mhurhangee/patent-ind-claim-en huggingface dataset:
Method for producing a wheel disc (1ʺʺ) for a vehicle wheel comprising an inner region having a wheel contact region (2.1), in which wheel bolt holes (2.3) having a wheel bolt hole geometry and/or a wheel bolt seat surface (2.31) are provided, an outer region having a wheel disc lug (3.1) for attachment to a rim, and a central region connecting the outer and inner region , comprising the steps: - providing a substantially planar blank consisting of a hardenable steel material, - cold-forming the blank into a disc-shaped preform (G), wherein optionally the disc-shaped preform is perforated before, during or after its production, - cold-forming the disc-shaped preform into a spoke-shaped wheel disc preform, wherein optionally the spoke-shaped wheel disc preform is perforated before, during or after its production, - heating the spoke-shaped wheel disc preform to a temperature of at least A C1 and subsequently hot-forming with at least partial press-hardening, wherein the wheel bolt geometry and/or the wheel bolt seat surface of the wheel bolt holes are shaped and/or calibrated during the hot-forming. - providing a substantially planar blank consisting of a hardenable steel material, - cold-forming the blank into a disc-shaped preform (G), wherein optionally the disc-shaped preform is perforated before, during or after its production, - cold-forming the disc-shaped preform into a spoke-shaped wheel disc preform, wherein optionally the spoke-shaped wheel disc preform is perforated before, during or after its production, - heating the spoke-shaped wheel disc preform to a temperature of at least A C1 and subsequently hot-forming with at least partial press-hardening, wherein the wheel bolt geometry and/or the wheel bolt seat surface of the wheel bolt holes are shaped and/or calibrated during the hot-forming.
A master-slave compatible PDC system, comprising a master sensor and at least one slave sensor ; the master sensor comprising a CPU module including an A/D conversion module, a first ultrasonic transducer , a master drive module , a master amplifier module , slave drive modules and power supply modules ; the quantity of the slave drive modules being equivalent to that of the slave sensors, the slave drive modules being connected with the slave sensors correspondingly; each slave sensor being a digital probe without CPU and comprising a boost drive module and a second ultrasonic transducer ; the CPU module driving the first ultrasonic transducer via the master drive module, the first ultrasonic transducer amplifying and transmitting echoed signals to the A/D conversion module of the CPU module via the master amplifier module, wherein each slave sensor comprises an ultrasonic IC , the CPU module drives the ultrasonic IC of the corresponding slave sensor via a respective slave drive module, the ultrasonic IC drives the second ultrasonic transducer via the boost drive module, and the second ultrasonic transducer feeds back the echoed signal received from the second ultrasonic transducer to the A/D conversion module of the CPU module via the ultrasonic IC, wherein the power supply modules comprise a first power supply module for the CPU module and a second power supply module for the slave sensors.
An angle of attack sensor comprising: a vane assembly ; a multi-piece faceplate adjacent the vane assembly , the faceplate including: a mounting plate having an opening and an exterior surface ; and characterised by a heated chassis with a heater on the heated chassis , the heated chassis being positioned adjacent the mounting plate and having a ring portion extending into the opening , the ring portion including: a radially narrow fore portion at a front portion of the ring portion and extending into the opening ; a radially wide aft portion at an aft portion of the ring portion and extending into the opening ; and an aft-located ramp connected to the radially wide aft portion and extending through the opening above the exterior surface of the mounting plate , the ramp including: an inclined inner surface extending with an incline in an aft direction to a height above the exterior surface of the mounting plate . a vane assembly ; a multi-piece faceplate adjacent the vane assembly , the faceplate including: a mounting plate having an opening and an exterior surface ; and characterised by a heated chassis with a heater on the heated chassis , the heated chassis being positioned adjacent the mounting plate and having a ring portion extending into the opening , the ring portion including: a radially narrow fore portion at a front portion of the ring portion and extending into the opening ; a radially wide aft portion at an aft portion of the ring portion and extending into the opening ; and an aft-located ramp connected to the radially wide aft portion and extending through the opening above the exterior surface of the mounting plate , the ramp including: an inclined inner surface extending with an incline in an aft direction to a height above the exterior surface of the mounting plate . a mounting plate having an opening and an exterior surface ; and characterised by a heated chassis with a heater on the heated chassis , the heated chassis being positioned adjacent the mounting plate and having a ring portion extending into the opening , the ring portion including: a radially narrow fore portion at a front portion of the ring portion and extending into the opening ; a radially wide aft portion at an aft portion of the ring portion and extending into the opening ; and an aft-located ramp connected to the radially wide aft portion and extending through the opening above the exterior surface of the mounting plate , the ramp including: an inclined inner surface extending with an incline in an aft direction to a height above the exterior surface of the mounting plate . a radially narrow fore portion at a front portion of the ring portion and extending into the opening ; a radially wide aft portion at an aft portion of the ring portion and extending into the opening ; and an aft-located ramp connected to the radially wide aft portion and extending through the opening above the exterior surface of the mounting plate , the ramp including: an inclined inner surface extending with an incline in an aft direction to a height above the exterior surface of the mounting plate .
A laundry treatment apparatus comprising: a tub ; a drum rotatably disposed inside the tub for receiving laundry therein, wherein the drum is made of a metal material; and an induction module disposed on the tub to be spaced from a circumferential surface of the drum for generating an electromagnetic field to heat the circumferential surface of the drum , wherein the induction module includes: a coil formed of windings of wires , wherein the coil generates a magnetic field when an electric current is applied thereto; and is characterized by : a base housing mounted on an outer circumferential face of the tub corresponding to an upper face of the drum , wherein the base housing comprises fixing ribs that protrude upward from a bottom surface of the base housing and define coil slots configured to receive the wires therein and thus defining a shape of the coil , wherein each coil slot defines a predetermined spacing between corresponding adjacent wires . a tub ; a drum rotatably disposed inside the tub for receiving laundry therein, wherein the drum is made of a metal material; and an induction module disposed on the tub to be spaced from a circumferential surface of the drum for generating an electromagnetic field to heat the circumferential surface of the drum , wherein the induction module includes: a coil formed of windings of wires , wherein the coil generates a magnetic field when an electric current is applied thereto; and is characterized by : a base housing mounted on an outer circumferential face of the tub corresponding to an upper face of the drum , wherein the base housing comprises fixing ribs that protrude upward from a bottom surface of the base housing and define coil slots configured to receive the wires therein and thus defining a shape of the coil , wherein each coil slot defines a predetermined spacing between corresponding adjacent wires . a base housing mounted on an outer circumferential face of the tub corresponding to an upper face of the drum , wherein the base housing comprises fixing ribs that protrude upward from a bottom surface of the base housing and define coil slots configured to receive the wires therein and thus defining a shape of the coil , wherein each coil slot defines a predetermined spacing between corresponding adjacent wires .
A base station apparatus in a communication system serving a cell, configured to communicate with a user terminal, the apparatus comprising: means for broadcasting information on one or more neighboring cells supporting preconfigured uplink resources and information on request types supported by the one or more neighboring cells; means for receiving from a user terminal a request to utilize dedicated preconfigured uplink resources, the request comprising Physical Cell Identity of the previous base station with which the user terminal utilized dedicated preconfigured uplink resources prior camping on the base station and the User Equipment Identification of the user terminal in the previous base station; means for transmitting to the previous base station a message requesting configuration data related to dedicated preconfigured uplink resources of the user terminal and an indication that the previous base station may release the resources; means for receiving from the previous base station the configuration data; and means for restoring dedicated preconfigured uplink resources for the user terminal. means for broadcasting information on one or more neighboring cells supporting preconfigured uplink resources and information on request types supported by the one or more neighboring cells; means for receiving from a user terminal a request to utilize dedicated preconfigured uplink resources, the request comprising Physical Cell Identity of the previous base station with which the user terminal utilized dedicated preconfigured uplink resources prior camping on the base station and the User Equipment Identification of the user terminal in the previous base station; means for transmitting to the previous base station a message requesting configuration data related to dedicated preconfigured uplink resources of the user terminal and an indication that the previous base station may release the resources; means for receiving from the previous base station the configuration data; and means for restoring dedicated preconfigured uplink resources for the user terminal.
An automatic transmission, comprising an oil pump gas-exhaust mechanism, the oil pump gas-exhaust mechanism comprising a sensor plug-in assembly and an oil pump for supplying oil to the automatic transmission, wherein the oil pump is fixedly connected to a transmission case, the sensor plug-in assembly is arranged on a housing of the oil pump, the sensor plug-in assembly is located between the oil pump and the transmission, the sensor plug-in assembly is configured to be electrically connected to a sensor, and the oil pump gas-exhaust mechanism further comprises a gas exhaust hole , wherein the gas exhaust hole is provided on the sensor plug-in assembly , and the gas exhaust hole is inclined upwards from an outlet end relative to a horizontal plane. wherein the oil pump is fixedly connected to a transmission case, the sensor plug-in assembly is arranged on a housing of the oil pump, the sensor plug-in assembly is located between the oil pump and the transmission, the sensor plug-in assembly is configured to be electrically connected to a sensor, and the oil pump gas-exhaust mechanism further comprises a gas exhaust hole , wherein the gas exhaust hole is provided on the sensor plug-in assembly , and the gas exhaust hole is inclined upwards from an outlet end relative to a horizontal plane.
A filter trap apparatus , comprising: a trap bowl configured to accumulate liquid droplets from a filter, as a liquid content, the trap bowl comprising a section that extends in a vertical direction, and a transparent vertical prism, the transparent vertical prism including a face that forms a vertical transparent surface facing against a content of the section, the face having a first angle of total reflection when content of the section is a gas, and a second angle of total reflection when the content of the section is the liquid content; a light source, configured to emit a light beam incident on the face at an angle of incidence; a first optical receiver, wherein the first optical receiver isa light receiver , wherein the angle of incidence results in reflection of the light beam, striking the first optical receiver, when the face has the first angle of total reflection, and results in refraction of the light beam, missing the light receiver, when the face has the second angle of total reflection; a second optical receiver, wherein the second optical receiver is an offset optical receiver from the first optical receiver; and a third optical receiver, wherein the third optical receiver is a diametrically opposed optical receiver from the first optical receiver. a trap bowl configured to accumulate liquid droplets from a filter, as a liquid content, the trap bowl comprising a section that extends in a vertical direction, and a transparent vertical prism, the transparent vertical prism including a face that forms a vertical transparent surface facing against a content of the section, the face having a first angle of total reflection when content of the section is a gas, and a second angle of total reflection when the content of the section is the liquid content; a light source, configured to emit a light beam incident on the face at an angle of incidence; a first optical receiver, wherein the first optical receiver isa light receiver , wherein the angle of incidence results in reflection of the light beam, striking the first optical receiver, when the face has the first angle of total reflection, and results in refraction of the light beam, missing the light receiver, when the face has the second angle of total reflection; a second optical receiver, wherein the second optical receiver is an offset optical receiver from the first optical receiver; and a third optical receiver, wherein the third optical receiver is a diametrically opposed optical receiver from the first optical receiver.
Pressing device which has a cage frame for accommodating a strainer cage, wherein the strainer cage is split in a longitudinal direction into at least two strainer-cage segments , and in which, in the region of contact surfaces of the strainer-cage segments , there is arranged in each case at least one sealing device by way of which a gap which is present between the contact surfaces of two interconnected strainer-cage segments is able to be sealed off towards the outside in a radial direction of the strainer cage, wherein, in the region of a first strainer-cage segment , the sealing device has a first sealing strip which, by way of the forces bracing the contact surfaces of two interconnected strainer-cage segments , is able to be deformed in such a way that a gap which is present between the contact surfaces is able to be sealed off, and the first sealing strip of the sealing device projects from the contact surface of the first strainer-cage segment , characterized in that a first end of the first sealing strip is arranged in a recess of the first strainer-cage segment that is arranged on the side situated opposite the contact surface , and in that a second end of the first sealing strip is of U-shaped form and is arranged at least partially in the recess , which is arranged on the side of the contact surface .
An on-load tap changer including a tap changer tank filled with a dielectric fluid and an insulation barrier comprising an insulating sheet made of an electrically insulating material, characterized in that the insulation barrier comprises a frame at least partly surrounding the sheet, and a plurality of spring-loaded fastening members for fastening the frame to the tap changer tank , and the fastening members are pivotably arranged relative the frame and the tap changer tank to allow relative movements between the frame and the tap changer tank.
A pivot joint (100;200;400), comprising: a housing ; an adapter at least partially disposed in the housing; a bore extending through the housing and the adapter; a compressive member (120;220;420) having a rectangular cross section disposed between the adapter and the housing, wherein the compressive member axially separates the adapter from the housing and is disposed in recesses formed in the adapter and the housing; a sealing member (130;431,432) disposed between the adapter and the housing, and an annular area between the adapter and the housing and in fluid communication with the bore. a housing ; an adapter at least partially disposed in the housing; a bore extending through the housing and the adapter; a compressive member (120;220;420) having a rectangular cross section disposed between the adapter and the housing, wherein the compressive member axially separates the adapter from the housing and is disposed in recesses formed in the adapter and the housing; a sealing member (130;431,432) disposed between the adapter and the housing, and an annular area between the adapter and the housing and in fluid communication with the bore.
A method of determining activity quantities of a plurality of animals by utilizing a plurality of attachment objects, the method comprising: obtaining a first image having a first area as an imaging range, the first image being obtained on a condition that the plurality of attachment objects are not included in the first area; identifying a first color included in the first image; in accordance with the identified first color, determining colors of the plurality of attachment objects respectively (S105), said colors excluding the first color; obtaining a plurality of images each of which has the first area as the imaging range and includes the plurality of animals , the plurality of animals being attached with the plurality of attachment objects respectively, the attachment objects having respective different colors; by using at least one image among the plurality of images, detecting the colors of the plurality of attachment objects respectively; by using the plurality of images, detecting movements of the plurality of respective attachment objects , based on the colors of the plurality of attachment objects ; and in accordance with the respective movements of the plurality of attachment objects , determining respective activity quantities of the plurality of animals . obtaining a first image having a first area as an imaging range, the first image being obtained on a condition that the plurality of attachment objects are not included in the first area; identifying a first color included in the first image; in accordance with the identified first color, determining colors of the plurality of attachment objects respectively (S105), said colors excluding the first color; obtaining a plurality of images each of which has the first area as the imaging range and includes the plurality of animals , the plurality of animals being attached with the plurality of attachment objects respectively, the attachment objects having respective different colors; by using at least one image among the plurality of images, detecting the colors of the plurality of attachment objects respectively; by using the plurality of images, detecting movements of the plurality of respective attachment objects , based on the colors of the plurality of attachment objects ; and in accordance with the respective movements of the plurality of attachment objects , determining respective activity quantities of the plurality of animals .
System , comprising: - a treatment device , comprising: - a feed configured to supply particles ; - an elongate distributor ; - wherein the feed is arranged above the distributor ; and - a discharge conveyor located below the distributor , wherein a longitudinal direction of the distributor and a discharge direction (D) of the discharge conveyor are at an angle (α) relative to each other; and - wherein the angle (α) between the distributor and the discharge conveyor defines a varying drop height (H) between the distributor and the discharge conveyor , characterized in that - the elongate distributor of the treatment device is configured to lay the particles supplied by the feed in a homogenously distributed layer on the discharge conveyor ; - the discharge conveyor is drivable in a direction in which the drop height decreases; and - the system comprises a separating device arranged downstream of the discharge conveyor of the treatment device , wherein said separating device is configured to separate the homogeneously distributed layer into different fractions based on particle mass. - a treatment device , comprising: - a feed configured to supply particles ; - an elongate distributor ; - wherein the feed is arranged above the distributor ; and - a discharge conveyor located below the distributor , wherein a longitudinal direction of the distributor and a discharge direction (D) of the discharge conveyor are at an angle (α) relative to each other; and - wherein the angle (α) between the distributor and the discharge conveyor defines a varying drop height (H) between the distributor and the discharge conveyor , characterized in that - a feed configured to supply particles ; - an elongate distributor ; - wherein the feed is arranged above the distributor ; and - a discharge conveyor located below the distributor , wherein a longitudinal direction of the distributor and a discharge direction (D) of the discharge conveyor are at an angle (α) relative to each other; and - wherein the angle (α) between the distributor and the discharge conveyor defines a varying drop height (H) between the distributor and the discharge conveyor , characterized in that - the elongate distributor of the treatment device is configured to lay the particles supplied by the feed in a homogenously distributed layer on the discharge conveyor ; - the discharge conveyor is drivable in a direction in which the drop height decreases; and - the system comprises a separating device arranged downstream of the discharge conveyor of the treatment device , wherein said separating device is configured to separate the homogeneously distributed layer into different fractions based on particle mass.