mhurhangee/patent-ind-claim-en huggingface dataset:
System for dispensing a beverage, preferably espresso coffee, comprising: - at least one machine for dispensing the beverage, comprising at least one dispensing unit (2.1, 2.2, 2.3), preferably a plurality of dispensing units, each comprising at least one control element for controlling the dispense of the beverage according to a predefined dispensing program; - at least one grinding device , preferably a plurality of grinding devices, each comprising at least one container for an ingredient to be ground for preparing the beverage, at least one adjustable millstone for grinding said ingredient and forming a ground ingredient, at least one delivering unit for delivering a dose of ground ingredient in at least one filter-holder , at least one selection element for selecting a predetermined dose of ground ingredient to be delivered in the filter-holder, - at least one filter-holder , preferably a plurality of filter- holders, each filter-holder being provided with at least one identification element , wherein said identification element is indicative of the predetermined dose of ground ingredient; wherein said at least one selection element of the at least one grinding device is associated with a respective filter-holder and is configured to be operated, in use, by a user depending on the identification element of the filter-holder inside which delivering the ground ingredient. - at least one machine for dispensing the beverage, comprising at least one dispensing unit (2.1, 2.2, 2.3), preferably a plurality of dispensing units, each comprising at least one control element for controlling the dispense of the beverage according to a predefined dispensing program; - at least one grinding device , preferably a plurality of grinding devices, each comprising at least one container for an ingredient to be ground for preparing the beverage, at least one adjustable millstone for grinding said ingredient and forming a ground ingredient, at least one delivering unit for delivering a dose of ground ingredient in at least one filter-holder , at least one selection element for selecting a predetermined dose of ground ingredient to be delivered in the filter-holder, - at least one filter-holder , preferably a plurality of filter- holders, each filter-holder being provided with at least one identification element , wherein said identification element is indicative of the predetermined dose of ground ingredient; wherein said at least one selection element of the at least one grinding device is associated with a respective filter-holder and is configured to be operated, in use, by a user depending on the identification element of the filter-holder inside which delivering the ground ingredient.
Cell component stacking device for vertically stacking individual cell components at a stacking station in the course of manufacturing a fuel cell stack , comprising at least one vertical stacker having a vertical magazine for receiving a plurality of the cell components in a vertical arrangement and having an up and down movement device for moving the cell components up and down in the vertical magazine and for stacking individual cell components in a vertical direction, a delivery device for delivering isolated cell components at a filling station to the vertical stacker , wherein the vertical stacker is adapted to fill the vertical magazine at the filling station by picking up the cell components one by one and moving them by means of the up and down movement device , and wherein the vertical stacker is further adapted to be moved between the filling station and the stacking station and to discharge at the stacking station the cell components one by one by moving them downward in vertical direction. at least one vertical stacker having a vertical magazine for receiving a plurality of the cell components in a vertical arrangement and having an up and down movement device for moving the cell components up and down in the vertical magazine and for stacking individual cell components in a vertical direction, a delivery device for delivering isolated cell components at a filling station to the vertical stacker , wherein the vertical stacker is adapted to fill the vertical magazine at the filling station by picking up the cell components one by one and moving them by means of the up and down movement device , and wherein the vertical stacker is further adapted to be moved between the filling station and the stacking station and to discharge at the stacking station the cell components one by one by moving them downward in vertical direction.
Seat cover with a composite structure having a plurality of layers , wherein the seat cover is preformed three-dimensionally by means of the composite structure, and wherein the layers of the composite structure comprise at least one decorative layer arranged on the visible side of the seat cover , characterized in that the layers of the composite structure comprise a spacer fabric of which the side attached to the visible side of the seat cover is connected to the decorative layer , the layers of the composite structure comprise a textile support layer , in particular made of a nonwoven, which is arranged on the reverse side of the seat cover , and the side of the spacer fabric attached to the reverse side of the seat cover is connected to the support layer by means of fibres which are arranged on at least one surface of at least one of the two layers of spacer fabric and support layer , and were heated during preparation of the composite structure.
A tower section for a wind turbine , wherein the tower section comprises: a tensioning arrangement comprising one or more tensioning devices attached to three or more attachment points associated with the tower section , wherein those attachment points are located proximate to an end of the tower section , wherein the one or more tensioning device are under tension and provide radial stiffness to the tower section , characterized in that at least one of the tensioning devices is configured such that the tension applied between at least two of the three or more attachment points is adjustable. a tensioning arrangement comprising one or more tensioning devices attached to three or more attachment points associated with the tower section , wherein those attachment points are located proximate to an end of the tower section , wherein the one or more tensioning device are under tension and provide radial stiffness to the tower section , characterized in that at least one of the tensioning devices is configured such that the tension applied between at least two of the three or more attachment points is adjustable.
A termination arrangement of a cell stack of a redox flow battery with a current collector and an electrode end plate , wherein the electrode end plate and the current collector are arranged adjacent to each other in a contact region and are in electrical contact, wherein in at least 20% of the contact region the current collector is coated with an electrically conductive current collector coating , characterized in that the electrode end plate in these at least 20% of the contact region is coated with an electrically conductive electrode coating , in that the combination of the current collector , the current collector coating and the electrode coating consists of a maximum of 5% by weight of Cu and Ag and a maximum of 0.05% of elements of the platinum group, and that the electrical resistance of the combination of the current collector , the current collector coating and the electrode coating does not exceed 1 ohm.cm 2 over a period of at least 2000 hours.
A toy gun comprising a toy gun body , a barrel , and a barrel catch , wherein the toy gun body includes a barrel attachment portion for attaching the barrel , the barrel attachment portion including a barrel catch housing portion for housing the barrel catch , the surface of the barrel catch housing portion having an opening from which a pressing portion as a part of the barrel catch is exposed, wherein the barrel catch includes: a barrel through hole with a diameter larger than that of an outer circumference of the barrel, the barrel through hole allowing penetration of the barrel through its center; and a barrel fitting portion to which the barrel is fitted and attached on an inner circumference of the barrel through hole as an opposite portion of the pressing portion exposed from the opening , the barrel catch being housed in the barrel catch housing portion slidably in a direction defined by the pressing portion and the opposite portion of the pressing portion , wherein the barrel includes a barrel catch fitting portion fittable to the barrel fitting portion of the barrel catch when the barrel penetrates through the barrel catch , and wherein the barrel slidably penetrates the barrel through hole of the barrel catch in the direction defined by the pressing portion and the opposite portion of the pressing portion of the barrel catch . wherein the toy gun body includes a barrel attachment portion for attaching the barrel , the barrel attachment portion including a barrel catch housing portion for housing the barrel catch , the surface of the barrel catch housing portion having an opening from which a pressing portion as a part of the barrel catch is exposed, wherein the barrel catch includes: a barrel through hole with a diameter larger than that of an outer circumference of the barrel, the barrel through hole allowing penetration of the barrel through its center; and a barrel fitting portion to which the barrel is fitted and attached on an inner circumference of the barrel through hole as an opposite portion of the pressing portion exposed from the opening , the barrel catch being housed in the barrel catch housing portion slidably in a direction defined by the pressing portion and the opposite portion of the pressing portion , wherein the barrel includes a barrel catch fitting portion fittable to the barrel fitting portion of the barrel catch when the barrel penetrates through the barrel catch , and wherein the barrel slidably penetrates the barrel through hole of the barrel catch in the direction defined by the pressing portion and the opposite portion of the pressing portion of the barrel catch .
Transmission unit with a shift device , in particular for a vehicle driven by muscle power, with a first partial transmission and a second partial transmission which are connected in series for power transmission, the first partial transmission having a shaft which is designed as a hollow shaft , on which a plurality of idler wheels (38-43) is mounted which, together with a corresponding plurality of gear wheels (30-35), form wheel pairs of the first sub-transmission , the idler wheels (38-43) being connectable to the shaft by means of shift means in order to implement different gear steps of the first sub-transmission , wherein the shifting means can be actuated by means of a camshaft arranged in the shaft , wherein the shifting means of the first partial transmission are designed as shiftable freewheels , and wherein the second partial transmission has a plurality of shiftable gear steps, characterized in that the camshaft is designed in such a way, in that , when shifting from a highest of the gear steps of the first sub-transmission into a lowest of the gear steps of the first sub-transmission , the freewheels of the two gear steps are actuated at least temporarily and a load change between the corresponding freewheels permits a shifting operation of the second sub-transmission into a higher one of the gear steps.
Ceiling table of a ceiling formwork , wherein the ceiling table comprises a lower frame having multiple supports (18a-c), wherein the ceiling table comprises a support skeleton that is fastened to the lower frame , wherein the ceiling table comprises multiple formwork elements (12a-l), wherein the formwork elements (12a-l) respectively comprise a formwork element frame and a formwork shell that is arranged on the formwork element frame , wherein multiple formwork elements (12a-l) are fastened in a reversible and detachable manner on the support skeleton , wherein the support skeleton comprises a first main support and either a first edge support and at least one central support (26a-e), wherein the first edge support and the one central support (26a-e) are arranged in a reversible and detachable manner on the first main support , or the support skeleton comprises at least two central supports (26a-e) that are arranged in a reversible and detachable manner on the first main support , wherein the longitudinal axis (32a-e) of the one central support (26a-e) extends parallel with respect to the longitudinal axis of the first edge support or the longitudinal axes (32a-e) of the second central support (26a-e) extend parallel to one another, characterised in that respectively two formwork elements (12a-c) are arranged independently of one another so that said formwork elements are mountable on the support skeleton and are demountable from the support skeleton between the at least two central supports (26a-e) or between the first edge support and the one central support that is closest to the first edge support , wherein in this case the respectively two formwork elements are arranged one behind the other along the longitudinal axes (30a, 30b, 32a-2) of the two central supports (26a-e) or the first edge support and the one central support (26a-e), wherein the formwork elements (12a-l) are arranged in an insertable manner selectively between the two central supports (26a-e) or between the one central support (26a-e) and the first edge support , wherein the one central support or the two central supports (26a-e) comprise end stops that are screwed on in a detachable manner and the formwork elements (12a-l) can be locked by means of said stops.
An agricultural device for soil processing with two sets of working rollers comprising a supporting frame which comprises a central part , a left wing and a right wing , wherein the left and right wings are rotatably attached to the central part , at least two rows of working units attached to the supporting frame , wherein the working units are arranged in regular distances in every row , a left set of rollers attached to the left wing and a right set of rollers attached to the right wing , wherein the sets of rollers are divided into a front roller and a rear roller , wherein these sets of rollers are provided with attachments and discs , the attachments comprising inner attachments and outer attachments , wherein the inner attachments are located closer to the center of the agricultural device than the outer attachments , and wherein the discs on sets are located between these attachments , characterized in that the number of discs of rear rollers differs from the number of discs of front rollers exactly by one disc , wherein the distances between the individual discs are the same along the whole width of the agricultural device , and wherein the discs of front rollers are located in the same plane as the working units .
A tree stand for removably supporting a tree, comprising: a water basin ; a base associated with or defining the water basin and an expandable clamp associated with the water basin and biased towards a closed position wherein the clamp comprises a plurality of spaced apart jaws biased upwardly and inwardly of an axis of the base , wherein each jaw comprises a tree trunk outer surface engaging face , an angled ramp at an upper end thereof for engaging an end of a tree trunk and a leg extending therefrom that is slidably movable within a track formed in the base ; wherein an end of the trunk of a tree forcibly expands the clamp against its bias as the trunk is inserted into the water basin , and the clamp engages an outer surface of the trunk as it is biased towards a closed position to hold the tree upright with respect to the water basin , and at least one tension band encircling the jaws and biasing the jaws towards one another, characterized in that the track is formed at an angle of between 35 degrees and 85 degrees with respect to a generally horizontal support surface of the base . a water basin ; a base associated with or defining the water basin and an expandable clamp associated with the water basin and biased towards a closed position wherein the clamp comprises a plurality of spaced apart jaws biased upwardly and inwardly of an axis of the base , wherein each jaw comprises a tree trunk outer surface engaging face , an angled ramp at an upper end thereof for engaging an end of a tree trunk and a leg extending therefrom that is slidably movable within a track formed in the base ; wherein an end of the trunk of a tree forcibly expands the clamp against its bias as the trunk is inserted into the water basin , and the clamp engages an outer surface of the trunk as it is biased towards a closed position to hold the tree upright with respect to the water basin , and
Measuring system of a feeder, which feeder comprises a feeder rotor located inside a feeder housing , an adjustment shaft , on which the feeder rotor is mounted and which is rotatable, an adjustment wheel mounted at a first end of the adjustment shaft and configured to move the feeder rotor in an axial direction inside the feeder housing of the feeder , when the adjustment wheel is rotated, which measuring system comprises a measuring device located on the adjustment wheel or on the adjustment shaft , which measuring device comprises at least one angle sensor configured to measure angular movement of the adjustment wheel or the adjustment shaft , when the adjustment wheel is rotated, to define the axial movement of the feeder rotor , when the adjustment wheel is rotated, characterized in that the measurement of the angle sensor/-s is/are based on gravity, gyroscope, compass or on a combination of two or more of these.
Method for operating a network-infrastructure-side network unit (BS) of a cell-based wireless communication network (CELL), the method comprising: - determining a validity period (T) for cell-related occupancy information (O) on the basis of a previously ascertained or determined average speed of movement of the roadside network units (UE1, UE2) that are in the cell (C); - forecasting the cell-related occupancy information (O), valid for the validity period (T), relating to sidelink resources of a sidelink channel (SC1) in an unlicensed frequency range, the occupancy information (O) comprising a probable occupancy of the sidelink resources by non-sidelink communication in the unlicensed frequency range; - receiving a scheduling request message (BSR) for the sidelink channel (SC1) from a roadside network unit (UE1) on an uplink channel (UC); - determining a scheduling grant message (G1; G2; G3) for the roadside network unit (UE1) on the basis of the valid forecast cell-related occupancy information , the scheduling grant message (G1; G2; G3) comprising an allocation of at least one sidelink resource (PRB, MCS, ...) of the sidelink channel (SC1) to the roadside network unit (UE1); and - sending the scheduling grant message (G1; G2; G3) to the roadside network unit (UE1) on a downlink channel (DC). - determining a validity period (T) for cell-related occupancy information (O) on the basis of a previously ascertained or determined average speed of movement of the roadside network units (UE1, UE2) that are in the cell (C); - forecasting the cell-related occupancy information (O), valid for the validity period (T), relating to sidelink resources of a sidelink channel (SC1) in an unlicensed frequency range, the occupancy information (O) comprising a probable occupancy of the sidelink resources by non-sidelink communication in the unlicensed frequency range; - receiving a scheduling request message (BSR) for the sidelink channel (SC1) from a roadside network unit (UE1) on an uplink channel (UC); - determining a scheduling grant message (G1; G2; G3) for the roadside network unit (UE1) on the basis of the valid forecast cell-related occupancy information , the scheduling grant message (G1; G2; G3) comprising an allocation of at least one sidelink resource (PRB, MCS, ...) of the sidelink channel (SC1) to the roadside network unit (UE1); and - sending the scheduling grant message (G1; G2; G3) to the roadside network unit (UE1) on a downlink channel (DC).
A method, performed by an electronic device , of controlling an external device , the method comprising: sensing noise generated by an operation of the external device ; determining , based on the sensed noise, whether the external device operates in an idle state; obtaining an amount of power consumed by the external device during operation when the external device operates in the idle state; determining whether the amount of power consumed by the external device in the idle state exceeds a reference value; and based on the determining that the amount of power consumed by the external device in the idle state exceeds the reference value, providing guide information informing that the amount of power consumed by the external device in the idle state exceeds the reference value and guiding that a user cuts off the power supplied to the external device. sensing noise generated by an operation of the external device ; determining , based on the sensed noise, whether the external device operates in an idle state; obtaining an amount of power consumed by the external device during operation when the external device operates in the idle state; determining whether the amount of power consumed by the external device in the idle state exceeds a reference value; and based on the determining that the amount of power consumed by the external device in the idle state exceeds the reference value, providing guide information informing that the amount of power consumed by the external device in the idle state exceeds the reference value and guiding that a user cuts off the power supplied to the external device.
Lifting column, preferably for height adjustable tables, comprising a guide and a drive unit, where the guide comprises at least a first member and a second member , where the members are mutually telescopically arranged relative to each other and where a first set of sliders is arranged on an internal side of the first member at the end of the first member into which the second member extends and may be displaced out of, and where a second and third set of sliders (7bb',7bb" ;7b' ,7b") are arranged on the outside of the second member at the end of the second member which extends into the first member , characterized in that the second set of sliders , which describes a first plane, has been applied a given first prestressing between the first member and the second member , while the third set of sliders (7b',7b"), which describes a second plane, which is different from the first plane, has been applied a given second prestressing between the first member and the second member , where the second applied prestressing is smaller than the first applied prestressing.