mhurhangee/patent-ind-claim-en huggingface dataset:
A communication apparatus , comprising: a receiver , which, in operation, receives control information, the control information including an indication selected from a plurality of indications, the plurality of indications including: an indication to transmit a first set of channel quality indicators, CQIs, representing channel qualities for all subcarriers in a communication band; and an indication to transmit at least one second CQI, wherein the at least one second CQI represents channel quality for subcarriers selected among the all subcarriers, and position information for the selected subcarriers, wherein a first data volume associated with the at least one second CQI and the position information is less than a second data volume associated with the first set of CQIs; and circuitry , which, in operation, generates, based on the indication included in the received control information, one of: the first set of CQIs; and the at least one second CQI and the position information. an indication to transmit a first set of channel quality indicators, CQIs, representing channel qualities for all subcarriers in a communication band; and an indication to transmit at least one second CQI, wherein the at least one second CQI represents channel quality for subcarriers selected among the all subcarriers, and position information for the selected subcarriers, wherein a first data volume associated with the at least one second CQI and the position information is less than a second data volume associated with the first set of CQIs; and circuitry , which, in operation, generates, based on the indication included in the received control information, one of: the first set of CQIs; and the at least one second CQI and the position information. the first set of CQIs; and the at least one second CQI and the position information.
A system for internally insulating buildings in particular slanted roofs, the system comprising: a, particularly wooden, base structure including rafter elements in form of rafters or beams, the system comprising also slat elements in form of slats and/or profile strips which are transversally arranged at the rafter elements and at a distance from the rafter elements and at a distance from each other, the system comprising also insulation elements arranged from an interior of a room at the rafter elements and between the rafter elements and the slat elements for thermal and/or sound insulation forming an inner insulation placed in front of the rafter elements, and attachment devices for supporting the insulation elements and for attaching the slat elements at the rafter elements offset therefrom for forming a support lattice structure at which a covering towards an interior of the room is attachable, wherein the attachment devices are respectively formed from a base element that is attachable at the rafter element and an attachment element that is adjustable relative to the base element and interlockable at the rafter element in a predetermined adjustment position and wherein a receiving element for receiving the slat element is arranged at the end of the attachment element that is remote from the rafter characterized in that the base element includes a pedestal which includes a receiving sleeve for an elevation adjustable reception of the attachment element and that the attachment element is configured as an insertion element that is insertable into the receiving sleeve , which insertion element is clampable or fixable in a predetermined insertion position of the insertion element in the sleeve through form and/or friction locking and in that the pedestal is configured with a single wall and subdivided into bars arranged on top of one another by introducing slots that extend perpendicular to the pedestal , wherein the bars are formed at both pedestal sides in outward direction cambered for forming a receiver in a form of said receiving sleeve .
Wearable protective device for the personal protection of a user, said protective device comprising an inflatable element in which an inner chamber is defined, the inflatable element including a plurality of tie elements distributed in the inner chamber and having opposite ends connected with or joined to surface portions of the inflatable element, wherein said inflatable element is suitable for assuming an active inflated condition and a deflated rest condition; said protective device comprising a protective operating region for protecting a corresponding portion of a user's body wherein said inflatable element comprises a boundary or peripheral zone interposed between at least a portion of the protective operating region and an adjacent free edge zone of the inflatable element ; and wherein said boundary or peripheral zone , when the inflatable element is in said active inflated condition, has a height or thickness higher than the height or thickness of the protective operating region ; and characterised in that said boundary or peripheral zone surrounds at least 50% of the protective operating region .
System configured to provide an indication of a person's gum health on the basis of an evaluation of the presence of blood traces in a volume of fluid containing the person's saliva, the system comprising: - an oral care appliance configured to perform brushing or flossing, wherein the oral care appliance is a power toothbrush having a brush head and bristle tufts or a power flosser; - a light-emitting unit configured to emit light to a volume of fluid containing the person's saliva obtained during brushing or flossing using the oral care appliance, wherein the volume of fluid is at an area at which saliva accumulates on a window of the oral care appliance, - a light-receiving unit configured to receive light back from the volume of fluid , wherein at least the light-emitting unit and the light-receiving unit are incorporated in the oral care appliance and associated with the optical window, and - an analysis unit configured to perform an analysis of light received by the light-receiving unit and to provide output representative of the person's gum health, and configured to execute at least one algorithm that is designed to determine at least one measurement value of light received by the light-receiving unit for no more than a single wavelength of the light related to relatively high light absorption by a constituent of blood. - an oral care appliance configured to perform brushing or flossing, wherein the oral care appliance is a power toothbrush having a brush head and bristle tufts or a power flosser; - a light-emitting unit configured to emit light to a volume of fluid containing the person's saliva obtained during brushing or flossing using the oral care appliance, wherein the volume of fluid is at an area at which saliva accumulates on a window of the oral care appliance, - a light-receiving unit configured to receive light back from the volume of fluid , wherein at least the light-emitting unit and the light-receiving unit are incorporated in the oral care appliance and associated with the optical window, and - an analysis unit configured to perform an analysis of light received by the light-receiving unit and to provide output representative of the person's gum health, and configured to execute at least one algorithm that is designed to determine at least one measurement value of light received by the light-receiving unit for no more than a single wavelength of the light related to relatively high light absorption by a constituent of blood.
Device for unwinding strips for a stamping machine capable of accumulating the strip to be stamped in a pre-wound form between at least one stamping spool and a platen press of the stamping machine , the device for unwinding strips comprises: - a central drum configured to be rotated at a variable feed rate, - a satellite roller having an axis arranged parallel to the axis of the central drum , the satellite roller being capable of turning around the central drum , the pre-unwound strip being capable of winding around the central drum under the effect of the movement of the satellite roller , characterised in that - the central drum is integral in rotation with an axis of the device for unwinding strips , and in that the device for unwinding strips further comprises - a planetary drive device for moving the satellite roller around the central drum according to the difference in speeds of rotation of the central drum and of an external ring of the planetary drive device configured to be rotated at a constant speed in a direction of rotation that is counter to the direction of rotation of the central drum . the device for unwinding strips comprises: - a central drum configured to be rotated at a variable feed rate, - a satellite roller having an axis arranged parallel to the axis of the central drum , the satellite roller being capable of turning around the central drum , the pre-unwound strip being capable of winding around the central drum under the effect of the movement of the satellite roller , - a central drum configured to be rotated at a variable feed rate, - a satellite roller having an axis arranged parallel to the axis of the central drum , the satellite roller being capable of turning around the central drum , the pre-unwound strip being capable of winding around the central drum under the effect of the movement of the satellite roller , characterised in that - the central drum is integral in rotation with an axis of the device for unwinding strips , - the central drum is integral in rotation with an axis of the device for unwinding strips , and in that the device for unwinding strips further comprises - a planetary drive device for moving the satellite roller around the central drum according to the difference in speeds of rotation of the central drum and of an external ring of the planetary drive device configured to be rotated at a constant speed in a direction of rotation that is counter to the direction of rotation of the central drum . - a planetary drive device for moving the satellite roller around the central drum according to the difference in speeds of rotation of the central drum and of an external ring of the planetary drive device configured to be rotated at a constant speed in a direction of rotation that is counter to the direction of rotation of the central drum .
A method for inducing differentiation of monocytes contained in an extracorporeal quantity of a mammalian subject's blood sample into immuno-stimulatory dendritic cells, said method comprising at least the steps of: a) subjecting said extracorporeal quantity of said mammalian subject's blood sample to a shear force by passing the sample through a flow chamber; b) wherein the method is performed in the absence of photoactivatable agents such as 8-MOP and UVA; and c) wherein differentiation of monocytes from said blood sample into immuno-stimulatory dendritic cells is identified by increased expression of at least one molecular marker HLA-DR, CD83, CD86, ICAM-1 or PLAUR when comparing the immuno-stimulatory autologous dendritic cells to the monocytes within the extracorporeal quantity of a mammalian subject's blood sample. a) subjecting said extracorporeal quantity of said mammalian subject's blood sample to a shear force by passing the sample through a flow chamber; b) wherein the method is performed in the absence of photoactivatable agents such as 8-MOP and UVA; and c) wherein differentiation of monocytes from said blood sample into immuno-stimulatory dendritic cells is identified by increased expression of at least one molecular marker HLA-DR, CD83, CD86, ICAM-1 or PLAUR when comparing the immuno-stimulatory autologous dendritic cells to the monocytes within the extracorporeal quantity of a mammalian subject's blood sample.
A composition, which is a thermoplastic polymer composition comprising (a) a polyethylene polymer composition having a Melt Relaxation Product (MRP), defined as the product of (i) the Melt Flow Index (MFI) and (ii) the average radius of the Cole-Cole plot (r avg ) of the dynamic viscosity (η') and out-of-phase viscosity (η") of the polyethylene polymer composition, and determined by the method defined in the description, of ≤ 50,000; and (b) a salt of bicyclo[2.2.1]heptane-2,3-dicarboxylic acid. (a) a polyethylene polymer composition having a Melt Relaxation Product (MRP), defined as the product of (i) the Melt Flow Index (MFI) and (ii) the average radius of the Cole-Cole plot (r avg ) of the dynamic viscosity (η') and out-of-phase viscosity (η") of the polyethylene polymer composition, and determined by the method defined in the description, of ≤ 50,000; and (b) a salt of bicyclo[2.2.1]heptane-2,3-dicarboxylic acid.
Apparatus for detecting and optimizing the stopping point accuracy of a vehicle , comprising - at least one sensor unit that may be arranged on the vehicle , - at least one evaluating unit that is connected to the at least one sensor unit , wherein the at least one sensor unit is embodied so as to measure a gap with respect to a gap profile that is arranged on a stopping point that the vehicle travels to and so as to transmit the measurement result to the at least one evaluating unit that is connected to the sensor unit , wherein the vehicle is a rail-bound vehicle and an arrangement of the at least one sensor unit that may be arranged on the underside of the vehicle and an arrangement of the at least one gap profile - can be arranged on a rail that is traveled on by the vehicle or in the track that surrounds the rail , and in this case the vertical gap between sensor unit and gap profile is measured, or - can be arranged on a surrounding wall that surrounds the vehicle and is located at the stopping point and in this case the horizontal gap between sensor unit and gap profile is measured. - at least one sensor unit that may be arranged on the vehicle , - at least one evaluating unit that is connected to the at least one sensor unit , wherein the at least one sensor unit is embodied so as to measure a gap with respect to a gap profile that is arranged on a stopping point that the vehicle travels to and so as to transmit the measurement result to the at least one evaluating unit that is connected to the sensor unit , wherein the vehicle is a rail-bound vehicle and an arrangement of the at least one sensor unit that may be arranged on the underside of the vehicle and an arrangement of the at least one gap profile wherein the at least one sensor unit is embodied so as to measure a gap with respect to a gap profile that is arranged on a stopping point that the vehicle travels to and so as to transmit the measurement result to the at least one evaluating unit that is connected to the sensor unit , wherein the vehicle is a rail-bound vehicle and an arrangement of the at least one sensor unit that may be arranged on the underside of the vehicle and an arrangement of the at least one gap profile - can be arranged on a rail that is traveled on by the vehicle or in the track that surrounds the rail , and in this case the vertical gap between sensor unit and gap profile is measured, or - can be arranged on a surrounding wall that surrounds the vehicle and is located at the stopping point and in this case the horizontal gap between sensor unit and gap profile is measured.
A stacked multi-junction device comprising: a first light emitting structure including a first semiconductor light emitting layer disposed between a first n-type region and a first p-type region ; a second light emitting structure including a second semiconductor light emitting layer disposed between a second n-type region and a second p-type region ; and characterized in that a non-III-nitride material separating the first and second light emitting structures , the non-II-nitride material including a separator and an adhesive attaching the separator between the first and second light emitting structures ; wherein the second semiconductor light emitting layer is disposed over the first semiconductor light emitting layer , and wherein the separator spaces the second light emitting structure apart from the first light emitting structure and protects a first wire bond and a second wire bond . a first light emitting structure including a first semiconductor light emitting layer disposed between a first n-type region and a first p-type region ; a second light emitting structure including a second semiconductor light emitting layer disposed between a second n-type region and a second p-type region ; and characterized in that a non-III-nitride material separating the first and second light emitting structures , the non-II-nitride material including a separator and an adhesive attaching the separator between the first and second light emitting structures ; wherein the second semiconductor light emitting layer is disposed over the first semiconductor light emitting layer , and wherein the separator spaces the second light emitting structure apart from the first light emitting structure and protects a first wire bond and a second wire bond .
A pharmaceutical composition comprising: (a) an mRNA construct for expressing alphavirus replicase which is not capable of self-replication, and (b) an RNA replicon that can be replicated by the replicase in trans, wherein the mRNA construct of (a) for expressing alphavirus replicase comprises a 5'-cap for driving translation of the replicase; and wherein the RNA replicon of (b) comprises an alphavirus 5' replication recognition sequence, an open reading frame encoding a pharmaceutically active protein or peptide and an alphavirus 3' replication recognition sequence and wherein the alphavirus 5' replication recognition sequence and the alphavirus 3' replication recognition sequence direct replication of the RNA replicon in the presence of the replicase. (a) an mRNA construct for expressing alphavirus replicase which is not capable of self-replication, and (b) an RNA replicon that can be replicated by the replicase in trans,
Selector for an on-load tap changer, comprising - a tap selector which has a first selector arm and a second selector arm , - a change-over selector , wherein - the change-over selector is actuated via at least one of the selector arms of the tap selector , characterized in that - the change-over selector has a change-over selector arm having a first end and a second end ; - the second selector arm has a rocker which acts on the second end of the change-over selector arm when the change-over selector is actuated. - a tap selector which has a first selector arm and a second selector arm , - a change-over selector , wherein - the change-over selector is actuated via at least one of the selector arms of the tap selector , characterized in that - the change-over selector has a change-over selector arm having a first end and a second end ; - the second selector arm has a rocker which acts on the second end of the change-over selector arm when the change-over selector is actuated.
Positioning and clamping system for a workpiece to be machined, which is arranged at a working point on a mobile load-bearing means , the positioning and clamping system having a mobile and robot-guided gripping tool for the workpiece , in particular a geogripping tool for the position-defined clamping of the workpiece , characterized in that the positioning and clamping system has an adjustable supporting device , which supports, stabilises and positions the gripping tool , in particular geogripping tool with the gripped, in particular clamped, workpiece in a stationary manner at the working point for the machining thereof, the supporting device being arranged in a stationary manner at the working point and being adjustable between an operating position at the working point and a retracted rest position.
A display device comprising: a display screen; a jog switch formed to project from a side surface or a rear surface of the display apparatus, the jog switch configured to be moved in a plurality of directions and pushed, according to user inputs; a control unit configured to: display, on the display screen, a first user interface (UI) for indicating a broadcast channel in response to a user input moving the jog switch in a first direction among the plurality of directions, turn on the display screen in response to a user input pushing the jog switch while the display screen is turned off, and display, on the display screen, in response to a user input pushing the jog switch while the display screen is turned on, a second UI comprising a UI element for turning off the display screen. a display screen; a jog switch formed to project from a side surface or a rear surface of the display apparatus, the jog switch configured to be moved in a plurality of directions and pushed, according to user inputs; a control unit configured to: display, on the display screen, a first user interface (UI) for indicating a broadcast channel in response to a user input moving the jog switch in a first direction among the plurality of directions, turn on the display screen in response to a user input pushing the jog switch while the display screen is turned off, and display, on the display screen, in response to a user input pushing the jog switch while the display screen is turned on, a second UI comprising a UI element for turning off the display screen. display, on the display screen, a first user interface (UI) for indicating a broadcast channel in response to a user input moving the jog switch in a first direction among the plurality of directions, turn on the display screen in response to a user input pushing the jog switch while the display screen is turned off, and display, on the display screen, in response to a user input pushing the jog switch while the display screen is turned on, a second UI comprising a UI element for turning off the display screen.