mhurhangee/patent-ind-claim-en huggingface dataset:
A device unit, comprising: a client side element , configured to dynamically adjust a quantity of first timeslots according to a bandwidth, wherein the first timeslots are timeslots of the client side element , and the bandwidth is a bandwidth of a received data service before the received data service is mapped to an Optical Channel Data Unit, ODU, tunnel; a line side element , configured to configure, according to the quantity of the first timeslots adjusted by the client side element , a quantity of second timeslots matched with the first timeslots, wherein the second timeslots are timeslots of the line side element ; a tunnel managing element , configured to adjust, according to the quantity of the first timeslots and the quantity of the second timeslots, a quantity of ODU tunnels used for connecting the client side element and the line side element , wherein the ODU tunnels used for connecting the client side element and the line side element after the adjustment carry the data service, and the ODU tunnels are ODU tunnels with fixed rates. a client side element , configured to dynamically adjust a quantity of first timeslots according to a bandwidth, wherein the first timeslots are timeslots of the client side element , and the bandwidth is a bandwidth of a received data service before the received data service is mapped to an Optical Channel Data Unit, ODU, tunnel; a line side element , configured to configure, according to the quantity of the first timeslots adjusted by the client side element , a quantity of second timeslots matched with the first timeslots, wherein the second timeslots are timeslots of the line side element ; a tunnel managing element , configured to adjust, according to the quantity of the first timeslots and the quantity of the second timeslots, a quantity of ODU tunnels used for connecting the client side element and the line side element , wherein the ODU tunnels used for connecting the client side element and the line side element after the adjustment carry the data service, and the ODU tunnels are ODU tunnels with fixed rates.
A non-transitory computing device readable medium having instructions stored thereon that are executable by a processor to cause a computing device to: collect , in the processor, a scan of a patient's dental arch; estimate a width of at least some of the patient's teeth from the scan of the patient's dental arch; determine that a tooth is missing in the patient's dental arch; estimate a width of the tooth that is missing; perform a Bolton analysis of the patient's dental arch using the estimated tooth width and the estimated widths of the at least some of the patient's teeth; and output the Bolton analysis. collect , in the processor, a scan of a patient's dental arch; estimate a width of at least some of the patient's teeth from the scan of the patient's dental arch; determine that a tooth is missing in the patient's dental arch; estimate a width of the tooth that is missing; perform a Bolton analysis of the patient's dental arch using the estimated tooth width and the estimated widths of the at least some of the patient's teeth; and output the Bolton analysis.
A weft insertion device for an air jet loom , the weft insertion device comprising a plurality of supply devices each including: one solenoid valve ; and a distributor configured to distribute, to two sub-nozzles (SN), air supplied from a source via the solenoid valve , wherein the distributor includes: a main channel having an inlet end that is joined to the solenoid valve and an outlet end that is closed by an end wall ; and a pair of branch channels each having an inlet end that is joined to the outlet end of the main channel and an outlet end that is connectable to a corresponding one of the sub-nozzles (SN), each of the branch channels is formed such that, when the weft insertion device is attached to the air jet loom , it faces in a direction having at least a component parallel to a front-rear direction of the air jet loom , and the inlet end of each of the branch channels communicates with the main channel such that at least part of the inlet end of each of the branch channels covers the end wall , characterized in that the branch channels are formed such that their inlet ends overlap with each other. one solenoid valve ; and a distributor configured to distribute, to two sub-nozzles (SN), air supplied from a source via the solenoid valve , wherein the distributor includes: a main channel having an inlet end that is joined to the solenoid valve and an outlet end that is closed by an end wall ; and a pair of branch channels each having an inlet end that is joined to the outlet end of the main channel and an outlet end that is connectable to a corresponding one of the sub-nozzles (SN), a main channel having an inlet end that is joined to the solenoid valve and an outlet end that is closed by an end wall ; and a pair of branch channels each having an inlet end that is joined to the outlet end of the main channel and an outlet end that is connectable to a corresponding one of the sub-nozzles (SN), each of the branch channels is formed such that, when the weft insertion device is attached to the air jet loom , it faces in a direction having at least a component parallel to a front-rear direction of the air jet loom , and the inlet end of each of the branch channels communicates with the main channel such that at least part of the inlet end of each of the branch channels covers the end wall , characterized in that the branch channels are formed such that their inlet ends overlap with each other.
An apparatus for adjusting a height adjustable leg having a longitudinal axis and for vertically supporting a cabinet, appliance or structure, the apparatus comprising: a coupling for forming part of said height adjustable leg, the coupling comprising a driven member configured to rotate about the longitudinal axis of said height adjustable leg, and a tool comprising a driving member and a torque input for applying torque to the driving member , the tool and the coupling being complementarily adapted to releasably maintain engagement between the driving member and the driven member to allow the driving member to drive the driven member to rotate the coupling about the longitudinal axis of the leg for height adjustment of the leg, and wherein the driving member and the driven member are gears that releasably mesh together when the tool is engaged with the coupling from any lateral angular direction relative to the longitudinal axis of the leg, and wherein the tool is able to remain in a stationary angular position relative the leg when the driving member drives the driven member for leg height adjustment. a coupling for forming part of said height adjustable leg, the coupling comprising a driven member configured to rotate about the longitudinal axis of said height adjustable leg, and a tool comprising a driving member and a torque input for applying torque to the driving member , the tool and the coupling being complementarily adapted to releasably maintain engagement between the driving member and the driven member to allow the driving member to drive the driven member to rotate the coupling about the longitudinal axis of the leg for height adjustment of the leg, and wherein the driving member and the driven member are gears that releasably mesh together when the tool is engaged with the coupling from any lateral angular direction relative to the longitudinal axis of the leg, and wherein the tool is able to remain in a stationary angular position relative the leg when the driving member drives the driven member for leg height adjustment.
A power tool comprising: a housing ; an inner mechanism mounted at least partially within the housing and configured to be reciprocally moveable with respect to the housing , the inner mechanism having a motor fan assembly ; an air inlet and an air outlet positioned in the housing and a cooling airflow path extending between the air inlet and the air outlet via the motor fan assembly ; and at least one air conduit located on the airflow path configured to guide the cooling airflow from the air inlet to the motor fan assembly wherein a first end of the air conduit is fixed and a second end of the at least one air conduit is a free end; wherein, either: 1) the first end of the at least one air conduit is fixed with respect to the motor fan assembly and the second end of the at least one air conduit is moveable with respect to the housing ; or 2) the first end of the at least one air conduit is fixed with respect to the internal wall of the housing and the second end of the at least one air conduit is moveable with respect to a motor housing surface of the motor fan assembly ; characterised in that the second end (720;1106) of the at least one air conduit (220; 1100) is slidably engageable with an inner surface of the housing or the motor housing surface . a housing ; an inner mechanism mounted at least partially within the housing and configured to be reciprocally moveable with respect to the housing , the inner mechanism having a motor fan assembly ; an air inlet and an air outlet positioned in the housing and a cooling airflow path extending between the air inlet and the air outlet via the motor fan assembly ; and at least one air conduit located on the airflow path configured to guide the cooling airflow from the air inlet to the motor fan assembly wherein a first end of the air conduit is fixed and a second end of the at least one air conduit is a free end; wherein, either: 1) the first end of the at least one air conduit is fixed with respect to the motor fan assembly and the second end of the at least one air conduit is moveable with respect to the housing ; or 2) the first end of the at least one air conduit is fixed with respect to the internal wall of the housing and the second end of the at least one air conduit is moveable with respect to a motor housing surface of the motor fan assembly ; 1) the first end of the at least one air conduit is fixed with respect to the motor fan assembly and the second end of the at least one air conduit is moveable with respect to the housing ; or 2) the first end of the at least one air conduit is fixed with respect to the internal wall of the housing and the second end of the at least one air conduit is moveable with respect to a motor housing surface of the motor fan assembly ; characterised in that the second end (720;1106) of the at least one air conduit (220; 1100) is slidably engageable with an inner surface of the housing or the motor housing surface .
A method of making a tissue valve , comprising: attaching a valve assembly within a support configured to fit within a blood vessel; and lyophilizing the valve assembly after the valve assembly has been attached to the support. attaching a valve assembly within a support configured to fit within a blood vessel; and lyophilizing the valve assembly after the valve assembly has been attached to the support.
A wireless earphone comprising: a first body , the first body comprising a sound output component, a first end face of the first body being provided with a first magnetic member and a first contact, the first contact being electrically connected to the sound output component; and a second body , a second end face of the second body being opposite the first end face, the second end face being provided with a second magnetic member corresponding to the first magnetic member and a second contact corresponding to the first contact , the second body comprising a first battery , an outer surface of the second body being provided with a third contact ; wherein the third contact is energized to cause the first body and the second body to be in a connected state or separated state; in the connected state, the first magnetic member and the second magnetic member have opposite polarities attracting each other, and the first contact is in contact with the second contact , so that the first battery supplies power to the sound output component; and in the separated state, the first magnetic member and the second magnetic member have a same polarity repelling each other. a first body , the first body comprising a sound output component, a first end face of the first body being provided with a first magnetic member and a first contact, the first contact being electrically connected to the sound output component; and a second body , a second end face of the second body being opposite the first end face, the second end face being provided with a second magnetic member corresponding to the first magnetic member and a second contact corresponding to the first contact , the second body comprising a first battery , an outer surface of the second body being provided with a third contact ; wherein the third contact is energized to cause the first body and the second body to be in a connected state or separated state; in the connected state, the first magnetic member and the second magnetic member have opposite polarities attracting each other, and the first contact is in contact with the second contact , so that the first battery supplies power to the sound output component; and in the separated state, the first magnetic member and the second magnetic member have a same polarity repelling each other.
A geared motor with a gear unit which has an input shaft and a housing which has a housing part , a receiving part and a cover part , in particular and also a gear unit cover , wherein the housing surrounds toothed parts and oil at least partially in a housing-forming manner, wherein the input shaft is rotatably mounted via two bearings received in the receiving part , in particular wherein the inner rings of the two bearings are mounted on the input shaft , wherein the housing of a shaft end pump is connected to the housing part and an intermediate shaft of the gear unit is non-rotatably connected to a rotatable part of the shaft end pump , in particular and drives it, wherein oil conveyed by the shaft end pump out of the oil sump passes through a first channel arranged in the housing part , in particular through a first channel which is arranged in the housing part and passes through the housing part , which channel opens into a second channel which passes through the receiving part , and through the second channel arrives at the bearing arranged farther away from the intermediate shaft , in particular wherein the first channel is formed from bores formed in the housing part and/or wherein the second channel is formed from bores formed in the receiving part , characterised in that in the housing part there is arranged a third channel which is made mirror-symmetrical to the first channel, namely to a mirror plane of symmetry which contains the axis of rotation of the input shaft . wherein the input shaft is rotatably mounted via two bearings received in the receiving part , in particular wherein the inner rings of the two bearings are mounted on the input shaft , wherein the housing of a shaft end pump is connected to the housing part and an intermediate shaft of the gear unit is non-rotatably connected to a rotatable part of the shaft end pump , in particular and drives it, wherein oil conveyed by the shaft end pump out of the oil sump passes through a first channel arranged in the housing part , in particular through a first channel which is arranged in the housing part and passes through the housing part , which channel opens into a second channel which passes through the receiving part , and through the second channel arrives at the bearing arranged farther away from the intermediate shaft , in particular wherein the first channel is formed from bores formed in the housing part and/or wherein the second channel is formed from bores formed in the receiving part , characterised in that in the housing part there is arranged a third channel which is made mirror-symmetrical to the first channel, namely to a mirror plane of symmetry which contains the axis of rotation of the input shaft .
A weaving shuttle comprising wheels for circulation on the reed of a circular loom, and comprising bobbin holders arranged on bearing blocks for holding a weft bobbin so that it is rotatable about its longitudinal axis, characterized by carriers on which the wheels are mounted and which are kept at a distance from each other transversely to the direction of travel of the weaving shuttle by means of spacers , with the carriers being connected by means of the spacers in order to form a frame.
Aircraft, having an aircraft structure to which a supporting structure is fastened; having a cladding element ; and having an apparatus for fixing and making electrical contact with the cladding element of the aircraft on the supporting structure which is fastened to the aircraft structure , comprising a fixing device for releasably fixing the cladding element to the supporting structure and comprising a contact-making device for providing a plurality of electrical contacts between cladding element-side lines and supporting structure-side connection lines , it being possible to bring the fixing device into interlocking engagement by means of a translatory relative movement between the cladding element and the supporting structure , and the contact-making device having at least two cladding element-side first contacts and the same number of supporting structure-side second contacts which cooperate with the said first contacts and can each be brought into electrical contact with one another during the translatory relative movement, wherein the first contacts are connected to the cladding element-side lines and the second contacts are connected to the supporting structure-side connection lines , characterized in that the supporting structure has a carrier plate with an undercut vertical slot , and an insertable fixing element with a head that is arranged in the undercut region is attached to the cladding element , the contact-making device has a plurality of elastically protruding first contacts which are arranged on the head , and the contact-making device comprises second contacts which are arranged in the rear wall of the vertical slot and interact with the first contacts , and wherein the second contacts are arranged in longitudinal slots which are formed in the rear wall of the undercut vertical slot .
Hand-guided, battery-operated working apparatus, comprising - an apparatus housing , - an electric drive motor in the apparatus housing , - a battery tray in the apparatus housing to accommodate a removable battery pack, - a cooling air guide in the apparatus housing , which guide comprises an inlet-side air guide portion , which extends from a housing inlet into the battery tray to an air outlet from the battery tray , and an outlet-side air guide portion , which leads from the air outlet of the battery tray to the drive motor and, from there, onwards to a housing outlet , and - a filter element , which is arranged in the cooling air guide in such a way as to be accessible via the battery tray , characterized in that - the filter element is arranged in the interior of the battery tray , ahead of the air outlet of the battery tray in the air flow direction, and/or - the filter element is arranged on a side wall of the battery tray facing the drive motor , and/or - the battery tray is bounded, at least in a partial region on a tray inlet side, by a casing , which is mounted removably on a remainder of the apparatus housing . - an apparatus housing , - an electric drive motor in the apparatus housing , - a battery tray in the apparatus housing to accommodate a removable battery pack, - a cooling air guide in the apparatus housing , which guide comprises an inlet-side air guide portion , which extends from a housing inlet into the battery tray to an air outlet from the battery tray , and an outlet-side air guide portion , which leads from the air outlet of the battery tray to the drive motor and, from there, onwards to a housing outlet , and - a filter element , which is arranged in the cooling air guide in such a way as to be accessible via the battery tray , - the filter element is arranged in the interior of the battery tray , ahead of the air outlet of the battery tray in the air flow direction, and/or - the filter element is arranged on a side wall of the battery tray facing the drive motor , and/or - the battery tray is bounded, at least in a partial region on a tray inlet side, by a casing , which is mounted removably on a remainder of the apparatus housing .
A control device of a vehicle which device makes a generated voltage of an alternator variable so that a state of charge SOC of a battery installed in the vehicle reaches a control target, comprising: an idle stop permitting SOC setting unit (S3) for setting a battery state of charge SOC in which idle stop is permissible; and a battery SOC adjusting unit (S6, S8) for reducing and resetting a control target of the battery state of charge SOC within a range not lower than the idle stop permitting SOC when a deceleration fuel cut is in progress. an idle stop permitting SOC setting unit (S3) for setting a battery state of charge SOC in which idle stop is permissible; and a battery SOC adjusting unit (S6, S8) for reducing and resetting a control target of the battery state of charge SOC within a range not lower than the idle stop permitting SOC when a deceleration fuel cut is in progress.
Dental implant system for bone regeneration of a bone defect site of a jawbone including - an implant which is to be anchored in the jawbone , - a film for covering over the bone defect site and the implant , a spacer element which in a fitted position of the dental implant system is to be arranged between the implant and the film , and an abutment , wherein the abutment is adapted to receive a dental prosthesis such as a dental crown or an artificial tooth, wherein the film in the fitted position is to be clamped between the spacer element and the abutment , wherein in the fitted position the spacer element and the abutment are connected by means of a form-locked connection . - an implant which is to be anchored in the jawbone , - a film for covering over the bone defect site and the implant , a spacer element which in a fitted position of the dental implant system is to be arranged between the implant and the film , and an abutment , wherein the abutment is adapted to receive a dental prosthesis such as a dental crown or an artificial tooth, wherein the film in the fitted position is to be clamped between the spacer element and the abutment , wherein in the fitted position the spacer element and the abutment are connected by means of a form-locked connection .