mhurhangee/ep-ind-claims huggingface dataset:
A dryer comprising - a drum which can rotate around itself, and which has a horizontal-axial, cylindrical body and a ring-shaped front wall that forms the front surface of the body, - more than one roller whereon the front wall is seated and which have a rotational axis parallel with the rotational axis of the drum, and support the drum by rotating around themselves during the drying process by the rotational movement of the drum, - a bearing member whereon the rollers are borne by being mounted thereon, - one shaft each, which provides each roller to be rotatably mounted to the bearing member, - cylindrical-shaped housings which are located at the bearing member face that faces the drum, and wherein the shafts are at least partially inserted, and - at least one fixing means which provides the roller to be fixed to the shaft, characterized by the shaft that has - an entry section which has a cylindrical cross-section, and which is the portion of the shaft that enters the housing first, and - a fitting section which has a polygonal cross-section and a diameter wider than the diameter of the entry section, and which provides the shaft to be fixed to the housing, wherein - a) the shaft is nailed to the housing while the bearing member is warm, or - b) the bearing member is produced by being shaped by means of a mould, and the shaft is inserted into the mould during the production of the bearing member and thus, comes out of the mould together with the bearing member. - a drum which can rotate around itself, and which has a horizontal-axial, cylindrical body and a ring-shaped front wall that forms the front surface of the body, - more than one roller whereon the front wall is seated and which have a rotational axis parallel with the rotational axis of the drum, and support the drum by rotating around themselves during the drying process by the rotational movement of the drum, - a bearing member whereon the rollers are borne by being mounted thereon, - one shaft each, which provides each roller to be rotatably mounted to the bearing member, - cylindrical-shaped housings which are located at the bearing member face that faces the drum, and wherein the shafts are at least partially inserted, and - at least one fixing means which provides the roller to be fixed to the shaft, - an entry section which has a cylindrical cross-section, and which is the portion of the shaft that enters the housing first, and - a fitting section which has a polygonal cross-section and a diameter wider than the diameter of the entry section, and which provides the shaft to be fixed to the housing, - a) the shaft is nailed to the housing while the bearing member is warm, or - b) the bearing member is produced by being shaped by means of a mould, and the shaft is inserted into the mould during the production of the bearing member and thus, comes out of the mould together with the bearing member.
Room air-conditioning device comprising: - a framework (1, 2), - a first body for emitting negative ions, disposed inside the framework (1, 2), to cause an ionization and precipitation of particles present in suspension in the atmosphere of said room, to purify the air and eliminate bad odour, - emission means (6, 7, 8, 9) for emitting infrared radiation, to dry out the walls and / or objects contained in the room, the emission means comprising: - an infrared radiation emitting second body (7, 8, 9) configured so as to emit infrared light by heating, and - a power source for providing energy to heat the second body (7, 8, 9), the power source comprising a source of electricity connected to the second body (7, 8, 9) through an electrical conductor wire, wherein the second body (7, 8, 9) comprises: - a first plate having substantially uniform thickness, and characterised in that the second body also comprises - a second plate equipped with a winding channel on one of its surfaces to house the conductor wire, wherein the conductor wire is enclosed between the first plate and the second plate. - a framework (1, 2), - a first body for emitting negative ions, disposed inside the framework (1, 2), to cause an ionization and precipitation of particles present in suspension in the atmosphere of said room, to purify the air and eliminate bad odour, - emission means (6, 7, 8, 9) for emitting infrared radiation, to dry out the walls and / or objects contained in the room, the emission means comprising: - an infrared radiation emitting second body (7, 8, 9) configured so as to emit infrared light by heating, and - a power source for providing energy to heat the second body (7, 8, 9), the power source comprising a source of electricity connected to the second body (7, 8, 9) through an electrical conductor wire, - an infrared radiation emitting second body (7, 8, 9) configured so as to emit infrared light by heating, and - a power source for providing energy to heat the second body (7, 8, 9), the power source comprising a source of electricity connected to the second body (7, 8, 9) through an electrical conductor wire, - a first plate having substantially uniform thickness, and characterised in that the second body also comprises - a second plate equipped with a winding channel on one of its surfaces to house the conductor wire,
Method for the forward parking of a motor vehicle in a perpendicular parking space, the motor vehicle having environment sensors for determining environment data and obstacles in the environment of the motor vehicle, having the following steps of: prealigning the motor vehicle in front of the parking space in such a manner that a setpoint steering angle δ free is between a maximum steering angle δ max and a minimum steering angle δ min, iteratively searching the permissible steering angle range between the maximum steering angle and the minimum steering angle for a current steering angle during a forward maneuvering movement of the motor vehicle into the perpendicular parking space, which steering angle makes it possible to cover a maximum free path length s i, i ε [0,...n], into the perpendicular parking space without hitting obstacles, and terminating the forward maneuvering movement if the end of the parking operation has been reached or a reverse maneuvering movement must be carried out on account of an obstacle. prealigning the motor vehicle in front of the parking space in such a manner that a setpoint steering angle δ free is between a maximum steering angle δ max and a minimum steering angle δ min, iteratively searching the permissible steering angle range between the maximum steering angle and the minimum steering angle for a current steering angle during a forward maneuvering movement of the motor vehicle into the perpendicular parking space, which steering angle makes it possible to cover a maximum free path length s i, i ε [0,...n], into the perpendicular parking space without hitting obstacles, and terminating the forward maneuvering movement if the end of the parking operation has been reached or a reverse maneuvering movement must be carried out on account of an obstacle.
A glass manufacturing apparatus comprising: a forming device configured to produce a glass ribbon including a width; a first pull roll apparatus configured to draw the glass ribbon from the forming device along a draw path extending transverse to the width of the glass ribbon; a second pull roll apparatus positioned downstream along the draw path from the first pull roll apparatus, wherein the second pull roll apparatus is configured to further draw the glass ribbon along the draw path; and a control device, characterized in that the control device is configured to independently operate the first pull roll apparatus and the second pull roll apparatus such that the first pull roll apparatus rotates with a constant torque and the second pull roll apparatus rotates with a constant angular velocity, and wherein the control device is further configured to adjust the constant torque of the first pull roll apparatus based on an operating condition of at least one of the first pull roll apparatus and the second pull roll apparatus. a forming device configured to produce a glass ribbon including a width; a first pull roll apparatus configured to draw the glass ribbon from the forming device along a draw path extending transverse to the width of the glass ribbon; a second pull roll apparatus positioned downstream along the draw path from the first pull roll apparatus, wherein the second pull roll apparatus is configured to further draw the glass ribbon along the draw path; and a control device, characterized in that the control device is configured to independently operate the first pull roll apparatus and the second pull roll apparatus such that the first pull roll apparatus rotates with a constant torque and the second pull roll apparatus rotates with a constant angular velocity, and wherein the control device is further configured to adjust the constant torque of the first pull roll apparatus based on an operating condition of at least one of the first pull roll apparatus and the second pull roll apparatus.
An access point (101, 20) of a wireless local area network, wherein an OFDMA time-frequency channel resource of the wireless local area network is divided into multiple child resources in a frequency domain, said child resources corresponding to orthogonal time-frequency resource blocks or resource block groups, wherein resource blocks are orthogonal in frequency and can be shared in time, and the access point (101, 20) comprises: a receiving unit, configured to receive resource status information sent by a station (102, 60), wherein the resource status information indicates a busy/idle state of each of the child resources on the station (102, 60); an allocation unit, configured to allocate, according to the resource status information, the child resource used to transmit data between the access point (101, 20) and the station (102, 60), and a sending unit, configured to send configuration information of the resource status information to the station (102, 60), said configuration information including resource block group granularity indication information, wherein the resource block group granularity indication information indicates the number of resource blocks included by a resource block group, wherein the configuration information is used to instruct the station (102, 60) to determine the resource status information according to the configuration information. a receiving unit, configured to receive resource status information sent by a station (102, 60), wherein the resource status information indicates a busy/idle state of each of the child resources on the station (102, 60); an allocation unit, configured to allocate, according to the resource status information, the child resource used to transmit data between the access point (101, 20) and the station (102, 60), and a sending unit, configured to send configuration information of the resource status information to the station (102, 60), said configuration information including resource block group granularity indication information, wherein the resource block group granularity indication information indicates the number of resource blocks included by a resource block group, wherein the configuration information is used to instruct the station (102, 60) to determine the resource status information according to the configuration information.
A wire-to-board connector comprising: a first terminal configured to be attached to an electric wire; and a second terminal configured to be mounted on a substrate, wherein the first and second terminals are formed of metal, and the electric wire is configured to be electrically connected to the substrate by fitting the first terminal with the second terminal in an insertion direction, and wherein the second terminal comprises an accommodating section formed into a tubular shape by bending a metal plate, having a bottom plate, a pair of side plates and a top plate, the first terminal comprises an insertion section to be inserted into the accommodating section, the insertion section includes a lock spring strip, a claw section formed at a tip of the lock spring strip, and a tip surface of the claw section protruding in a direction perpendicular to the insertion direction a lock hole is formed in the top plate and an engaging surface is formed on an inner peripheral surface of the lock hole wherein the tip surface of the claw section is adapted to engage with the engaging surface when the insertion section is inserted into the accommodating section, a shape retaining mechanism is formed in a joint between the bottom plate and one of the side plates for retaining the tubular shape of the accommodating section, wherein the shape retaining mechanism is implemented by accommodating a shape retaining protrusion formed on the bottom plate in a shape retaining hole formed on one of the side plates. a first terminal configured to be attached to an electric wire; and a second terminal configured to be mounted on a substrate, wherein the first and second terminals are formed of metal, and the electric wire is configured to be electrically connected to the substrate by fitting the first terminal with the second terminal in an insertion direction, and wherein the second terminal comprises an accommodating section formed into a tubular shape by bending a metal plate, having a bottom plate, a pair of side plates and a top plate,
A method (100, 300) of tracking a maximum efficiency operation point of a hydraulic turbine under a given power order and water head, comprising: obtaining (110, 310) a speed value by which a rotation speed of the hydraulic turbine is adjusted, referred to as a speed adjustment quantity for the hydraulic turbine and a corresponding change in flow quantity, wherein a rotation speed of the hydraulic turbine is adjusted based on the speed adjustment quantity; determining (120, 320) and monitoring a change ratio of the flow quantity with regard to the speed adjustment quantity based on the speed adjustment quantity and the corresponding change in flow quantity; and determining (130, 330) an adjustment manner in which the rotation speed is further adjusted based on the change ratio, wherein tracking the maximum efficiency operation point is performed by means of said adjusting and monitoring in a repetitive manner. obtaining (110, 310) a speed value by which a rotation speed of the hydraulic turbine is adjusted, referred to as a speed adjustment quantity for the hydraulic turbine and a corresponding change in flow quantity, wherein a rotation speed of the hydraulic turbine is adjusted based on the speed adjustment quantity; determining (120, 320) and monitoring a change ratio of the flow quantity with regard to the speed adjustment quantity based on the speed adjustment quantity and the corresponding change in flow quantity; and determining (130, 330) an adjustment manner in which the rotation speed is further adjusted based on the change ratio, wherein tracking the maximum efficiency operation point is performed by means of said adjusting and monitoring in a repetitive manner.
A method of manufacturing a velvet fabric in which a support formed by warp yarns and weft yarns is used, such that the weft yarns are inserted and interlaced with warp yarns, comprising: - At least one step of inserting at least one filling thread into the support so as to have said filling thread anchored in the form of loops or bristles in the support, the filling thread comes out of at least one surface of the support thus obtaining the velvet fabric, the warp yarns and / or the weft yarns of the support are at least partially formed of polyester at low melting temperature and the melting temperature of the warp yarns and / or weft yarns of the support is less than 250 ° C, and - At least one step of dyeing the velvet fabric, said dyeing is initiated at an initial temperature Ti and is continued at variable temperatures above the temperature Ti to at least partially soften the polyester yarns at low melting temperature. - At least one step of inserting at least one filling thread into the support so as to have said filling thread anchored in the form of loops or bristles in the support, the filling thread comes out of at least one surface of the support thus obtaining the velvet fabric, the warp yarns and / or the weft yarns of the support are at least partially formed of polyester at low melting temperature and the melting temperature of the warp yarns and / or weft yarns of the support is less than 250 ° C, and - At least one step of dyeing the velvet fabric, said dyeing is initiated at an initial temperature Ti and is continued at variable temperatures above the temperature Ti to at least partially soften the polyester yarns at low melting temperature.
A method for switching from a multimedia broadcast multicast services (MBMS) download to a hypertext transfer protocol (HTTP)-based delivery of dynamic adaptive streaming over HTTP (DASH) formatted content, characterized in comprising the steps of: receiving a session initiation protocol re-invitation at a service control function module from a mobile device while the mobile device is receiving a MBMS download in a content delivery session including DASH formatted content; sending a SIP invitation from the SCF module to an HTTP/SIP adapter to select an HTTP server for an HTTP-based delivery; receiving a SIP acknowledgement at the SCF module from the HTTP/SIP adapter indicating a selection of the HTTP server for the content delivery session; and forwarding the SIP acknowledgement from the SCF module to the mobile device indicating a switch to the HTTP server for the content delivery session. receiving a session initiation protocol re-invitation at a service control function module from a mobile device while the mobile device is receiving a MBMS download in a content delivery session including DASH formatted content; sending a SIP invitation from the SCF module to an HTTP/SIP adapter to select an HTTP server for an HTTP-based delivery; receiving a SIP acknowledgement at the SCF module from the HTTP/SIP adapter indicating a selection of the HTTP server for the content delivery session; and forwarding the SIP acknowledgement from the SCF module to the mobile device indicating a switch to the HTTP server for the content delivery session.
A sieve arrangement for an agricultural combine harvester, comprising: a sieve frame for carrying a sieve, the sieve frame including a first side frame member and a second side frame member; and a side shaker arm connected with the first side frame member; characterized by: a plurality of elongate structural members, each said structural member having a first end connected to the side shaker arm, and a second end connected with the second side frame member. a sieve frame for carrying a sieve, the sieve frame including a first side frame member and a second side frame member; and a side shaker arm connected with the first side frame member; characterized by: a plurality of elongate structural members, each said structural member having a first end connected to the side shaker arm, and a second end connected with the second side frame member.
A combination of a high voltage interlock (HVIL) plug assembly and an access cover adapted to be removably coupled to a housing of an electrical device, wherein the high voltage interlock (HVIL) plug assembly is configured to establish circuit continuity when coupled to a connector in a high voltage interlock circuit and prevent circuit continuity when decoupled from the connector, the HVIL plug assembly comprising: a main body having an outer surface and an inner surface configured to be disposed against the access cover, wherein removal of the access cover enables access to components in the electrical device electrically connected to the high voltage interlock circuit; a jumper coupled to the main body and configured to extend through a receiving aperture in the access cover to couple to the connector and establish circuit continuity when the main body is coupled to the access cover; and a flange extending from the main body, wherein when the main body is disposed against the access cover, the flange covers the access cover, such that the main body must be removed from the access cover to enable removal of the access cover, characterized in that: - said main body is adapted to be coupled to the access cover, - said flange is adapted to cover, and prevent access to, a fastener for coupling the access cover to the housing of the electrical device. such that the main body must be uncoupled and removed from the access cover in order to remove the fastener and enable removal of the access cover. a main body having an outer surface and an inner surface configured to be disposed against the access cover, wherein removal of the access cover enables access to components in the electrical device electrically connected to the high voltage interlock circuit; a jumper coupled to the main body and configured to extend through a receiving aperture in the access cover to couple to the connector and establish circuit continuity when the main body is coupled to the access cover; and a flange extending from the main body, wherein when the main body is disposed against the access cover, the flange covers the access cover, such that the main body must be removed from the access cover to enable removal of the access cover, characterized in that: - said main body is adapted to be coupled to the access cover, - said flange is adapted to cover, and prevent access to, a fastener for coupling the access cover to the housing of the electrical device. - said main body is adapted to be coupled to the access cover, - said flange is adapted to cover, and prevent access to, a fastener for coupling the access cover to the housing of the electrical device. such that the main body must be uncoupled and removed from the access cover in order to remove the fastener and enable removal of the access cover.
A method for determining the machine-dependent adjustment requirement (40, 41, 42) of a punching and/or embossing machine, comprising the following steps: a) mathematically dividing the total area of an adjustment sheet, in particular by a uniform grid, into a plurality of sub-areas, b) detecting the position and thickness of adjustment strips and adjustment papers on an adjustment sheet, c) repeating step b) for a plurality of adjustment sheets used in the punching and/or embossing station, d) calculating the mean value of the thickness of the adjustment strips (25.5) and the adjustment papers (25.4) in a respective sub-area, for determining an adjustment requirement profile. a) mathematically dividing the total area of an adjustment sheet, in particular by a uniform grid, into a plurality of sub-areas, b) detecting the position and thickness of adjustment strips and adjustment papers on an adjustment sheet, c) repeating step b) for a plurality of adjustment sheets used in the punching and/or embossing station, d) calculating the mean value of the thickness of the adjustment strips (25.5) and the adjustment papers (25.4) in a respective sub-area, for determining an adjustment requirement profile.