mhurhangee/patent-ind-claim-en huggingface dataset:
A microwave apparatus comprising: an oven housing to the housing shell of which at least two microwave radiation sources are coupled respectively by means of a microwave coupling element , wherein each microwave coupling element protrudes from the housing shell circumferentially spaced, and at least one material holding device for the material to be heated is provided in the oven housing which can be rotated about an axis using a driving device , the at least one material holding device being formed by a turntable which is provided for holding the material to be heated, in particular to be thawed, with high position accuracy, characterized in that the turntable is formed with material retaining means which are provided equidistantly spaced along at least one divided circle concentric with the central axis , in that the material-retaining means are formed by holes, indentations, recesses, loop elements and/or clamping elements, in that the oven housing is cylindrical and has a housing cover with an exhaust device , in that the respective microwave radiation sources are formed by magnetrons for the cooling of which fans are provided, in that the magnetrons are fluidically connected to the cylindrical housing shell by means of pipes , in that the magnetrons with their microwave coupling elements are provided on the housing shell of the oven housing axially offset with respect to each other, and in that the pipes open into the cylindrical oven housing axially offset with respect to each other. an oven housing to the housing shell of which at least two microwave radiation sources are coupled respectively by means of a microwave coupling element , wherein each microwave coupling element protrudes from the housing shell circumferentially spaced, and at least one material holding device for the material to be heated is provided in the oven housing which can be rotated about an axis using a driving device , the at least one material holding device being formed by a turntable which is provided for holding the material to be heated, in particular to be thawed, with high position accuracy, characterized in that the turntable is formed with material retaining means which are provided equidistantly spaced along at least one divided circle concentric with the central axis , in that the material-retaining means are formed by holes, indentations, recesses, loop elements and/or clamping elements, in that the oven housing is cylindrical and has a housing cover with an exhaust device , in that the respective microwave radiation sources are formed by magnetrons for the cooling of which fans are provided, in that the magnetrons are fluidically connected to the cylindrical housing shell by means of pipes , in that the magnetrons with their microwave coupling elements are provided on the housing shell of the oven housing axially offset with respect to each other, and in that the pipes open into the cylindrical oven housing axially offset with respect to each other.
A computer-implemented method for quasi-continuous monitoring for specification conformity along a production sequence of the production of a plurality of container base bodies filled with an aqueous system with an aggregate-based high-speed production facility , wherein the method comprises the steps of: - receiving status information at a network bridge from a plurality of status acquisition units , which are in each case arranged along the production sequence , these each being adapted and arranged for online acquisition in intervals of the status information, - normalizing the received status information on the network bridge , - comparing the status information on the network bridge with specification-compliant target range values and/or target setpoints stored on the network bridge , and - providing a warning message to a receiver unit if an item of status information or number of items of status information lie(s) outside the target range values and/or target setpoints, wherein the high-speed production facility to be monitored fills in the range of 10 to 50 container base bodies with the aqueous system, wherein in the network bridge not only the time stamp but also information relating to the aqueous system the used container base bodies the container coding and/or packaging are assigned to the status information provided by the status acquisition units . - receiving status information at a network bridge from a plurality of status acquisition units , which are in each case arranged along the production sequence , these each being adapted and arranged for online acquisition in intervals of the status information, - normalizing the received status information on the network bridge , - comparing the status information on the network bridge with specification-compliant target range values and/or target setpoints stored on the network bridge , and - providing a warning message to a receiver unit if an item of status information or number of items of status information lie(s) outside the target range values and/or target setpoints, wherein the high-speed production facility to be monitored fills in the range of 10 to 50 container base bodies with the aqueous system, wherein in the network bridge not only the time stamp but also information relating to the aqueous system the used container base bodies the container coding and/or packaging are assigned to the status information provided by the status acquisition units .
Use of an apparatus for removing of a powdery base material from a cavity of an additively assembled component , the apparatus comprising: - a platform comprising a fixing means for fixing a component of a flow path of a gas turbine to the platform , wherein the platform is configured to vary an orientation of the component over an angle of at least 360° according to two orthogonal spatial directions (X, Y), an actuation means for mechanically actuating the platform wherein the actuation means comprises a first vibration generator being configured for actuating the base material at a first frequency (F1) and a second, vibration generator being configured for actuating the base material at a second frequency (F2) being different from the first frequency (F1), wherein the first frequency (F1) is chosen from a first frequency range and the second frequency (F1) is chosen from a second frequency range and wherein the first frequency range and the second frequency range are disjunct, and - a blocking mechanism being configured such that, during a variation of the orientation of the platform , the platform is engageable, e.g. via a snap means, for a reliable blocking of the platform , and wherein the apparatus is configured such that, by the mechanical actuation of the platform , a powdery material contained in a cavity of the component being fixed to the platform can be removed from the cavity . - a platform comprising a fixing means for fixing a component of a flow path of a gas turbine to the platform , wherein the platform is configured to vary an orientation of the component over an angle of at least 360° according to two orthogonal spatial directions (X, Y), an actuation means for mechanically actuating the platform wherein the actuation means comprises a first vibration generator being configured for actuating the base material at a first frequency (F1) and a second, vibration generator being configured for actuating the base material at a second frequency (F2) being different from the first frequency (F1), wherein the first frequency (F1) is chosen from a first frequency range and the second frequency (F1) is chosen from a second frequency range and wherein the first frequency range and the second frequency range are disjunct, and - a blocking mechanism being configured such that, during a variation of the orientation of the platform , the platform is engageable, e.g. via a snap means, for a reliable blocking of the platform , and wherein the apparatus is configured such that, by the mechanical actuation of the platform , a powdery material contained in a cavity of the component being fixed to the platform can be removed from the cavity .
A composition comprising at least beta glucan and at least fucoidan for use in improving or maintaining the gastrointestinal health of a progeny of a maternal animal by administration to the maternal animal.
Seal comprising a housing and at least one fixing bracket for mounting the housing and therewith the seal in a groove of a door leaf (T) or the like, wherein the fixing bracket has a first leg , which is suitable and designed for the fastening on the door leaf (T), and has a second leg , which is connected with the housing , wherein the seal has at least one stop , by which the seal is positionable such that in a state of the seal mounted in the groove at a bottom end of a door leaf (T) the housing of the seal does not protrude beyond a bottom edge (K) of the groove or protrudes only by the material thickness of a wall of the housing, and wherein the at least one stop is disposed in a plane parallel to a plane in which the second leg of the fixing bracket lies characterised in that the at least one stop or one of the stops is provided on the at least one fixing bracket and that the at least one stop is provided having distance to the second leg .
An implantable lens device , comprising a diffractive surface defining an optical axis, said diffractive surface comprising a relief pattern extending concentrically on said surface and having a sequence of annular concentric steps having alternating heights, wherein an innermost step of said relief pattern has a largest height among all other steps ; wherein each annular concentric step has a primary surface , and a secondary surface , wherein said secondary surface is steeper than said primary surface , characterized in that said sequence of annular concentric steps is having varying widths of said secondary surfaces , such that no two steps have secondary surfaces with the same widths. wherein each annular concentric step has a primary surface , and a secondary surface , wherein said secondary surface is steeper than said primary surface , characterized in that said sequence of annular concentric steps is having varying widths of said secondary surfaces , such that no two steps have secondary surfaces with the same widths.
A method for wireless communication at a user equipment, UE, the method comprising: monitoring a plurality of control channels, wherein each control channel of the plurality of control channels is configured to include a slot format indication, SFI, for one or more slots; detecting the SFI on at least one control channel of the plurality of control channels; identifying a set of symbols in a slot to transmit radio resource control, RRC, (RRC) configured uplink signals to a base station; determining whether the set of symbols in the slot is configured as uplink, flexible, or downlink based at least in part on the at least one detected SFI of the plurality of control channels; transmitting the RRC configured uplink signals when it is determined that the set of symbols in the slot is configured as uplink; and canceling transmission of the RRC configured uplink signals when it is determined that the set of symbols in the slot is configured as flexible or downlink. monitoring a plurality of control channels, wherein each control channel of the plurality of control channels is configured to include a slot format indication, SFI, for one or more slots; detecting the SFI on at least one control channel of the plurality of control channels; identifying a set of symbols in a slot to transmit radio resource control, RRC, (RRC) configured uplink signals to a base station; determining whether the set of symbols in the slot is configured as uplink, flexible, or downlink based at least in part on the at least one detected SFI of the plurality of control channels; transmitting the RRC configured uplink signals when it is determined that the set of symbols in the slot is configured as uplink; and canceling transmission of the RRC configured uplink signals when it is determined that the set of symbols in the slot is configured as flexible or downlink.
An optical film comprising: a light-transmitting substrate film; an antiglare layer including a binder containing a (meth)acrylate-based crosslinked polymer, and organic fine particles of a micron (μm) scale dispersed in the binder and inorganic fine particles of a nanometer (nm) scale dispersed in the binder; a low refractive index layer which is formed on the antiglare layer and includes a binder resin containing a (co)polymer of a photopolymerizable compound, and hollow silica particles dispersed in the binder resin, wherein in case where the total average particle size of the organic and inorganic fine particles is defined as D average, the particle size of the fine particles corresponding to the cumulative 25% when the organic and inorganic fine particles are arranged in order from the smallest particle size to the largest size is defined as D25, and the particle size of the fine particles corresponding to the cumulative number of 75% is defined as D 75 , (D 75 -D 25 )/D average is 0.25 or less, wherein the absolute value of the refractive index difference between the organic and inorganic fine particles and the binder is 0.01 to 0.25, wherein the total content of the organic and inorganic fine particles is 1 to 30% by weight of the total content of the antiglare layer, and wherein a deviation of the 60-degree gloss value is 3% to 10%, and a total haze value is 1 to 5%, wherein the D average, D25, D75, the 60-degree gloss value, and the total haze are determined as described in the description. a light-transmitting substrate film; an antiglare layer including a binder containing a (meth)acrylate-based crosslinked polymer, and organic fine particles of a micron (μm) scale dispersed in the binder and inorganic fine particles of a nanometer (nm) scale dispersed in the binder; a low refractive index layer which is formed on the antiglare layer and includes a binder resin containing a (co)polymer of a photopolymerizable compound, and hollow silica particles dispersed in the binder resin, wherein in case where the total average particle size of the organic and inorganic fine particles is defined as D average, the particle size of the fine particles corresponding to the cumulative 25% when the organic and inorganic fine particles are arranged in order from the smallest particle size to the largest size is defined as D25, and the particle size of the fine particles corresponding to the cumulative number of 75% is defined as D 75 , (D 75 -D 25 )/D average is 0.25 or less, wherein the absolute value of the refractive index difference between the organic and inorganic fine particles and the binder is 0.01 to 0.25, wherein the total content of the organic and inorganic fine particles is 1 to 30% by weight of the total content of the antiglare layer, and wherein a deviation of the 60-degree gloss value is 3% to 10%, and a total haze value is 1 to 5%, wherein the D average, D25, D75, the 60-degree gloss value, and the total haze are determined as described in the description.
A valve prosthesis comprising: a frame including: a first section having a radially repeating cell pattern and a localized concave depression in a portion of the first section , and a second section having a radially repeating cell pattern; and a valve body including a plurality of valve leaflets attached to the frame in the second section , characterized in that the localized concave depression extends circumferentially across approximately one cell of frame to approximately four cells of frame . a first section having a radially repeating cell pattern and a localized concave depression in a portion of the first section , and a second section having a radially repeating cell pattern; and a valve body including a plurality of valve leaflets attached to the frame in the second section , characterized in that the localized concave depression extends circumferentially across approximately one cell of frame to approximately four cells of frame .
A method for preparing a printing screen for the screen printing of value documents (B) or security elements for value documents (B), wherein the printing screen is supplied, which has a printing side, a screen fabric and a stencil which makes the screen fabric impermeable to printing media except for places printing motifs, wherein a foil is supplied and provided with openings at the places on the foil which correspond to the places of the printing screen printing the motifs, and the foil is applied, preferably adhesively bonded, to the printing side of the printing screen over the full area, wherein the openings are located over the places of the printing screen printing the motifs, so that the places of the printing screen printing the motifs are all omitted from foil cover, characterized in that the openings are larger than the places printing the motifs.
A method of performing a vehicle communication by a user equipment, UE, the method comprising: receiving (S1100) sidelink radio bearer configuration information for configuring a sidelink radio bearer on a sidelink interface used for the vehicle communication from a base station; configuring the sidelink radio bearer based on the sidelink radio bearer configuration information, and transmitting (S1110) the sidelink radio bearer configuration information to another UE subject to the vehicle communication; detecting (S1120) a sidelink radio link failure when an acknowledged mode, AM, radio link control, RLC, entity linked to the sidelink radio bearer reaches a maximum number of retransmissions; indicating (S1130) the detection of the sidelink radio link failure to a higher layer regardless of a radio resource control, RRC, state of the UE when the sidelink radio link failure is detected; and transmitting sidelink failure information according to the sidelink radio link failure detection to the base station when the radio resource control, RRC, state of the UE is an RRC connection state; wherein the sidelink radio bearer configuration information comprises RLC bearer configuration information comprising information for bidirectional AM RLC configuration. receiving (S1100) sidelink radio bearer configuration information for configuring a sidelink radio bearer on a sidelink interface used for the vehicle communication from a base station; configuring the sidelink radio bearer based on the sidelink radio bearer configuration information, and transmitting (S1110) the sidelink radio bearer configuration information to another UE subject to the vehicle communication; detecting (S1120) a sidelink radio link failure when an acknowledged mode, AM, radio link control, RLC, entity linked to the sidelink radio bearer reaches a maximum number of retransmissions; indicating (S1130) the detection of the sidelink radio link failure to a higher layer regardless of a radio resource control, RRC, state of the UE when the sidelink radio link failure is detected; and transmitting sidelink failure information according to the sidelink radio link failure detection to the base station when the radio resource control, RRC, state of the UE is an RRC connection state; wherein the sidelink radio bearer configuration information comprises RLC bearer configuration information comprising information for bidirectional AM RLC configuration.
Rotary electrical machine rotor having an axis about which it can be driven in rotation, and around which rotor it is possible to arrange a stator, said rotor comprising: two pole wheels , each having a set of pole claws extending in an axial direction and having an essentially trapezoidal cross section in a plane perpendicular to the axis, these pole claws extending from an outer radial end of said pole wheel , towards the other pole wheel , said pole wheels being arranged such that each claw of one pole wheel is located in the interpolar space existing between two consecutive pole claws of the other pole wheel; and in which in at least part of the interpolar spaces there are arranged magnetic assemblies (Al, ..., A12, B1, ..., B12, C1, C2), each magnetic assembly being received in a single interpolar space and each magnetic assembly comprising a single magnet, characterized in that at least two magnetic assemblies have magnet grades that are respectively different from one another, rotor in which magnetic assemblies of at least a second group (C1, C2) comprising at least two magnetic assemblies of the same grade, have positions which are not essentially equally distributed in the interpolar spaces, and comprising a means for the mechanical balancing of the rotor , with respect to the axis of rotation of the rotor, which is suitable for compensating for the imbalance of the rotor caused by the distribution of the magnetic assemblies. two pole wheels , each having a set of pole claws extending in an axial direction and having an essentially trapezoidal cross section in a plane perpendicular to the axis, these pole claws extending from an outer radial end of said pole wheel , towards the other pole wheel , said pole wheels being arranged such that each claw of one pole wheel is located in the interpolar space existing between two consecutive pole claws of the other pole wheel; and in which in at least part of the interpolar spaces there are arranged magnetic assemblies (Al, ..., A12, B1, ..., B12, C1, C2), each magnetic assembly being received in a single interpolar space and each magnetic assembly comprising a single magnet,
A brake actuator for railway vehicles, comprising: - a main body having a braking chamber , - a service braking piston movable with respect to the main body along a longitudinal axis (A), - a pair of levers articulated to the main body and bearing respective brake pads , - a transmission mechanism including an auxiliary body , a pair of thrust elements articulated to said levers , a pair of carriages movable with respect to the auxiliary body along a transverse direction (B) perpendicular to said longitudinal axis (A), and a pair of slack adjusters each of which is disposed between a respective carriage and a respective thrust element , characterized in that the transmission mechanism comprises a floating member , which is free to pivot with respect to the service braking piston about an axis (D) perpendicular to said longitudinal axis (A) and to said transverse axis (B), wherein the floating member carries a first and a second pair of thrust bearings that cooperate with cam surfaces of said carriages . - a main body having a braking chamber , - a service braking piston movable with respect to the main body along a longitudinal axis (A), - a pair of levers articulated to the main body and bearing respective brake pads , - a transmission mechanism including an auxiliary body , a pair of thrust elements articulated to said levers , a pair of carriages movable with respect to the auxiliary body along a transverse direction (B) perpendicular to said longitudinal axis (A), and a pair of slack adjusters each of which is disposed between a respective carriage and a respective thrust element , characterized in that the transmission mechanism comprises a floating member , which is free to pivot with respect to the service braking piston about an axis (D) perpendicular to said longitudinal axis (A) and to said transverse axis (B), wherein the floating member carries a first and a second pair of thrust bearings that cooperate with cam surfaces of said carriages .