mhurhangee/patent-ind-claim-en huggingface dataset:
A scroll compressor comprising: a rotor that is stored in a motor casing ; a stator that is stored in the motor casing , and drives the rotor to rotate; a rotary shaft that is held by bearings, and rotates integrally with the rotor ; and an end bracket through which one end portion of the rotary shaft passes, and which seals the motor casing ; characterized by an orbiting scroll that supports the other end portion of the rotary shaft , and orbits as the rotary shaft rotates; a fixed scroll that is disposed facing the orbiting scroll ; a suction type cooling fan which is fixed to one end portion of the rotary shaft while being apart by a clearance from the end bracket , and which suctions outside air through a suction port provided in an end surface of a fan cover , the end surface facing the end bracket , and generates cooling wind in the fan cover for cooling the fixed scroll or the orbiting scroll through a duct, as a rotary vane accommodated in the fan cover rotates; and a discharge brush which is fixed to the end bracket facing the cooling fan by a fixing member attached in a radial direction relative to the rotary shaft , and one end of which is in contact with the rotary shaft , in a space secured by the clearance. a rotor that is stored in a motor casing ; a stator that is stored in the motor casing , and drives the rotor to rotate; a rotary shaft that is held by bearings, and rotates integrally with the rotor ; and an end bracket through which one end portion of the rotary shaft passes, and which seals the motor casing ; characterized by an orbiting scroll that supports the other end portion of the rotary shaft , and orbits as the rotary shaft rotates; a fixed scroll that is disposed facing the orbiting scroll ; a suction type cooling fan which is fixed to one end portion of the rotary shaft while being apart by a clearance from the end bracket , and which suctions outside air through a suction port provided in an end surface of a fan cover , the end surface facing the end bracket , and generates cooling wind in the fan cover for cooling the fixed scroll or the orbiting scroll through a duct, as a rotary vane accommodated in the fan cover rotates; and a discharge brush which is fixed to the end bracket facing the cooling fan by a fixing member attached in a radial direction relative to the rotary shaft , and one end of which is in contact with the rotary shaft , in a space secured by the clearance.
Container conveying section , having at least two container conveyors (3.1, 3.2, 3.3) in the form of rotors and/or stars, which connect to one another at a container transfer region , and which in each case can be driven such as to circulate in a counter-rotational movement about a machine axis (MA), preferably a vertical or essentially vertical machine axis (MA), with receivers at the container conveyors (3.1, 3.2, 3.3) for holding and conveying the containers in a conveying direction (TR), as well as with a drive system with a drive for container conveyors (3.1, 3.2, 3.3), wherein, for the counter-rotational movement, the container conveyors (3.1, 3.2, 3.3) are directly drive-connected, at their circumference or at a torque-transfer region at the circumference, by a torque-transfer device, and wherein only one of the at least two container conveyors (3.1, 3.2, 3.3) comprises the drive, wherein the container conveyors (3.1, 3.2, 3.3) are provided at their circumference with tooth arrangements (8; 12, 13; 20, 24), which interact for the torque transfer, characterised in that the tooth arrangements are magnetic or magnetically-operating tooth arrangements (12, 13; 20, 24) which interact by way of at least one magnetic gap , which cause the torque transfer by magnetic force, and for this purpose comprise in each case a plurality of magnets , preferably a plurality of permanent magnets.
A rapid charging system for electrically driven vehicles, in particular electric buses or the like, the rapid charging system comprising a contact apparatus and a charging contact unit , wherein the contact apparatus serves to form an electrical conductive connection between a vehicle and a stationary charging station comprising a charging contact unit , wherein the contact apparatus can be arranged on a vehicle , wherein the contact apparatus comprises a contact device , wherein the contact device can make contact with the charging contact unit, wherein the contact apparatus or the charging contact unit comprises a positioning device , wherein the contact device can be positioned relative to the charging contact unit by means of the positioning device, wherein the positioning device has a pantograph or a swing arm , wherein the contact device has a contact element support comprising contact elements , wherein the contact elements can make contact with charging contact elements of the charging contact unit so as to form contact pairs, wherein the positioning device has a transverse guide , by means of which the contact element support can be positioned transversely relative to the charging contact unit, wherein the transverse guide is arranged at a contact-side distal end of the pantograph or of the swing arm , characterized in that the contact device can be arranged on a roof of the vehicle below the charging contact unit, wherein the contact device can be positioned in the vertical direction relative to the charging contact unit by means of the pantograph or the swing arm, wherein the contact element support or the charging contact unit is arranged on the transverse guide in a freely displaceable manner transversally to the direction of travel of the vehicle.
A face covering comprising: a tubular member ; a first loop disposed on the tubular member and configured to be attached to a first ear of a human; a second loop disposed on the tubing member and configured to be attached to a second ear of the human; and wherein the tubing member , the first loop and the second loop are in one piece, characterized in that the first loop and the second loop are arranged at a first end of the tubular element . a tubular member ; a first loop disposed on the tubular member and configured to be attached to a first ear of a human; a second loop disposed on the tubing member and configured to be attached to a second ear of the human; and wherein the tubing member , the first loop and the second loop are in one piece, characterized in that the first loop and the second loop are arranged at a first end of the tubular element .
Modular foot platform for a driver's cab of a rail vehicle, comprising at least the following components: - a base frame which has a height adjustment mechanism , - an intermediate frame mounted on the base frame , - a step plate arranged on the intermediate frame , - in which the height adjustment mechanism comprises at least one operating element which is at least partially arranged in a region on or above the top side of the step plate , the top side facing away from the base frame , - in which the basic size of the base frame and of the height adjustment mechanism belonging thereto are identical for different requirements in order to meet a multiplicity of vehicle and project requirements without modifications or adaptations, - in which, with the operating element, the height adjustment mechanism can be triggered by tapping by means of a vehicle driver's foot, - in which the operating element is comfortably reachable for a vehicle driver's feet, but is arranged outside a main action region of the feet, - in which the height adjustment mechanism comprises a scissor-mechanism lifting table having at least one lifting scissor mechanism , - in which the lifting scissor mechanism is arranged laterally in the base frame in a longitudinal direction (L) of the foot platform, wherein the longitudinal direction of the foot platform is defined as being a direction between a heel point and a front of the foot platform, and the longitudinal direction runs in the direction of travel of a rail vehicle in which the foot platform is mounted. - a base frame which has a height adjustment mechanism , - an intermediate frame mounted on the base frame , - a step plate arranged on the intermediate frame , - in which the height adjustment mechanism comprises at least one operating element which is at least partially arranged in a region on or above the top side of the step plate , the top side facing away from the base frame , - in which the basic size of the base frame and of the height adjustment mechanism belonging thereto are identical for different requirements in order to meet a multiplicity of vehicle and project requirements without modifications or adaptations, - in which, with the operating element, the height adjustment mechanism can be triggered by tapping by means of a vehicle driver's foot, - in which the operating element is comfortably reachable for a vehicle driver's feet, but is arranged outside a main action region of the feet, - in which the height adjustment mechanism comprises a scissor-mechanism lifting table having at least one lifting scissor mechanism , - in which the lifting scissor mechanism is arranged laterally in the base frame in a longitudinal direction (L) of the foot platform, wherein the longitudinal direction of the foot platform is defined as being a direction between a heel point and a front of the foot platform, and the longitudinal direction runs in the direction of travel of a rail vehicle in which the foot platform is mounted.
A method for pretreatment of a metallic substrate for a subsequent metal cold forming process, said method comprising at least steps and and optionally step , namely providing at least one substrate having at least one surface at least partially made of at least one metal, contacting the at least one surface of the substrate provided in step with an aqueous lubricant composition (A) having a pH value below 2.0, wherein the aqueous lubricant composition (A) comprises besides water (a1) oxalate anions, (a2) thiosulfate anions, (a3) chloride anions in an amount in the range of from 0.1 to 25 g/l, calculated as sodium chloride, (a4) at least one film-forming polymer, which is a homopolymer and/or copolymer being prepared by polymerization of at least one ethylenically unsaturated monomer, (a5) at least one wax, which is different from constituent (a4), and (a6) fluoride anions and/or bifluoride anions in each case independently of one another in an amount in the range of from 0.01 to 25 g/l, calculated as sodium fluoride in case of fluoride anions and as sodium bifluoride in case of bifluoride anions, and optionally drying the coating film obtained after having performed step . providing at least one substrate having at least one surface at least partially made of at least one metal, contacting the at least one surface of the substrate provided in step with an aqueous lubricant composition (A) having a pH value below 2.0, wherein the aqueous lubricant composition (A) comprises besides water (a1) oxalate anions, (a2) thiosulfate anions, (a3) chloride anions in an amount in the range of from 0.1 to 25 g/l, calculated as sodium chloride, (a4) at least one film-forming polymer, which is a homopolymer and/or copolymer being prepared by polymerization of at least one ethylenically unsaturated monomer, (a5) at least one wax, which is different from constituent (a4), and (a6) fluoride anions and/or bifluoride anions in each case independently of one another in an amount in the range of from 0.01 to 25 g/l, calculated as sodium fluoride in case of fluoride anions and as sodium bifluoride in case of bifluoride anions, and (a1) oxalate anions, (a2) thiosulfate anions, (a3) chloride anions in an amount in the range of from 0.1 to 25 g/l, calculated as sodium chloride, (a4) at least one film-forming polymer, which is a homopolymer and/or copolymer being prepared by polymerization of at least one ethylenically unsaturated monomer, (a5) at least one wax, which is different from constituent (a4), and (a6) fluoride anions and/or bifluoride anions in each case independently of one another in an amount in the range of from 0.01 to 25 g/l, calculated as sodium fluoride in case of fluoride anions and as sodium bifluoride in case of bifluoride anions, optionally drying the coating film obtained after having performed step .
A working vehicle (1; 2; 3) comprising: left crawler traveling devices and right crawler traveling devices ; and a connection frame (11; 111) configured to connect the left and right crawler traveling devices and formed like a portal having a predetermined height, characterized in that each of the crawler traveling devices includes built-in battery , fan , inverter , control unit , and motor , so as to be independently movable, wherein the motor is an electromotive motor as drive source. left crawler traveling devices and right crawler traveling devices ; and a connection frame (11; 111) configured to connect the left and right crawler traveling devices and formed like a portal having a predetermined height, characterized in that each of the crawler traveling devices includes built-in battery , fan , inverter , control unit , and motor , so as to be independently movable, wherein the motor is an electromotive motor as drive source.
A display apparatus comprising: a display configured to operate as at least one of a screen and a mirror; a photographing unit comprising a camera configured to generate a photographed image in which a subject present in a display direction of the display is photographed; and a processor configured to: receive, while the display operates as a mirror, an input of a gesture of selecting a partial area , the gesture being directly pointing with a hand at a certain part of the subject, not pointing towards the displayed image, and defining the pointed certain part of the subject as the selected partial area; and control the display to operate a first area of the display as a screen displaying part of the photographed image corresponding to the selected partial area , and to operate a second area other than the first area as a mirror. a display configured to operate as at least one of a screen and a mirror; a photographing unit comprising a camera configured to generate a photographed image in which a subject present in a display direction of the display is photographed; and a processor configured to: receive, while the display operates as a mirror, an input of a gesture of selecting a partial area , the gesture being directly pointing with a hand at a certain part of the subject, not pointing towards the displayed image, and defining the pointed certain part of the subject as the selected partial area; and control the display to operate a first area of the display as a screen displaying part of the photographed image corresponding to the selected partial area , and to operate a second area other than the first area as a mirror. receive, while the display operates as a mirror, an input of a gesture of selecting a partial area , the gesture being directly pointing with a hand at a certain part of the subject, not pointing towards the displayed image, and defining the pointed certain part of the subject as the selected partial area; and control the display to operate a first area of the display as a screen displaying part of the photographed image corresponding to the selected partial area , and to operate a second area other than the first area as a mirror.
A computer processor comprising: a storage for storing a first encryption key; a central processing unit (CPU), the CPU being configured to run one or more software programs, and send to a chip a request for the chip to perform an operation and an authentication token; a circuit configured to: calculate a hash function to generate a hash value for first data loaded into the computer processor , the first data comprising executable code for at least one of the one or more software programs which is loaded from a predefined range of memory addresses; and generate the authentication token, using the first encryption key stored in the storage, for the request to send to the chip to perform the operation initiated by a software program running on the CPU, wherein to generate the authentication token includes to perform a cryptographic function on the request using the first encryption key, wherein the first encryption key corresponds to a second encryption key of the chip , and wherein the request contains the hash value for the first data loaded into the computer processor. a storage for storing a first encryption key; a central processing unit (CPU), the CPU being configured to run one or more software programs, and send to a chip a request for the chip to perform an operation and an authentication token; a circuit configured to: calculate a hash function to generate a hash value for first data loaded into the computer processor , the first data comprising executable code for at least one of the one or more software programs which is loaded from a predefined range of memory addresses; and generate the authentication token, using the first encryption key stored in the storage, for the request to send to the chip to perform the operation initiated by a software program running on the CPU, wherein to generate the authentication token includes to perform a cryptographic function on the request using the first encryption key, wherein the first encryption key corresponds to a second encryption key of the chip , and wherein the request contains the hash value for the first data loaded into the computer processor. calculate a hash function to generate a hash value for first data loaded into the computer processor , the first data comprising executable code for at least one of the one or more software programs which is loaded from a predefined range of memory addresses; and generate the authentication token, using the first encryption key stored in the storage, for the request to send to the chip to perform the operation initiated by a software program running on the CPU, wherein to generate the authentication token includes to perform a cryptographic function on the request using the first encryption key, wherein the first encryption key corresponds to a second encryption key of the chip , and wherein the request contains the hash value for the first data loaded into the computer processor.
An intermediate turbine housing for a gas turbine, in particular an aircraft gas turbine, comprising a hot gas-conveying, segmented annular channel , a radial outer housing arranged at a distance around the annular channel , a hub element arranged radially inside at a distance from the annular channel , a plurality of struts extending substantially in the radial direction (RR) through the annular channel , which are coupled radially inside to the hub element , and which are coupled radially outside to the outer housing , and comprising at least one connecting element formed so as to be inclined with respect to the struts , which extends through the annular channel , and which is coupled radially inside to a seal support element , the seal support element being supported on the hub element in the axial direction (AR), characterized in that the at least one connecting element is supported radially outside on one of the struts , such that the seal support is supported on the relevant strut by the at least one connecting element .
A method for performing an operation in relation to a USB device , the method comprising using a processing resource of a computing resource , which computing resource is configured for communication with a USB controller , to execute a computer program to cause the processing resource to: modify or over-ride a default USB endpoint configuration functionality of an operating system of the computing resource , wherein the default USB endpoint configuration functionality of the operating system automatically configures a USB interface in the USB controller so as to open a sufficient number of pipes between the USB controller and the corresponding USB endpoints of the USB device required for all possible interfaces of the USB device ;configure the USB interface in the USB controller , in response to detecting the attachment or connection of the USB device to the USB controller , so as to open one or more pipes between the USB controller and one or more corresponding USB endpoints of a USB device according to a required USB endpoint configuration of the USB device that is required for performing an operation in relation to the USB device ; perform the operation in relation to the USB device ; and unconfigure the configured USB interface in the USB controller , after the operation has been performed, so as to close the one or more pipes between the USB controller and the one or more corresponding USB endpoints of the USB device , wherein the computing resource includes a memory , wherein the memory stores the operating system and the computer program , and wherein the computer program is configured to run on top of the operating system . modify or over-ride a default USB endpoint configuration functionality of an operating system of the computing resource , wherein the default USB endpoint configuration functionality of the operating system automatically configures a USB interface in the USB controller so as to open a sufficient number of pipes between the USB controller and the corresponding USB endpoints of the USB device required for all possible interfaces of the USB device ;configure the USB interface in the USB controller , in response to detecting the attachment or connection of the USB device to the USB controller , so as to open one or more pipes between the USB controller and one or more corresponding USB endpoints of a USB device according to a required USB endpoint configuration of the USB device that is required for performing an operation in relation to the USB device ; perform the operation in relation to the USB device ; and unconfigure the configured USB interface in the USB controller , after the operation has been performed, so as to close the one or more pipes between the USB controller and the one or more corresponding USB endpoints of the USB device , wherein the computing resource includes a memory , wherein the memory stores the operating system and the computer program , and wherein the computer program is configured to run on top of the operating system .
Method for operating an ETCS (European Train Control System) mobile radio antenna assembly in an on-board unit of an ETCS rail vehicle having at least one first ETCS mobile radio antenna with an attached first ETCS mobile radio device and a further ETCS mobile radio antenna which by means of an ETCS antenna switch is connected via mobile radio either to a further ETCS mobile radio device or to a further mobile radio device of another rail service not belonging to ETCS which has a communication requirement, wherein by means of a control logic the switch position of the ETCS antenna switch is determined from ETCS status information of the on-board unit of the ETCS rail vehicle, and an actuation of the ETCS antenna switch is carried out such that as soon as ETCS has a communication requirement for the switchable further ETCS mobile radio antenna the latter is provided for ETCS.