mhurhangee/patent-ind-claim-en huggingface dataset:
Filter device having a filter housing with a fluid inlet for unfiltered medium and with a fluid outlet for filtrate and at least one one-piece or multi-part filter cartridge accommodated in the filter housing , which filter cartridge can be cleaned in counter-current flow to the filtration direction with at least one backflushing element , which backflushing element can be moved along the inside of the respective filter cartridge by means of a fluid-conducting drive shaft of a rotary drive and has, at its end adjacent to this inside , a slot-shaped passage opening with a predefinable slot width (x), which extends parallel to the axis of rotation of the drive shaft and which opens in a fluid-conducting manner into a flow chamber connected to the drive shaft , wherein there is a predefinable distance (a) between the passage opening of the respective backflushing element and the assigned filter cartridge adjacent thereto, characterised in that the distance (a) is preferably one eighth to one half of the slot width (x) of the passage opening of this backflushing element , in that at least part of the filter cartridge comprises a multi-layer fabric (41; 43) which filters unfiltered medium between two supporting bodies (39; 45, 47), and in that the thickness (d 1 , d 2 ) of the two supporting bodies (39; 45, 47) is less than or equal to 1.5 times the slot width (x) of the passage opening of the assignable backflushing element in each case. the distance (a) is preferably one eighth to one half of the slot width (x) of the passage opening of this backflushing element , in that at least part of the filter cartridge comprises a multi-layer fabric (41; 43) which filters unfiltered medium between two supporting bodies (39; 45, 47), and in that the thickness (d 1 , d 2 ) of the two supporting bodies (39; 45, 47) is less than or equal to 1.5 times the slot width (x) of the passage opening of the assignable backflushing element in each case.
Thread guide unit for drawing off a thread out of a rotor of a spinning position of an open-end spinning machine with a draw-off tube and a compressed air nozzle , wherein a thread outlet element is provided and a mouth of the compressed air nozzle is formed as a gap between the draw-off tube and the thread outlet element , characterized in that the compressed air nozzle is arranged with a component that is tangential to the mouth and/or air directing elements are provided in the area of the mouth for generating an air vortex, whereas the air directing elements can be assigned to the draw-off tube and/or the thread outlet element .
An integrated circuit ,IC, die (1502; 1656), comprising: a device layer including a transistor array along a semiconductor fin ; a backside interconnect on a backside of the device layer ; a device layer interconnect in the device layer , electrically coupled to the backside interconnect , wherein the device layer interconnect is in conductive contact with a first source/drain region at a first surface of the device layer interconnect and a second source/drain region at a second, opposite surface of the device layer interconnect along the semiconductor fin ; and S/D electrodes on the first and second surfaces of the device layer interconnect along the semiconductor fin ; characterized in that the device layer interconnect is in an isolation trench taking the place of a gate of the transistor array. a device layer including a transistor array along a semiconductor fin ; a backside interconnect on a backside of the device layer ; a device layer interconnect in the device layer , electrically coupled to the backside interconnect , wherein the device layer interconnect is in conductive contact with a first source/drain region at a first surface of the device layer interconnect and a second source/drain region at a second, opposite surface of the device layer interconnect along the semiconductor fin ; and S/D electrodes on the first and second surfaces of the device layer interconnect along the semiconductor fin ; characterized in that the device layer interconnect is in an isolation trench taking the place of a gate of the transistor array.
Carbon nanotube pellets having an apparent density of 90 kg/m 3 or more, which are obtained by mixing carbon nanotubes (CNTs) and a solvent at a weight ratio of 5:1 to 1:2 and extruding the mixture, wherein the pellets have a diameter of 4 mm to 20 mm and a length of 20 mm to 200 mm; wherein a particle size of the carbon nanotubes contained in the pellets is D 50 of 20 μm or less and D 90 of 50 μm or less. wherein the pellets have a diameter of 4 mm to 20 mm and a length of 20 mm to 200 mm; wherein a particle size of the carbon nanotubes contained in the pellets is D 50 of 20 μm or less and D 90 of 50 μm or less.
Air treatment unit for a brake system of a commercial vehicle, wherein the air treatment unit has the following features: a foot brake module connection for pneumatically and/or electrically coupling the air treatment unit to a foot brake module of the brake system ; at least one valve unit for charging the foot brake module connection with a control pressure for activating the foot brake module ; and a control device for activating the valve unit , characterised in that the control device can be coupled to at least one wheel rotational speed sensor of the commercial vehicle and is designed to activate the valve unit and/or at least one control valve (126; 200) of an anti-lock brake system of the commercial vehicle using a wheel speed sensor signal generated by the wheel speed sensor , wherein the control device is designed to read in/pick up speed signals of the wheel speed sensor which supplies speed signals to an ABS or EBS system of the commercial vehicle. a foot brake module connection for pneumatically and/or electrically coupling the air treatment unit to a foot brake module of the brake system ; at least one valve unit for charging the foot brake module connection with a control pressure for activating the foot brake module ; and a control device for activating the valve unit , characterised in that the control device can be coupled to at least one wheel rotational speed sensor of the commercial vehicle and is designed to activate the valve unit and/or at least one control valve (126; 200) of an anti-lock brake system of the commercial vehicle using a wheel speed sensor signal generated by the wheel speed sensor , wherein the control device is designed to read in/pick up speed signals of the wheel speed sensor which supplies speed signals to an ABS or EBS system of the commercial vehicle.
A wind turbine comprising: - at least one rotor blade , - at least one aerodynamic device for influencing the airflow flowing from the leading edge section of the rotor blade to the trailing edge section of the rotor blade , wherein the aerodynamic device is mounted at a surface of the rotor blade , - a pneumatic actuator of the aerodynamic device for actuating the aerodynamic device at least between a first protruded configuration and a second retracted configuration, - a pressure supply system for operating the actuator by means of a pressurized fluid, characterized in that the wind turbine further comprises: - a centrifugal device rotatable about a rotor axis (Y) of the wind turbine , the centrifugal device comprising an air inlet for receiving a flow of the pressurized fluid including humidity from the pressure supply system and a water outlet for letting a flow of condensed water to exit the centrifugal device , and in that the water outlet of the centrifugal device is radially distanced from the rotor axis (Y) of the wind turbine in order to receive the flow of condensed water as an effect of a centrifugal reaction to the rotation about the rotor axis (Y) of the wind turbine . - at least one rotor blade , - at least one aerodynamic device for influencing the airflow flowing from the leading edge section of the rotor blade to the trailing edge section of the rotor blade , wherein the aerodynamic device is mounted at a surface of the rotor blade , - a pneumatic actuator of the aerodynamic device for actuating the aerodynamic device at least between a first protruded configuration and a second retracted configuration, - a pressure supply system for operating the actuator by means of a pressurized fluid, characterized in that the wind turbine further comprises: - a centrifugal device rotatable about a rotor axis (Y) of the wind turbine , the centrifugal device comprising an air inlet for receiving a flow of the pressurized fluid including humidity from the pressure supply system and a water outlet for letting a flow of condensed water to exit the centrifugal device , and in that the water outlet of the centrifugal device is radially distanced from the rotor axis (Y) of the wind turbine in order to receive the flow of condensed water as an effect of a centrifugal reaction to the rotation about the rotor axis (Y) of the wind turbine . - a centrifugal device rotatable about a rotor axis (Y) of the wind turbine , the centrifugal device comprising an air inlet for receiving a flow of the pressurized fluid including humidity from the pressure supply system and a water outlet for letting a flow of condensed water to exit the centrifugal device , and in that the water outlet of the centrifugal device is radially distanced from the rotor axis (Y) of the wind turbine in order to receive the flow of condensed water as an effect of a centrifugal reaction to the rotation about the rotor axis (Y) of the wind turbine .
Bait station , with a housing that is open at the bottom and air-tight at the top up in such a way that the water level in the housing is limited by the fact that an air bubble is trapped in the upper section of the housing when the water reaches a correspondingly high level and with a bait holder intended to incorporate the bait which is placed within the housing , where the bait holder is designed to float and the housing has water holes in the lower section, such that water can enter the housing through the water holes and the bait holder in the housing can float when the water level rises, characterised in that the bait holder is designed as a buoyant bait tray .
A plasma-based photon source apparatus comprising: (a) a container for containing a gaseous atmosphere, (b) a driving system for generating driving radiation and forming the driving radiation into at least one beam focused on a plasma forming zone within the container thereby to generate a plasma in the plasma forming zone, and (c) a collecting optical system for collecting photons emitted by the plasma and forming the collected photons into at least one beam of output radiation, characterized in that the driving system is configured to maintain the plasma in an elongate form having a length along a longitudinal axis (Z) that is substantially greater than its diameter in at least one direction transverse to the longitudinal axis (Z), the longitudinal axis (Z) being aligned with the optical axis (O) of the collecting optical system , and wherein the collecting optical system is configured to collect photons emerging from the plasma in a longitudinal direction from one end of the plasma , the longitudinal direction being aligned with the optical axis (O) of the collecting optical system . (a) a container for containing a gaseous atmosphere, (b) a driving system for generating driving radiation and forming the driving radiation into at least one beam focused on a plasma forming zone within the container thereby to generate a plasma in the plasma forming zone, and (c) a collecting optical system for collecting photons emitted by the plasma and forming the collected photons into at least one beam of output radiation,
Surround-view system for a vehicle , the surround-view system including: a camera for producing camera data of an environment of the vehicle; a control device for producing an image from the camera data; a display device for displaying the image; wherein the control device is embodied to produce the image from the camera data, characterized in that the surround-view system furthermore includes: an attachment unit recognition apparatus ; wherein the attachment unit recognition apparatus is embodied to automatically detect, upon mounting of an attachment unit to the vehicle, said attachment unit and to determine a dimension of the attachment unit; and in that the control device is embodied to adapt, in the case of the detection of the attachment unit, a field of view of the image taking into consideration the determined dimension of the attachment unit for producing the image. a camera for producing camera data of an environment of the vehicle; a control device for producing an image from the camera data; a display device for displaying the image; wherein the control device is embodied to produce the image from the camera data, characterized in that the surround-view system furthermore includes: an attachment unit recognition apparatus ; wherein the attachment unit recognition apparatus is embodied to automatically detect, upon mounting of an attachment unit to the vehicle, said attachment unit and to determine a dimension of the attachment unit; and in that the control device is embodied to adapt, in the case of the detection of the attachment unit, a field of view of the image taking into consideration the determined dimension of the attachment unit for producing the image. an attachment unit recognition apparatus ; wherein the attachment unit recognition apparatus is embodied to automatically detect, upon mounting of an attachment unit to the vehicle, said attachment unit and to determine a dimension of the attachment unit; and in that the control device is embodied to adapt, in the case of the detection of the attachment unit, a field of view of the image taking into consideration the determined dimension of the attachment unit for producing the image.
Opening/closing device for a container for pourable products having at least one pierceable portion , said opening/closing device comprising a collar combinable with said container at said pierceable portion, a cap provided with a lower portion and displaceable on the outer surface of said collar in a constrained and only rotatable way by first guiding means interposed between said collar and said lower portion , and a cutting element movable in a constrained way inside said collar by second guiding means interposed between said cutting element and said collar to sever said pierceable portion, said device further comprising pushing means for pushing said cutting element and driven by said cap , at least during its first displacement on said outer surface of said collar , such as to aid the displacement of said at least one cutting element inside said collar in direction of said pierceable portion, said cap comprising at least one lid rotatably constrained with respect to said lower portion of said cap between an opening position (P1) and a closing position (P2), and vice-versa, characterized by comprising releasing/engaging means between said lid and said collar such as to allow the opening/closing of said lid depending on the rotation angle reached by said cap with respect to said collar , after the first displacement of said cap on said outer surface of said collar , said opening of the lid being allowed only when said cap reaches a rotation angle (B1) such as the pouring is handier for the user and, once the lid has been reclosed, said lid being lockable in stable position with the collar by rotating the cap with respect to the collar so that to reach a rotation angle (B2) different from that in which said lid is rotatable with respect to the lower portion of the cap .
A method for manufacturing a busbar , in particular a laminated busbar , configured for mounting an electronic component, in particular a passive electronic component such as a capacitor, on the busbar , comprising: - providing a first conductive layer made from aluminum, - providing a first connector element for connecting the first conductive layer and the electronic component, wherein the first connector element is at least partially covered with nickel and/or tin and characterized by - creating a bond, in particular a laser welding seam , between the first conductive layer and the first connector element by laser welding, wherein first conductive layer and/or is an aluminum sheet being at least partially free from cover made of nickel and/or tin. - providing a first conductive layer made from aluminum, - providing a first connector element for connecting the first conductive layer and the electronic component, wherein the first connector element is at least partially covered with nickel and/or tin and characterized by - creating a bond, in particular a laser welding seam , between the first conductive layer and the first connector element by laser welding, wherein first conductive layer and/or is an aluminum sheet being at least partially free from cover made of nickel and/or tin.
A compressor comprising: a semi-manufactured product comprising: a body ; and a terminal guard mounting seat (14; 114; 214; 414) that is a tubular member close to a quadrangular prism with curved corner portions or a columnar member and is attached to and projects from an outer surface of the body, wherein metal spraying is administered to the outer surface of the body around the terminal guard mounting seat and to the outer surfaces of the terminal guard mounting sea; and a terminal guard (31; 131; 231;431) attached to the terminal guard mounting seat (14; 114; 214; 414); wherein the terminal guard mounting seat has a first end portion that is not attached to the outer surface, the terminal guard has a second end portion that is not attached to the terminal guard mounting seat, and a distance between the first end portion and the outer surface is shorter than a distance between the second end portion and the outer surface. a body ; and a terminal guard mounting seat (14; 114; 214; 414) that is a tubular member close to a quadrangular prism with curved corner portions or a columnar member and is attached to and projects from an outer surface of the body, wherein metal spraying is administered to the outer surface of the body around the terminal guard mounting seat and to the outer surfaces of the terminal guard mounting sea; and a terminal guard (31; 131; 231;431) attached to the terminal guard mounting seat (14; 114; 214; 414); wherein the terminal guard mounting seat has a first end portion that is not attached to the outer surface, the terminal guard has a second end portion that is not attached to the terminal guard mounting seat, and a distance between the first end portion and the outer surface is shorter than a distance between the second end portion and the outer surface.
A process for the preparation of a compound with at least one five-membered cyclic monothiocarbonate group, wherein a) a compound C1 with at least one halohydrin group is used as starting material, b) compound C1 is reacted with phosgene or an alkyl chloroformate to give an adduct C2, and c) the adduct C2 is reacted with a compound comprising anionic sulfur to obtain the compound with at least one five-membered cyclic monothiocarbonate group, wherein the compound comprising anionic sulfur is a salt comprising anionic sulfur, selected from S 2- , a polysulfide of formula (S p ) 2- with p being an integral number from 2 to 200 and HS 1- , or H 2 S in the presence of a basic compound. a) a compound C1 with at least one halohydrin group is used as starting material, b) compound C1 is reacted with phosgene or an alkyl chloroformate to give an adduct C2, and c) the adduct C2 is reacted with a compound comprising anionic sulfur to obtain the compound with at least one five-membered cyclic monothiocarbonate group, wherein the compound comprising anionic sulfur is a salt comprising anionic sulfur, selected from S 2- , a polysulfide of formula (S p ) 2- with p being an integral number from 2 to 200 and HS 1- , or H 2 S in the presence of a basic compound.
A method for network slice reselection comprising: when a slice reselection triggering event associated with a mobile device attached to a first slice has occurred, obtaining, by a global connection and mobility management, G-CMM, function , information about a second slice from a slice selection function, SSF , wherein the second slice is used to serve the mobile device and wherein the slice reselection triggering event comprises one of the following: a slice management event, a movement of the mobile device, and a change in the service requirements of the mobile device; and instructing , by the G-CMM function , the mobile device to connect to the second slice. when a slice reselection triggering event associated with a mobile device attached to a first slice has occurred, obtaining, by a global connection and mobility management, G-CMM, function , information about a second slice from a slice selection function, SSF , wherein the second slice is used to serve the mobile device and wherein the slice reselection triggering event comprises one of the following: a slice management event, a movement of the mobile device, and a change in the service requirements of the mobile device; and instructing , by the G-CMM function , the mobile device to connect to the second slice.