lower density than a bounce element defined by the narrower loops , which are left intact and uncut.