mhurhangee/patent-ind-claim-en huggingface dataset:
A trailer coupling including a ball neck , which is movable between an operative position (A) and a rest position (R) and which has a pivot bearing body arranged at a first end and a coupling ball arranged at a second end , a pivot bearing unit , which is arranged fixed to the vehicle and by means of which the pivot bearing body is received such that it is pivotal about a pivot axis between the operative position (A) and the rest position (R), and a rotation blocking arrangement having at least two rotation blocking bodies , which are guided by means of a guide body to be movable in a guide direction having at least one component in the radial direction relative to the pivot axis , wherein, in the operative position (A), the rotation blocking bodies are movable into a rotation blocking position by a movement in the guide direction and, in this rotation blocking position, engage with a receptacle in the pivot bearing body in order to block a pivotal movement of the pivot bearing body about the pivot axis relative to the guide body , and are movable into a release position and, in this release position, are not in engagement with the respective receptacle , and having an actuating body which has a respective cam face , that runs transversely to the guide direction , for each of the rotation blocking bodies and which is arranged to be rotatable about the pivot axis and as a result of the rotary movement whereof in a direction of actuation the at least two rotation blocking bodies are movable and urgeable in the guide direction , characterised in that there is provided a rest position latching arrangement that is independent of the rotation blocking arrangement and that, in a free-movement position, permits movement of the pivot bearing body in relation to the guide body and, in a rest position latching position, fixes the pivot bearing body such that it is fixed in rotation relative to the guide body and, at least in the rotary position of the pivot bearing body that corresponds to the rest position (R), changes over to the latching position automatically, as a result of a spring element provided therein.
Polyurethane-based display , in particular for vehicles, comprising: - a decorative element having at least one cutout , wherein at least one printed sheet is arranged in the cutout such that the printed part is visible, wherein the printed sheet is coated with a first polyurethane layer , characterized in that the decorative element comprises glass, wood, wood veneer, ceramic material, stone or a combination thereof, wherein the decorative element comprises holes and/or spikes by means of which the first polyurethane layer is fixed. - a decorative element having at least one cutout , wherein at least one printed sheet is arranged in the cutout such that the printed part is visible, wherein the printed sheet is coated with a first polyurethane layer , characterized in that the decorative element comprises glass, wood, wood veneer, ceramic material, stone or a combination thereof, wherein the decorative element comprises holes and/or spikes by means of which the first polyurethane layer is fixed.
A transmitter (102; 200) comprising: a clock configured to generate one or more output clock signals; at least one frequency divider configured to generate a plurality of divided frequencies based on the one or more output clock signals; a modulator ; at least one antenna or transducer configured to transmit modulated data; a memory configured to store instructions; and at least one processor coupled to the memory and the at least one antenna or transducer, and configured to execute the instructions performing operations comprising: mapping data to a decimal code value of a plurality of decimal code values; converting the decimal code value to a shrinking base system, the shrinking base system decrementing a base after each division operation; and selecting a set of frequencies among the plurality of divided frequencies based on the code value corresponding to the shrinking base system for the decimal code value; wherein the modulator is configured to modulate the decimal code value using the set of frequencies. a clock configured to generate one or more output clock signals; at least one frequency divider configured to generate a plurality of divided frequencies based on the one or more output clock signals; a modulator ; at least one antenna or transducer configured to transmit modulated data; a memory configured to store instructions; and at least one processor coupled to the memory and the at least one antenna or transducer, and configured to execute the instructions performing operations comprising: mapping data to a decimal code value of a plurality of decimal code values; converting the decimal code value to a shrinking base system, the shrinking base system decrementing a base after each division operation; and selecting a set of frequencies among the plurality of divided frequencies based on the code value corresponding to the shrinking base system for the decimal code value; mapping data to a decimal code value of a plurality of decimal code values; converting the decimal code value to a shrinking base system, the shrinking base system decrementing a base after each division operation; and selecting a set of frequencies among the plurality of divided frequencies based on the code value corresponding to the shrinking base system for the decimal code value;
A satellite attitude control system, comprising a spherical inertial body arranged to be rotated in space in a desired rotational mode by creating rotational momentum to the spherical inertial body through friction, and one or more feedback sensors, the system further comprising a set of four or more supporting elements, each supporting element providing a substantial single contact point to said spherical inertial body to keep it in 3D-space, wherein said supporting elements are support(s) or actuator(s) , wherein said set comprises at least one of said actuator(s), wherein - said actuator(s) are configured to create the rotational momentum to the spherical inertial body through friction, and - said support(s) are configured to keep the spherical inertial body in place and allow a 3D-rotation. - said actuator(s) are configured to create the rotational momentum to the spherical inertial body through friction, and - said support(s) are configured to keep the spherical inertial body in place and allow a 3D-rotation.
A wireless communication method, comprising: acquiring, by a base station from a terminal, resource information on a demodulation reference signal resource used for transmission of a control channel, wherein the demodulation reference signal resource comprises a demodulation reference signal port; determining, by the base station, a time domain resource location and a frequency domain resource location of the control channel based on the demodulation reference signal port; and transmitting, by the base station, the control channel to the terminal using the demodulation reference signal resource, the time domain resource location, and the frequency domain resource location. acquiring, by a base station from a terminal, resource information on a demodulation reference signal resource used for transmission of a control channel, wherein the demodulation reference signal resource comprises a demodulation reference signal port; determining, by the base station, a time domain resource location and a frequency domain resource location of the control channel based on the demodulation reference signal port; and transmitting, by the base station, the control channel to the terminal using the demodulation reference signal resource, the time domain resource location, and the frequency domain resource location.
Machine for the working of tubes (T) and similar elongated blanks, such as for example bars and profiled sections, comprising a working head carrying working tools suitable for carrying out one or more working operations on the tube (T), a tube feeding unit for feeding the tube (T) along its longitudinal axis (x) towards the working head , and a programmable control unit arranged to control the tube feeding unit and the working head , said machine further comprising, downstream of the tube feeding unit , an optical sensor arranged to optically measure, while the tube (T) is being worked, the forward displacement of the tube (T) along its longitudinal axis (x) and/or the rotational displacement of the tube (T) about its longitudinal axis (x), wherein the optical sensor comprises a light source for illuminating a surface portion (S) of the tube (T), a camera for acquiring images of said surface portion (S) of the tube (T), said machine being characterized by further comprising a digital processing unit for determining at each time instant, based on the comparison of the image of said surface portion (S) of the tube (T) acquired by the camera in that time instant with an image of said surface portion (S) of the tube (T) acquired by the camera at a preceding time instant, the forward displacement of the tube (T) along its longitudinal axis (x) and/or the rotational displacement of the tube (T) about its longitudinal axis (x).
Sheet-fed printing press , wherein the sheet-fed printing press has at least one swinging gripper and at least one accepting drum arranged downstream of the swinging gripper , and wherein at least one swivel gear mechanism is arranged, which is designed to couple a rotational movement of a shaft of the accepting drum and an alternating swiveling movement of the swinging gripper , said alternating swiveling movement being limited by two end positions, and wherein a gear , which is fixedly connected to the shaft of the accepting drum for conjoint rotation and is referred to as the accepting drum gear , is connected to a main drive motor of the sheet-fed printing press via a gear train that includes this accepting drum gear , characterized in that an active compensation actuator , designed as a compensation motor , is connected to the accepting drum in a torque-transmitting manner, and in that the active compensation actuator has a rotor and a stator, and in that the rotor is connected to the accepting drum coaxially and/or without play.
An illumination source comprising a base and a flexible printed circuit board adapted for attachment to the base , wherein the base comprises multiple sides and a central opening that extends between top and bottom surfaces of the base ; the flexible printed circuit board comprises - a flexible body , which is substantially rectangular, comprising a plurality of segments , each segment comprising a set of pairs of body contacts that are electrically isolated from the body contacts of each other segment , wherein each pair of body contacts provides electrical connection to an LED mounted thereon; and - a plurality of flexible legs extending substantially perpendicularly from the flexible body , each flexible leg : extending from a respective segment of the plurality of segments , and comprising a pair of leg contacts disposed proximate to a distal end of the flexible leg from the flexible body , each leg contact connected with a different body contact of the respective segment , and each flexible leg of the flexible printed circuit board adapted to be routed around a bottom edge of the base , along the bottom surface of the base , and into the central opening . the base comprises multiple sides and a central opening that extends between top and bottom surfaces of the base ; the flexible printed circuit board comprises - a flexible body , which is substantially rectangular, comprising a plurality of segments , each segment comprising a set of pairs of body contacts that are electrically isolated from the body contacts of each other segment , wherein each pair of body contacts provides electrical connection to an LED mounted thereon; and - a plurality of flexible legs extending substantially perpendicularly from the flexible body , each flexible leg : extending from a respective segment of the plurality of segments , and comprising a pair of leg contacts disposed proximate to a distal end of the flexible leg from the flexible body , each leg contact connected with a different body contact of the respective segment , and each flexible leg of the flexible printed circuit board adapted to be routed around a bottom edge of the base , along the bottom surface of the base , and into the central opening . - a flexible body , which is substantially rectangular, comprising a plurality of segments , each segment comprising a set of pairs of body contacts that are electrically isolated from the body contacts of each other segment , wherein each pair of body contacts provides electrical connection to an LED mounted thereon; and - a plurality of flexible legs extending substantially perpendicularly from the flexible body , each flexible leg : extending from a respective segment of the plurality of segments , and comprising a pair of leg contacts disposed proximate to a distal end of the flexible leg from the flexible body , each leg contact connected with a different body contact of the respective segment , and each flexible leg of the flexible printed circuit board adapted to be routed around a bottom edge of the base , along the bottom surface of the base , and into the central opening .
A laundry treatment apparatus comprising: a tub configured to hold water; a drum rotatably provided in the tub and configured to receive laundry; an agitation unit that protrudes upward from a center part of a bottom surface of the drum and that is configured to agitate water and laundry in the drum in a state in which the drum rotates; a heater configured to heat water in the tub ; a water supply pipe configured to supply water to the tub ; and a water supply valve configured to control a flow through the water supply pipe ; and at least one processor configured to control the water supply valve and the heater to supply water into the tub and to heat water in the tub ; characterized in that the laundry treatment apparatus is configured to: - supply a first amount of water into the tub , wherein the first amount of water added into the tub results in a first water level in the tub at which a portion of the agitation unit is immersed below the first water level and an uppermost end of the agitation unit is exposed above the first water level; - heat the first amount of water in the tub to a first temperature; and - intermittently supply incremental amounts of water into the tub until an amount of water added into the tub results in a second water level in the tub at which the uppermost end of the agitation unit is immersed below the second water level. a tub configured to hold water; a drum rotatably provided in the tub and configured to receive laundry; an agitation unit that protrudes upward from a center part of a bottom surface of the drum and that is configured to agitate water and laundry in the drum in a state in which the drum rotates; a heater configured to heat water in the tub ; a water supply pipe configured to supply water to the tub ; and a water supply valve configured to control a flow through the water supply pipe ; and at least one processor configured to control the water supply valve and the heater to supply water into the tub and to heat water in the tub ; - supply a first amount of water into the tub , wherein the first amount of water added into the tub results in a first water level in the tub at which a portion of the agitation unit is immersed below the first water level and an uppermost end of the agitation unit is exposed above the first water level; - heat the first amount of water in the tub to a first temperature; and - intermittently supply incremental amounts of water into the tub until an amount of water added into the tub results in a second water level in the tub at which the uppermost end of the agitation unit is immersed below the second water level.
An electronic control unit for a power steering unit , with a multi-part housing , which encloses an electronic circuit arranged in an interior space of the housing , and with at least one plug contact , which comprises a number of electrical contact elements which extend through the housing, comprise contact surfaces arranged outside the interior space and reach into the interior space , where they are connected to the electronic circuit , wherein the interior space is partially or completely filled with a closed-cell foam (40 - 44), characterized in that the foam (40 - 44) is an elastic foam with an elongation at break of more than 5%.
A honeycomb structure , comprising a pillar-shaped honeycomb structure body having a porous partition wall , wherein the honeycomb structure body includes a plurality of cells defined by the partition wall so as to extend from a first end face to a second end face of the honeycomb structure body , the partition wall is formed by a porous body including a silicon phase as a main phase and an oxide, wherein the porous body includes 60 mass% or more of the silicon phase as the main phase, and the oxide includes a first oxide made of an alkali earth metal oxide, Al 2 O 3 , and SiO 2 .
A receiver assembly for a machine like a tracked vehicle employed in mining, agriculture, forestry, construction or shipping, the receiver assembly comprising: a mast ; a receiver mounted on the mast for collecting, recording, storing, transmitting or receiving data pertaining to operation of a machine on a ground surface, for example a Global Positioning System (GPS) receiver, a Universal Target System (UTS) or a laser catcher; characterised by a bracket comprising: a base disposed on the machine ; at least one arm extending from the base ; a pivot pin disposed on the arm ; wherein the mast is disposed alongside the arm and pivotally supported on the pivot pin ; and a releasable attachment operable to enable the receiver to be attached to and removed from the mast , wherein the receiver together with the mast is pivotable about the pivot pin from an upright position to lower the receiver for removal from or installation onto the mast . a mast ; a receiver mounted on the mast for collecting, recording, storing, transmitting or receiving data pertaining to operation of a machine on a ground surface, for example a Global Positioning System (GPS) receiver, a Universal Target System (UTS) or a laser catcher; characterised by a bracket comprising: a base disposed on the machine ; at least one arm extending from the base ; a pivot pin disposed on the arm ; a base disposed on the machine ; at least one arm extending from the base ; a pivot pin disposed on the arm ; wherein the mast is disposed alongside the arm and pivotally supported on the pivot pin ; and a releasable attachment operable to enable the receiver to be attached to and removed from the mast , wherein the receiver together with the mast is pivotable about the pivot pin from an upright position to lower the receiver for removal from or installation onto the mast .
A basketball hoop structure for a trampoline, and the basketball hoop structure comprises a frame , a rim and a backboard , and the rim has a horizontal position and is connected to the frame in such a way that the rim is vertically pivotable from its horizontal position and the rim is padded at least partially with a layer of elastic material , and the frame is configured to be affixed onto the trampoline, characterised in that the rim comprises a connection arrangement having a first branch and a second branch for connecting the rim to the frame, and the frame comprises a support structure having at least a horizontal lower surface , and the basketball hoop structure further comprises two elastic arrangements: a first elastic arrangement and a second elastic arrangement , and parts of the first branch and the second branch are positioned between the first elastic arrangement and a second elastic arrangement, and the first elastic arrangement is positioned on the lower surface.
A monitoring system for at least one peritoneal dialysis appliance (PD1), whereby the monitoring system receives from a peritoneal dialysis appliance (PD1) to be monitored via a first data communication network (NET1) traverse profile data, whereby the received data are stored with respect to a respective peritoneal dialysis appliance (PD1), whereby appliance specific at least individuals of the stored data are evaluated, whereby on basis of the evaluation an action selected from notifying a patient (P), notifying a medical specialized personnel (SP), notifying a quality officer (OB) is executed via a second data communication network (NET2), whereby the peritoneal dialysis appliance (PD1) to be monitored comprises a membrane pump, whereby vie evaluation of changes of the traverse profile data deterioration data of the membrane pump are determined.
Fluid injection device for internal combustion engines, having a valve body in which a valve needle is arranged so as to be displaceable along a longitudinal axis of the valve body and interacts with a valve seat in order to open up or close off a fluid outlet, wherein the fluid injection device has at least one spring element which is arranged in a radial direction between the valve body and the valve needle and by means of which the valve needle is supported on the valve body , such that the valve needle is guided by means of the spring element in order to at least substantially prevent tilting of the valve needle relative to the longitudinal axis during the operation of the fluid injection device , characterized in that the at least one spring element is formed as a circular helical spring with a closed, curved central line about which the windings of the helical spring are wound, and the valve needle is supported by means of the spring element on the valve body by virtue of the spring element being supported with its inner circumference on the valve needle and with its outer circumference on the valve body , or in that the at least one spring element is formed as a spider-type spring and has an inner circumference , by means of which it is supported on the valve needle , and a number of spring legs , by means of which it is supported on the valve body .