mhurhangee/patent-ind-claim-en huggingface dataset:
Portable and measuring screwdriving tool , in particular cordless screwdriver, having an electrical drive device which generates a rotary movement, and having a first rotatable output device that is driven in rotation with respect to a first axis of rotation (X) by the electrical drive device , wherein the tool has a second output device that is driven in rotation with respect to a second axis of rotation (Y) by the electrical drive device , and wherein the first axis of rotation (X) and the second axis of rotation (Y) are arranged at an angle of between 30° and 90° to one another, characterized in that the tool has a switching device in order to selectively drive one of the two output devices by way of the drive device , wherein the tool has a first measuring device which acquires at least one first physical parameter characteristic for the output of the first output device , wherein the tool has a second measuring device which acquires at least one second physical parameter characteristic for the output of the second output device , and wherein the tool has a transmitting device for the wireless output of data to a receiving device and is set up to determine and evaluate parameters such as a torque and/or a rotational speed and/or an angle of rotation during screwdriving.
An electric power steering apparatus that involves a motor to assist-control a steering system of a vehicle connected to a steering shaft via a reduction mechanism , and comprises a first angle sensor to detect a steering shaft angle of pinion side of said steering shaft, a second angle sensor to detect a motor shaft angle of said motor , and a current detecting section to detect a motor current of said motor , characterized in that said electric power steering apparatus comprises: an estimating function that obtains compensation value maps by iteratively learning characteristics of nonlinear elements including said reduction mechanism based on an actual measuring angle of said first angle sensor , an actual measuring angle of said second angle sensor , a motor torque and a motor angular speed, and estimates said steering shaft angle and said motor shaft angle by using said compensation value maps.
A method for printing an article using a selective toner electrophotographic process, the method comprising: successively depositing multiple layers of part material and support material , the layers deposited substantially parallel to a first plane; wherein: a) the multiple layers of part material and support material extend in a direction perpendicular to the first plane; and b) at least some of the layers of part material and support material are separated from each other in the first plane to form a gap between part material and support material within a layer; the method being characterized in that it further comprises the following steps: deposit of an edge enhancement layer between at least some of the multiple layers of part material and support material ; the edge enhancement layer comprising a layer of part material or a layer of support material selectively printed adjacent to the gap of a previous layer; application of heat and pressure to the part material and support material such that a portion of the part material and support material flows into and at least partially fills the gap between the part material and support material. successively depositing multiple layers of part material and support material , the layers deposited substantially parallel to a first plane; wherein: a) the multiple layers of part material and support material extend in a direction perpendicular to the first plane; and b) at least some of the layers of part material and support material are separated from each other in the first plane to form a gap between part material and support material within a layer; a) the multiple layers of part material and support material extend in a direction perpendicular to the first plane; and b) at least some of the layers of part material and support material are separated from each other in the first plane to form a gap between part material and support material within a layer; the method being characterized in that it further comprises the following steps: deposit of an edge enhancement layer between at least some of the multiple layers of part material and support material ; the edge enhancement layer comprising a layer of part material or a layer of support material selectively printed adjacent to the gap of a previous layer; application of heat and pressure to the part material and support material such that a portion of the part material and support material flows into and at least partially fills the gap between the part material and support material. deposit of an edge enhancement layer between at least some of the multiple layers of part material and support material ; the edge enhancement layer comprising a layer of part material or a layer of support material selectively printed adjacent to the gap of a previous layer; application of heat and pressure to the part material and support material such that a portion of the part material and support material flows into and at least partially fills the gap between the part material and support material.
A pear feeding method for multi-lane processing, comprising steps of: - supplying pears to a shuffle feeder , - singularly moving the pears in a plurality of chutes in a number equal to that of the multi-lane processing, characterized in that the method further comprises steps of: - advancing the pears with their stem pointing downwards in a plurality of advancement channels that are open downwards up to an exit end of the advancement channels , against a retrograde motion of facing belts by pushing elements, - retaining each pear exiting out of its advancement channel in a respective receiving jaw of a plurality of receiving jaws , and - simultaneously cutting pear stems by a cutting device , while the pears are retained inside the plurality of receiving jaws . - supplying pears to a shuffle feeder , - singularly moving the pears in a plurality of chutes in a number equal to that of the multi-lane processing, - advancing the pears with their stem pointing downwards in a plurality of advancement channels that are open downwards up to an exit end of the advancement channels , against a retrograde motion of facing belts by pushing elements, - retaining each pear exiting out of its advancement channel in a respective receiving jaw of a plurality of receiving jaws , and - simultaneously cutting pear stems by a cutting device , while the pears are retained inside the plurality of receiving jaws .
A method for video decoding in a decoder, characterized by comprising: decoding (S1630) first prediction information of a first block from a coded video bitstream, the first block being within a merge sharing node, MSN, with an intra block copy, IBC, merge candidate list that is constructed based on the MSN and shared within the MSN, the first prediction information being indicative of an IBC mode; determining (S1640) a first block vector that points to a first reference area in a same picture as the first block based on the IBC merge candidate list associated with the MSN; reconstructing (S1650) at least a sample of the first block based on first reference samples of the first reference area in the same picture; maintaining a history-based block vector prediction, HBVP, buffer associated with the MSN, the HBVP buffer being shared by, and used for reconstruction of, the blocks in the MSN and being coded in the IBC mode; and applying restrictions to updates of the HBVP buffer. decoding (S1630) first prediction information of a first block from a coded video bitstream, the first block being within a merge sharing node, MSN, with an intra block copy, IBC, merge candidate list that is constructed based on the MSN and shared within the MSN, the first prediction information being indicative of an IBC mode; determining (S1640) a first block vector that points to a first reference area in a same picture as the first block based on the IBC merge candidate list associated with the MSN; reconstructing (S1650) at least a sample of the first block based on first reference samples of the first reference area in the same picture; maintaining a history-based block vector prediction, HBVP, buffer associated with the MSN, the HBVP buffer being shared by, and used for reconstruction of, the blocks in the MSN and being coded in the IBC mode; and applying restrictions to updates of the HBVP buffer.
A substrate processing apparatus which is configured to cause a processing tape to abut against a processing object (W) and to process the processing object (W) by a relative movement of the processing tape and the processing object (W), comprising: a tape supply reel (46; 56) configured to supply the processing tape ; a tape recovery reel (47; 57) configured to recover the processing tape ; a supply motor (Ma) configured to apply a torque to the tape supply reel (46; 56), and/or a recovery motor (Mb) configured to apply a torque to the tape recovery reel (47; 57); a tape feed motor (Mc) configured to feed the processing tape between the tape supply reel (46; 56) and the tape recovery reel (47; 57); and a control unit configured to control the tape feed motor (Mc), wherein the control unit is further configured to control the torque of the recovery motor (Mb) depending on a change in an outer diameter of a roll of the processing tape wound by the tape recovery reel (47; 57) such that tension applied to the processing tape is constant, using a feed length of the processing tape fed by the tape feed motor (Mc) and a thickness of the processing tape , and/or to control the torque of the supply motor (Ma) depending on a change in an outer diameter of a roll of the processing tape in the tape supply reel (46; 56) such that tension applied to the processing tape is constant, using a feed length of the processing tape fed by the tape feed motor (Mc) and a thickness of the processing tape . a tape supply reel (46; 56) configured to supply the processing tape ; a tape recovery reel (47; 57) configured to recover the processing tape ; a supply motor (Ma) configured to apply a torque to the tape supply reel (46; 56), and/or a recovery motor (Mb) configured to apply a torque to the tape recovery reel (47; 57); a tape feed motor (Mc) configured to feed the processing tape between the tape supply reel (46; 56) and the tape recovery reel (47; 57); and a control unit configured to control the tape feed motor (Mc), wherein the control unit is further configured to control the torque of the recovery motor (Mb) depending on a change in an outer diameter of a roll of the processing tape wound by the tape recovery reel (47; 57) such that tension applied to the processing tape is constant, using a feed length of the processing tape fed by the tape feed motor (Mc) and a thickness of the processing tape , and/or to control the torque of the supply motor (Ma) depending on a change in an outer diameter of a roll of the processing tape in the tape supply reel (46; 56) such that tension applied to the processing tape is constant, using a feed length of the processing tape fed by the tape feed motor (Mc) and a thickness of the processing tape .
A headrest assembly , comprising: a headrest base ; a headrest plate configured to translate relative to the headrest base ; a shaft fixed to the headrest plate and slidably received in the headrest base , the shaft having a length determining a stroke length of the headrest plate relative to the headrest base ; and a ring brake assembly configured to lock a position of the headrest plate relative to the headrest base , characterized in that the ring brake assembly includes: i. a housing fixed to the headrest base , the shaft slidably received through the housing ; ii. spaced first and second magnets mounted to the housing ; iii. a ring brake disposed between the first and second magnets and slidably disposed around the shaft ; iv. a first reset plate fixed to an end of the shaft opposite the headrest plate ; and v. a second reset plate fixed to the headrest plate . a headrest base ; a headrest plate configured to translate relative to the headrest base ; a shaft fixed to the headrest plate and slidably received in the headrest base , the shaft having a length determining a stroke length of the headrest plate relative to the headrest base ; and a ring brake assembly configured to lock a position of the headrest plate relative to the headrest base , characterized in that the ring brake assembly includes: i. a housing fixed to the headrest base , the shaft slidably received through the housing ; ii. spaced first and second magnets mounted to the housing ; iii. a ring brake disposed between the first and second magnets and slidably disposed around the shaft ; iv. a first reset plate fixed to an end of the shaft opposite the headrest plate ; and v. a second reset plate fixed to the headrest plate . i. a housing fixed to the headrest base , the shaft slidably received through the housing ; ii. spaced first and second magnets mounted to the housing ; iii. a ring brake disposed between the first and second magnets and slidably disposed around the shaft ; iv. a first reset plate fixed to an end of the shaft opposite the headrest plate ; and v. a second reset plate fixed to the headrest plate .
Supporting device for supporting padding of a piece of furniture for sitting and/or lying down, in particular a mattress of a bed, having a main body having spring elements for flat support of the padding and having at least one load/relief device for achieving a pressure load or relief on the padding, wherein the load/relief device for achieving a pressure load or relief affects at least one spring element , wherein the load/relief device has at least one electric motor , which is operatively connected to at least one pressure element , by means of which a compressive force can be exerted or is exerted on at least one spring element of the main body, to achieve a pressure load or relief, and wherein the load/relief device has at least one first carriage that is drivably connected to an electric motor and can be translationally moved in the longitudinal direction of the supporting device , wherein the first carriage bears at least one arm , the free end of which bears the pressure element for loading/relieving the spring elements of the main body, characterised in that the load/relief device is arranged inside the profile height of the main body of the supporting device . having a main body having spring elements for flat support of the padding and having at least one load/relief device for achieving a pressure load or relief on the padding, wherein the load/relief device for achieving a pressure load or relief affects at least one spring element , wherein the load/relief device has at least one electric motor , which is operatively connected to at least one pressure element , by means of which a compressive force can be exerted or is exerted on at least one spring element of the main body, to achieve a pressure load or relief, and wherein the load/relief device has at least one first carriage that is drivably connected to an electric motor and can be translationally moved in the longitudinal direction of the supporting device , wherein the first carriage bears at least one arm , the free end of which bears the pressure element for loading/relieving the spring elements of the main body, characterised in that the load/relief device is arranged inside the profile height of the main body of the supporting device .
A battery-powered consumption meter comprising: a measurement means for measuring a value relating to an accumulated volume of a fluid flowing in a connected fluid pipe system to make up a consumption meter representation of the accumulated volume, and a first communication means , which is a wireless two-way communication means arranged for transmitting the consumption meter representation from the consumption meter to an external device external to the consumption meter , and for receiving a communication therefrom, the consumption meter having at least two modes of operation comprising: a normal operation mode, and a calibration mode different from the normal operation mode; characterized in that in calibration mode the consumption meter is arranged to transmit the consumption meter representation to the external device in response to a request therefor from the external device ; wherein the consumption meter comprises registration means for registration of the communication from the external device at the time of the communication from the external device ; wherein the consumption meter has an internal clock, and wherein the registration means comprises means for registration of the time of the consumption meter at the time of the communication from the external device ; and wherein the consumption meter comprises interpolation means for making up a consumption meter representation corresponding to the time of the communication from the external device from a set of values of the accumulated volume measured previously and subsequently, respectively, to the communication from the external device . a measurement means for measuring a value relating to an accumulated volume of a fluid flowing in a connected fluid pipe system to make up a consumption meter representation of the accumulated volume, and a first communication means , which is a wireless two-way communication means arranged for transmitting the consumption meter representation from the consumption meter to an external device external to the consumption meter , and for receiving a communication therefrom, a normal operation mode, and a calibration mode different from the normal operation mode; in calibration mode the consumption meter is arranged to transmit the consumption meter representation to the external device in response to a request therefor from the external device ; wherein the consumption meter comprises registration means for registration of the communication from the external device at the time of the communication from the external device ; wherein the consumption meter has an internal clock, and wherein the registration means comprises means for registration of the time of the consumption meter at the time of the communication from the external device ; and wherein the consumption meter comprises interpolation means for making up a consumption meter representation corresponding to the time of the communication from the external device from a set of values of the accumulated volume measured previously and subsequently, respectively, to the communication from the external device .
Clamping device for clamping a workpiece, comprising at least one column element , at least one sleeve which surrounds the column element , can be adjusted relative thereto and has at least one extension , and comprising at least one arm which is held on the extension and can be adjusted relative thereto, wherein the workpiece is releasably attachable to the arm , the column element being provided with recesses , the sleeve having at least one fastening element which can be selectively brought into form-fitting engagement with one of the recesses , and the arm being provided with recesses and the extension having at least one fastening element which can be selectively brought into form-fitting engagement with one of the recesses , wherein the sleeve is slideable in the longitudinal direction of the column element , and characterized in that the collar is mounted so as to be rotatable about the axis of the column element .
A charging session management method, wherein a first IP-CAN bearer between a Gateway and a UE exists, wherein the first IP-CAN bearer is used to transmit a data flow of the UE, and a charging session for the first IP-CAN bearer exists between the Gateway and a charging system; and the method comprises: if one IP-CAN session comprises multiple IP-CAN bearers, and the multiple IP-CAN bearers use the charging session established for the first IP-CAN bearer, terminating , by the Gateway, the charging session when detecting that no data flow is transmitted on the all IP-CAN bearers within a time threshold; and establishing , by the Gateway, a new charging session for the first IP-CAN bearer when detecting that a data flow starts to be transmitted on the first IP-CAN bearer. if one IP-CAN session comprises multiple IP-CAN bearers, and the multiple IP-CAN bearers use the charging session established for the first IP-CAN bearer, terminating , by the Gateway, the charging session when detecting that no data flow is transmitted on the all IP-CAN bearers within a time threshold; and establishing , by the Gateway, a new charging session for the first IP-CAN bearer when detecting that a data flow starts to be transmitted on the first IP-CAN bearer.
A sheet layering jig for manufacturing a layered product in which a component is arranged between layered sheets, comprising: a stage; a sheet holding portion that includes a sheet holding side face to hold a plurality of sheets and is arranged on the stage so that the sheet holding side face faces a work space on the stage; a component holding portion that includes a component holding side face to hold a plurality of components and is arranged on the stage so that the component holding side face faces the sheet holding side face as sandwiching the work space; a sheet holding guide that holds the sheets along the sheet holding side face; a component holding guide that holds the components along the component holding side face; and a magnetic circuit that is arranged at the sheet holding portion and generates magnetic force to generate a gap between the sheets at an end region of the sheets. a stage; a sheet holding portion that includes a sheet holding side face to hold a plurality of sheets and is arranged on the stage so that the sheet holding side face faces a work space on the stage; a component holding portion that includes a component holding side face to hold a plurality of components and is arranged on the stage so that the component holding side face faces the sheet holding side face as sandwiching the work space; a sheet holding guide that holds the sheets along the sheet holding side face; a component holding guide that holds the components along the component holding side face; and a magnetic circuit that is arranged at the sheet holding portion and generates magnetic force to generate a gap between the sheets at an end region of the sheets.