mhurhangee/patent-ind-claim-en huggingface dataset:
Changeover apparatus for clamping frames (6-9) at a processing station , in particular joining station, for body parts , wherein the changeover apparatus has a storage device for the clamping frames (6-9) with a plurality of frame magazines (16-19), which are rotatable in a controlled manner and are designed as drum magazines with a horizontal axis of rotation , and a frame conveyor which is provided and designed for transporting the clamping frames (6-9) between frame magazines (16-19) and a workplace of the processing station , wherein the changeover apparatus has a further frame transporter which is likewise connected to the frame magazines (16-19) served by the frame conveyor , characterized in that the clamping frames (6-9) are accommodated in a manner secured on the frame magazines (16-19), wherein the frame magazines (16-19) have a controllable locking device and a media coupling for the clamping frames (6-9), wherein the media coupling is automatically opened or closed by means of the locking device .
A method for automatic updating of a first controller application in a component of an automated passenger conveying device , comprising: downloading a second controller application in response to a software compatibility check ; characterised by : scheduling a switchover in response to the downloading of the second controller application. disabling the automated passenger conveying device from providing service; performing the switchover from the first controller application to the second controller application; performing a post-switchover inspection of the second controller application that determines whether the automated passenger conveying device works properly while the second controller application is active; and enabling the automated passenger conveying device to provide the service when the post-switchover inspection of the second controller application determines that the automated passenger conveying device works properly. downloading a second controller application in response to a software compatibility check ; characterised by : scheduling a switchover in response to the downloading of the second controller application. disabling the automated passenger conveying device from providing service; performing the switchover from the first controller application to the second controller application; performing a post-switchover inspection of the second controller application that determines whether the automated passenger conveying device works properly while the second controller application is active; and enabling the automated passenger conveying device to provide the service when the post-switchover inspection of the second controller application determines that the automated passenger conveying device works properly. scheduling a switchover in response to the downloading of the second controller application. disabling the automated passenger conveying device from providing service; performing the switchover from the first controller application to the second controller application; performing a post-switchover inspection of the second controller application that determines whether the automated passenger conveying device works properly while the second controller application is active; and enabling the automated passenger conveying device to provide the service when the post-switchover inspection of the second controller application determines that the automated passenger conveying device works properly.
A dispenser for aerosol containers that is attachable to a plurality of aerosol containers of single stem type arranged in parallel or a single aerosol container of multiple stem type, the dispenser for aerosol containers comprising: a nozzle including a dispensing port for contents, and integrally connectable to a plurality of stems ; and a cover including a support portion integrally connectable to one or more aerosol container bodies , and an operating portion connected to the support portion so as to be vertically swingable, wherein one of the operating portion and the nozzle includes a sliding portion capable of depressing the nozzle to a predetermined depression position together with the plurality of stems while sliding on a slid portion provided at an other one of the operating portion and the nozzle to a termination , with a depression operation on the operating portion , and a vibration generation portion that generates vibration as a result of entry of the sliding portion is provided at the termination of the slid portion , characterized by that the operating portion includes a top plate connected to the support portion so as to be vertically swingable, and a bottom plate fixed to a lower surface of the top plate , wherein one of the bottom plate and the nozzle includes the sliding portion and the other one of the bottom plate and the nozzle includes the slid portion and the vibration generation portion . a nozzle including a dispensing port for contents, and integrally connectable to a plurality of stems ; and a cover including a support portion integrally connectable to one or more aerosol container bodies , and an operating portion connected to the support portion so as to be vertically swingable, wherein one of the operating portion and the nozzle includes a sliding portion capable of depressing the nozzle to a predetermined depression position together with the plurality of stems while sliding on a slid portion provided at an other one of the operating portion and the nozzle to a termination , with a depression operation on the operating portion , and a vibration generation portion that generates vibration as a result of entry of the sliding portion is provided at the termination of the slid portion , characterized by that the operating portion includes a top plate connected to the support portion so as to be vertically swingable, and a bottom plate fixed to a lower surface of the top plate , wherein one of the bottom plate and the nozzle includes the sliding portion and the other one of the bottom plate and the nozzle includes the slid portion and the vibration generation portion .
A frozen dessert comprising: (a) A deformable container that returns to exactly its original state after being deformed; (b) A shell of first solid fat-based edible composition applied to an interior surface of the deformable container; (c) A filling for the shell, the filling consisting of a frozen confection and more than one ribbon of a second solid fat-based edible composition, wherein the ribbons adopt a wave configuration in the frozen dessert; and (d) A lid of third solid fat-based edible composition for the shell thereby to enclose the filling, wherein the ribbons of a second solid fat-based edible composition are orientated vertically in relation to the base of the deformable container, and wherein when the filling comprises more than one ribbon of a second solid fat-based edible composition, the more than one ribbon of a second solid fat-based edible composition are in spaced arrangement within the frozen confection; and wherein the first, second and third solid fat based compositions are compositions chosen from the group consisting of chocolate, chocolate analogue and fruit-fat composition; wherein the shell has a wall thickness of 0.5 to 3 mm and a Young's modulus of 0.3-5.0 GPa at a serving temperature of -18 degrees centigrade, measured according to the method of Example 3 of the description, and the frozen confection has a Vickers hardness of 0.042-0.36 at a serving temperature of -18 degrees centigrade measured according to BSi 427,1990. (a) A deformable container that returns to exactly its original state after being deformed; (b) A shell of first solid fat-based edible composition applied to an interior surface of the deformable container; (c) A filling for the shell, the filling consisting of a frozen confection and more than one ribbon of a second solid fat-based edible composition, wherein the ribbons adopt a wave configuration in the frozen dessert; and (d) A lid of third solid fat-based edible composition for the shell thereby to enclose the filling, wherein the ribbons of a second solid fat-based edible composition are orientated vertically in relation to the base of the deformable container, and wherein when the filling comprises more than one ribbon of a second solid fat-based edible composition, the more than one ribbon of a second solid fat-based edible composition are in spaced arrangement within the frozen confection; and wherein the first, second and third solid fat based compositions are compositions chosen from the group consisting of chocolate, chocolate analogue and fruit-fat composition; wherein the shell has a wall thickness of 0.5 to 3 mm and a Young's modulus of 0.3-5.0 GPa at a serving temperature of -18 degrees centigrade, measured according to the method of Example 3 of the description, and the frozen confection has a Vickers hardness of 0.042-0.36 at a serving temperature of -18 degrees centigrade measured according to BSi 427,1990.
A metal support for an electrochemical element, the metal support including a plate face and having a plate shape as a whole, the metal support being provided with a plurality of penetration spaces that pass through the metal support from a front face to a back face , the front face being a face to be provided with an electrode layer , a region of the front face provided with the penetration spaces being a hole region (g1), characterised by the metal support satisfying a condition that a warping degree is 1.5×10 -2 or less, wherein the warping degree is determined by calculating a least square value (αV) through a least squares method using at least three points (P) in the plate face of the metal support , calculating a first difference (D1) between the least square value (αV) and a positive-side maximum displacement value on a positive side with respect to the least square value (αV) and a second difference (D2) between the least square value (αV) and a negative-side maximum displacement value on a negative side that is opposite to the positive side with respect to the least square value (αV), and dividing Da that is a sum of the first difference and the second difference (D1, D2) by a maximum length Lmax of the plate face of the metal support that passes through a center of gravity (G) to determine Da/Lmax, which is used as the warping degree. the metal support including a plate face and having a plate shape as a whole, the metal support being provided with a plurality of penetration spaces that pass through the metal support from a front face to a back face , the front face being a face to be provided with an electrode layer , a region of the front face provided with the penetration spaces being a hole region (g1), characterised by the metal support satisfying a condition that a warping degree is 1.5×10 -2 or less, wherein the warping degree is determined by calculating a least square value (αV) through a least squares method using at least three points (P) in the plate face of the metal support , calculating a first difference (D1) between the least square value (αV) and a positive-side maximum displacement value on a positive side with respect to the least square value (αV) and a second difference (D2) between the least square value (αV) and a negative-side maximum displacement value on a negative side that is opposite to the positive side with respect to the least square value (αV), and dividing Da that is a sum of the first difference and the second difference (D1, D2) by a maximum length Lmax of the plate face of the metal support that passes through a center of gravity (G) to determine Da/Lmax, which is used as the warping degree.
An apparatus for regenerating a tissue volume, the apparatus comprising: a housing having an interior, the housing being adapted to pretension tissue; an oscillator operatively positioned in the interior of the housing and capable of generating and imposing oscillations on cells of the pretensioned tissue; an accelerometer operatively positioned in the interior of the housing, the accelerometer being adapted to read a change in a volume of the cells of the pretensioned tissue by measuring the response of the pretensioned tissue to the oscillations imposed; and a signal processor configured for receiving a signal from the accelerometer and determining a visco-elastic property of the tissue, wherein the signal processor reads a change in an amplitude signal generated by the accelerometer and the change in the amplitude signal correlates to a visco-elastic property of the tissue; characterised in that the housing further comprises either an adjustable casing at least partially enclosing the housing , the casing being adapted to expand to pretension the tissue prior to the oscillator imposing oscillations on the cells; or an electrical stimulator operatively disposed thereon, the electrical stimulator of the housing being adapted to stimulate the tissue, wherein the stimulation pretensions the tissue prior to the oscillator imposing oscillations on the cells, and wherein the pretensioning of the tissue, whether by the adjustable casing or the electrical stimulator , in use increases a number of oscillations being propagated through the cells. a housing having an interior, the housing being adapted to pretension tissue; an oscillator operatively positioned in the interior of the housing and capable of generating and imposing oscillations on cells of the pretensioned tissue; an accelerometer operatively positioned in the interior of the housing, the accelerometer being adapted to read a change in a volume of the cells of the pretensioned tissue by measuring the response of the pretensioned tissue to the oscillations imposed; and a signal processor configured for receiving a signal from the accelerometer and determining a visco-elastic property of the tissue, wherein the signal processor reads a change in an amplitude signal generated by the accelerometer and the change in the amplitude signal correlates to a visco-elastic property of the tissue; characterised in that the housing further comprises either an adjustable casing at least partially enclosing the housing , the casing being adapted to expand to pretension the tissue prior to the oscillator imposing oscillations on the cells; or an electrical stimulator operatively disposed thereon, the electrical stimulator of the housing being adapted to stimulate the tissue, wherein the stimulation pretensions the tissue prior to the oscillator imposing oscillations on the cells, and wherein the pretensioning of the tissue, whether by the adjustable casing or the electrical stimulator , in use increases a number of oscillations being propagated through the cells.
A method for cleaning a food waste recycling bin of a food waste recycling appliance , the method comprising: heating a lower portion of the food waste recycling bin , flowing cooling ambient air through an air inlet within an upper portion of the food waste recycling bin , wherein said air inlet and an exhaust outlet are opposite one another at an upper portion of the side wall adjacent to a fill opening , thus maintaining between the lower portion and the upper portion of the food waste recycling bin a temperature differential whereby water vapor emitted from waste located in a lower portion of the food waste recycling bin during food waste recycling condenses on the upper portion , running condensed water down an interior surface of the side wall of the food waste recycling bin , thus rehydrating and dislodging remaining waste present thereon. heating a lower portion of the food waste recycling bin , flowing cooling ambient air through an air inlet within an upper portion of the food waste recycling bin , wherein said air inlet and an exhaust outlet are opposite one another at an upper portion of the side wall adjacent to a fill opening , thus maintaining between the lower portion and the upper portion of the food waste recycling bin a temperature differential whereby water vapor emitted from waste located in a lower portion of the food waste recycling bin during food waste recycling condenses on the upper portion , running condensed water down an interior surface of the side wall of the food waste recycling bin , thus rehydrating and dislodging remaining waste present thereon.
Locking cylinder having a cylinder housing and a cylinder core mounted in a rotatable manner in the cylinder housing , wherein the cylinder core has a keyway for inserting a key in a key insertion direction , wherein the locking cylinder also has a plurality of tumbler elements , which allow a rotary movement of the cylinder core in the cylinder housing in a respective unlocked position and prevent same in a respective locked position , wherein one of the plurality of tumbler elements is an axial tumbler element , which, with a key inserted fully into the keyway , has been moved relative to its locked position into its unlocked position , substantially parallel to the key insertion direction , wherein the locking cylinder also has a locking bar having two bar elements that are movable relative to one another, and wherein one of the bar elements of the locking bar forms the axial tumbler element , wherein the locking cylinder also has a movement transmission element that is movable transversely to the key insertion direction , wherein the axial tumbler element is under sloping-flank control by the movement transmission element , characterized in that the movement transmission element cooperates with the key and with the axial tumbler element in order to move the axial tumbler element substantially parallel to the key insertion direction .
Planetary gear system having a housing , a sun gear , a planet carrier , at least one planet gear and a ring gear , wherein the planet carrier is rotatably mounted in the housing , wherein the housing defines a mounting direction for mounting the planet carrier and the planet carrier has a bearing seat on its outer side, which is arranged adjacent to an insertion end of the planet carrier and, in the position of use of the planet carrier , behind the ring gear in the mounting direction and has an outside diameter which is smaller than an inside diameter, in particular than a tip circle diameter, of the ring gear , wherein a bearing seat of the planet carrier , which is arranged in front of the ring gear and/or adjacent to an end of the planet carrier facing away from the insertion end in the mounting direction and in the position of use of the planet carrier , has a diameter which is greater than the inside diameter, in particular than the tip circle diameter, of the ring gear and/or larger than a diameter of the bearing seat of the planet carrier adjacent to the insertion end , characterized in that the at least one planet gear is designed as a stepped planet gear, has two bearing seats and at least two toothings , namely a sun gear toothing meshing with the sun gear and a ring gear toothing meshing with the ring gear , in that the ring gear toothing of the planet gear is arranged between the two bearing seats of the planet gear , in that one bearing seat of the planet gear is arranged between an insertion end of the planet gear and the ring gear toothing , wherein this bearing seat has an outside diameter which is smaller than the outside diameter of the ring gear toothing , in that the other bearing seat of the planet gear is arranged between the ring gear toothing and the sun gear toothing of the planet gear , in that the planet carrier has at least one planet receptacle for the at least one planet gear , and in that the planet receptacle has an insertion opening , through which the at least one planet gear can be inserted into the planet receptacle in a mounting direction in its position of use, wherein the at least one planet receptacle has a bearing seat adjacent to its insertion opening for an outer side, in particular for an outer ring , of a pivot bearing of the at least one planet gear , which has an inside diameter which is at least as large as the outside diameter of the ring gear toothing of the at least one planet gear , and wherein a pivot bearing arranged on this bearing seat has an outside diameter which is at least as large as the outside diameter of the ring gear toothing of the at least one planet gear .
An apparatus for transmission and multiplication of torque from a device for tightening or loosening a threaded fastener including: a drive force input assembly having a drive force input engagement to receive a first turning force from the device acting in a first direction; a drive force output assembly operatively engageable with the drive force input engagement , having a drive force output engagement to transfer the first turning force to the fastener; and a reaction force assembly having a reaction force input engagement to receive a second turning force from the device in a second direction and a reaction force output engagement to transfer the second turning force to a stationary object, characterised in that the reaction force assembly comprises an outer socket having a recess for non-rotatable engagement with a washer , the washer acting as the stationary object. a drive force input assembly having a drive force input engagement to receive a first turning force from the device acting in a first direction; a drive force output assembly operatively engageable with the drive force input engagement , having a drive force output engagement to transfer the first turning force to the fastener; and a reaction force assembly having a reaction force input engagement to receive a second turning force from the device in a second direction and a reaction force output engagement to transfer the second turning force to a stationary object, characterised in that the reaction force assembly comprises an outer socket having a recess for non-rotatable engagement with a washer , the washer acting as the stationary object.
Method for switching on a high beam of a vehicle , comprising the following steps: receiving light expansion information via an interface, wherein the light expansion information indicates a possibility for operating the high beam without glare, characterized by : ascertaining a travelled path distance of the vehicle in reaction to the receiving of the light expansion information; and providing switch-on information for switching on the high beam if the travelled path distance after receiving the light expansion information is greater than a predetermined minimum distance , wherein the minimum distance is determined taking into account information relating to a current traffic density. receiving light expansion information via an interface, wherein the light expansion information indicates a possibility for operating the high beam without glare, characterized by : ascertaining a travelled path distance of the vehicle in reaction to the receiving of the light expansion information; and providing switch-on information for switching on the high beam if the travelled path distance after receiving the light expansion information is greater than a predetermined minimum distance , wherein the minimum distance is determined taking into account information relating to a current traffic density. ascertaining a travelled path distance of the vehicle in reaction to the receiving of the light expansion information; and providing switch-on information for switching on the high beam if the travelled path distance after receiving the light expansion information is greater than a predetermined minimum distance , wherein the minimum distance is determined taking into account information relating to a current traffic density.