mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a cooking appliance, food to be cooked being treated using at least one treatment device in at least one cooking chamber, and the treatment device being controlled by at least one control device on the basis of at least one treatment program, and at least one characteristic variable for a mass of the food to be cooked inside the cooking chamber being determined, high-frequency measuring radiation which has a plurality of distinguishable frequencies being emitted into the cooking chamber, received again and evaluated, and at least one scattering parameter being detected in a frequency-dependent manner with reference to a comparison of the received measuring radiation with the emitted measuring radiation, characterised in that, with reference to a frequency-dependent curve of the scattering parameter, resonances occurring in the cooking chamber are identified and characterised, and the characteristic variable for the mass of the food to be cooked and characteristic sizes of the food to be cooked that correlate thereto are determined from said resonances and provided to the control device.
A fixing member comprising a base (265, 305) for adhering to a substrate and a fixing formation (264, 304) projecting from the top of the base, and a plurality of reinforcing filaments (294, 341, 432), wherein the reinforcing filaments are incorporated in the base and extend beyond at least one edge of the base.
A power machine having a frame, a lift arm assembly pivotally coupled to the frame and capable of being raised and lowered with respect to the frame and a selectively activated lift arm suspension system operably coupled to the lift arm assembly, characterized by: a controller coupled to the suspension system that is configured to determine whether the lift arm assembly has moved more than a threshold amount and to deactivate the lift arm suspension system in response to determining that the lift arm assembly has moved more than the threshold amount. a controller coupled to the suspension system that is configured to determine whether the lift arm assembly has moved more than a threshold amount and to deactivate the lift arm suspension system in response to determining that the lift arm assembly has moved more than the threshold amount.
A communication device provided with a Controlled Temporary Mobile Network-functionality, which is configurable by an administrator to enable the device to act as a Mobile Group Node in a temporary Mobile Group (10, 12, 14, 16) within a Controlled Temporary Mobile Network, CTMNET,, the temporary Mobile Group comprising one or more Mobile Group Nodes, wherein each Mobile Group Node is provided with a Controlled Temporary Mobile Network-functionality, one of said Mobile Group Nodes acting as a Mobile Group Leader (102, 122, 142, 162), characterised in that: - said Controlled Temporary Mobile Network-functionality comprises an adaptable policy engine, which is settable by an administrator; - said Controlled Temporary Mobile Network-functionality is statically configurable by an administrator to enable and disable the device to act as a Mobile Group Leader (102, 122, 142, 162), which is arranged to control the joining of other Mobile Group Nodes in the temporary Mobile Group (10, 12, 14, 16), and the access to information resources in the temporary Mobile Group, according to said adaptable policy engine. - said Controlled Temporary Mobile Network-functionality comprises an adaptable policy engine, which is settable by an administrator; - said Controlled Temporary Mobile Network-functionality is statically configurable by an administrator to enable and disable the device to act as a Mobile Group Leader (102, 122, 142, 162), which is arranged to control the joining of other Mobile Group Nodes in the temporary Mobile Group (10, 12, 14, 16), and the access to information resources in the temporary Mobile Group, according to said adaptable policy engine.
A processor comprising: an execution unit for executing multiple threads, each thread comprising a sequence of instructions; a thread scheduler for scheduling a plurality of threads to be executed by the execution unit; and a plurality of sets of registers (20 1, 20 2,...20 m) connected to the execution unit, each set of registers arranged to store information relating to a respective one of said plurality of threads, at least a part of said information being accessible by the execution unit for use in executing the respective thread when scheduled; wherein each thread is designated to handle communication activity from at least one specified communications source; wherein each of said specified communications sources comprises activity handling logic arranged to generate an indication in dependence on said activity; and wherein the thread scheduler is adapted to maintain a set of runnable threads from which the threads are scheduled; characterized in that the thread scheduler is configured such that said scheduling is based on receipt of said indications indicating the respective communication activity handled by the threads, said scheduling by the thread scheduler including suspending the execution of a thread until an occurrence of the respective communication activity and resuming the execution of each suspended thread upon receipt of the respective indication, wherein said suspension comprises removing the suspended thread from the run set. an execution unit for executing multiple threads, each thread comprising a sequence of instructions; a thread scheduler for scheduling a plurality of threads to be executed by the execution unit; and a plurality of sets of registers (20 1, 20 2,...20 m) connected to the execution unit, each set of registers arranged to store information relating to a respective one of said plurality of threads, at least a part of said information being accessible by the execution unit for use in executing the respective thread when scheduled; wherein each thread is designated to handle communication activity from at least one specified communications source; wherein each of said specified communications sources comprises activity handling logic arranged to generate an indication in dependence on said activity; and wherein the thread scheduler is adapted to maintain a set of runnable threads from which the threads are scheduled; characterized in that the thread scheduler is configured such that said scheduling is based on receipt of said indications indicating the respective communication activity handled by the threads, said scheduling by the thread scheduler including suspending the execution of a thread until an occurrence of the respective communication activity and resuming the execution of each suspended thread upon receipt of the respective indication, wherein said suspension comprises removing the suspended thread from the run set.
Lawnmower, in particular autonomous lawnmower, having at least a chassis, a motor for driving a cutting device, and a height-adjustment device for displacement of the cutting device and of the motor, in particular a motor-receiving housing which receives the motor, relative to the chassis, at least for setting a working height (h) of the cutting device relative to the chassis, in particular for setting a cutting height (s) of a cutting tool of the cutting device, wherein, between the chassis and a support unit or a sliding seat, for holding and bearing the motor and/or for holding and bearing a motor-receiving housing which receives the motor, there are provided guide means for rotation-inhibiting and axial guidance of the support unit or sliding seat relative to the chassis about or in a height-adjustment-axis direction, characterized in that the one or more guide means are designed to be elastically displaceable in a circumferential direction about the height-adjustment axis, preferably wherein the guide means are part of a guide device and/or of at least one guide element.
A continuous system for manufacturing at least two compositions containing at least one active ingredient, wherein the continuous system can manufacture the at least two compositions having a different level of the active ingredient comprising: a) a base manufacturing portion of the continuous system for mixing the active ingredient with at least one additional material to make a first base composition, b) an addition portion of the continuous system after the base manufacturing portion of the continuous system to form at least one second base composition by adding, i) the at least one additional material to form the at least one second base having a lower level of the active ingredient, ii) the active ingredient to form a second base having a higher level of the active ingredient, or iii) more of the active ingredient and the at least one material that formed the first base to produce more of the first base, and c) a sensor for controlling the system and an amount of active ingredient in the composition, wherein the sensor measures an amount of an associated material that is associated with the active ingredient, wherein the sensor cannot detect the active ingredient. a) a base manufacturing portion of the continuous system for mixing the active ingredient with at least one additional material to make a first base composition, b) an addition portion of the continuous system after the base manufacturing portion of the continuous system to form at least one second base composition by adding, i) the at least one additional material to form the at least one second base having a lower level of the active ingredient, ii) the active ingredient to form a second base having a higher level of the active ingredient, or iii) more of the active ingredient and the at least one material that formed the first base to produce more of the first base, and i) the at least one additional material to form the at least one second base having a lower level of the active ingredient, ii) the active ingredient to form a second base having a higher level of the active ingredient, or iii) more of the active ingredient and the at least one material that formed the first base to produce more of the first base, and c) a sensor for controlling the system and an amount of active ingredient in the composition, wherein the sensor measures an amount of an associated material that is associated with the active ingredient, wherein the sensor cannot detect the active ingredient.
A control apparatus for a vehicle including a step-type automatic transmission, the control apparatus having: an Adaptive Cruise Control, ACC, function of causing a vehicle to run at a set vehicle speed when no vehicle ahead is present in a driving lane of the vehicle, and making an acceleration request/deceleration request for causing the vehicle to run while following a vehicle ahead with maintaining a set inter-vehicular time with respect to the vehicle ahead when the vehicle ahead is present in the driving lane of the vehicle; and a curve driving assist function for making a deceleration request when a curve driving condition is satisfied by detecting entry into a curve having a predetermined curvature or greater and estimating that the vehicle speed exceeds the vehicle speed which enables stable running in the curve, and characterised in that the control apparatus is configured to restrict an upper limit of a shift gear of the automatic transmission to 1 gear if the curve driving condition is satisfied during running based on the ACC function. an Adaptive Cruise Control, ACC, function of causing a vehicle to run at a set vehicle speed when no vehicle ahead is present in a driving lane of the vehicle, and making an acceleration request/deceleration request for causing the vehicle to run while following a vehicle ahead with maintaining a set inter-vehicular time with respect to the vehicle ahead when the vehicle ahead is present in the driving lane of the vehicle; and a curve driving assist function for making a deceleration request when a curve driving condition is satisfied by detecting entry into a curve having a predetermined curvature or greater and estimating that the vehicle speed exceeds the vehicle speed which enables stable running in the curve, and characterised in that the control apparatus is configured to restrict an upper limit of a shift gear of the automatic transmission to 1 gear if the curve driving condition is satisfied during running based on the ACC function.
A shunt for draining ocular fluid, comprising: a tubular body including an implantation member and a conduit through the implantation member; wherein the implantation member and the conduit are formed integrally characterised in that the tubular body is formed of a mesh material including bioactive glass fibers that are capable of being absorbed by body tissue, bioresorable fibers and collagen. a tubular body including an implantation member and a conduit through the implantation member; wherein the implantation member and the conduit are formed integrally
A computing system configured to restore a state of stored configuration data of an application component that is be executed on the computing system, the computing system comprising: at least one processor; a computer readable hardware storage device having stored thereon computer-executable instructions which, when executed by the at least one processor, cause the computing system to perform the following: request mapping of a least a portion of a backing page file to a second portion of address space, the backing page file being stored in a persistent storage, the backing page file comprising discrete units of configuration data (P1, P2, P3) that are stored in a specific relationship to each other as defined by one or more offset values, wherein a first base address for at least one of the discrete units of configuration data defines a first portion of address space having a preferred address space address for the at least one of the discrete units of configuration data; the computing device being characterized in that the computing device is configured to: restore the at least one of the discrete units of configuration data stored in the backing page file to the second portion of address space, comprising aligning a pointer based on a relationship between a second base address of the second portion of address space and the one or more offset values to thereby restore a state of the at least one of the discrete units of configuration data, the first base address being different from the second base address. at least one processor; a computer readable hardware storage device having stored thereon computer-executable instructions which, when executed by the at least one processor, cause the computing system to perform the following: request mapping of a least a portion of a backing page file to a second portion of address space, the backing page file being stored in a persistent storage, the backing page file comprising discrete units of configuration data (P1, P2, P3) that are stored in a specific relationship to each other as defined by one or more offset values, wherein a first base address for at least one of the discrete units of configuration data defines a first portion of address space having a preferred address space address for the at least one of the discrete units of configuration data; the computing device being characterized in that the computing device is configured to: restore the at least one of the discrete units of configuration data stored in the backing page file to the second portion of address space, comprising aligning a pointer based on a relationship between a second base address of the second portion of address space and the one or more offset values to thereby restore a state of the at least one of the discrete units of configuration data, the first base address being different from the second base address.
An in vitro method for generating or obtaining a population of IFN-λ producing CD8+ or eCD8+ conventional dendritic cells, wherein said eCD8+ cDCs express Clec9a and/or Necl2, comprising the steps of: (a) providing a population of cells comprising CD8+ and/or eCD8+ conventional dendritic cells; (b) contacting said population of cells with an agent that increases the level of said conventional dendritic cells, wherein the agent is Flt3-ligand or M-CSF receptor ligand; c) contacting said conventional dendritic cells with a double-stranded (ds) nucleic acid or analog thereof; and (d) isolating IFN-λ producing Clec9a and/or Necl2-positive cells from said CD8+ and/or eCD8+ conventional dendritic cells. (a) providing a population of cells comprising CD8+ and/or eCD8+ conventional dendritic cells; (b) contacting said population of cells with an agent that increases the level of said conventional dendritic cells, wherein the agent is Flt3-ligand or M-CSF receptor ligand; c) contacting said conventional dendritic cells with a double-stranded (ds) nucleic acid or analog thereof; and (d) isolating IFN-λ producing Clec9a and/or Necl2-positive cells from said CD8+ and/or eCD8+ conventional dendritic cells.
A floor care appliance in the form of a brush vacuum cleaner having a brush set facing the floor for receiving a driven brush roller, wherein the brush set can be connected via a pivotable connecting element in the form of a connecting piece for a filter housing which can be placed thereon to a handle in the form of a hand grip via corresponding connections and wherein the brush set comprises at least one electric motor for a suction fan and for the drive of the brush roller, characterized in that the pivotable connecting element of the brush set has an external receptacle for an appliance plug for the detachable electrical connection to an appliance coupling of a mains connecting lead and the brush set with the integrated motor and a switch for operating control forms a functional electrical unit.
A stylet (1,15,25,35A) for insertion within a cannula of a needle (10,17,27), comprising a solid elongated shaft (5,16) having a proximal end (2,40a,56) adapted for engagement with a needle hub, and a distal end (6,11,18,28,38,39A,55), characterized in that said distal end has a surface modified profile which is at least a roughened surface.
A gas mixer (16, 16', 16"), which is adapted to communicate with at least one burner, comprising: a base (18, 18') having an inlet portion and a mixing portion, wherein the inlet portion has an air inlet (322, 322'), at least one gas inlet, and an air path; the air path communicates with the air inlet (322, 322') and the at least one gas inlet, and has an exit; the mixing portion has a mixing chamber communicating with the exit; and at least one outlet pipe engaged with the mixing portion of the base (18, 18'), wherein the at least one outlet pipe has a first end, a second end, and a body located between the first end and the second end; part of the body and the first end extend into the mixing chamber, and the exit of the air path corresponds to the body; the second end is adapted to communicate with the burner, characterized in that a cross-section of the mixing chamber in a direction parallel to an axial direction of the at least one outlet pipe is a polygon; the first end of each of the at least one outlet pipe is located close to a geometric center defined in the polygon. a base (18, 18') having an inlet portion and a mixing portion, wherein the inlet portion has an air inlet (322, 322'), at least one gas inlet, and an air path; the air path communicates with the air inlet (322, 322') and the at least one gas inlet, and has an exit; the mixing portion has a mixing chamber communicating with the exit; and at least one outlet pipe engaged with the mixing portion of the base (18, 18'), wherein the at least one outlet pipe has a first end, a second end, and a body located between the first end and the second end; part of the body and the first end extend into the mixing chamber, and the exit of the air path corresponds to the body; the second end is adapted to communicate with the burner, characterized in that a cross-section of the mixing chamber in a direction parallel to an axial direction of the at least one outlet pipe is a polygon; the first end of each of the at least one outlet pipe is located close to a geometric center defined in the polygon.
A refrigerator, comprising: a main body including a plurality of wall modules (11, 12, 13, 14, 15, 16, 17), wherein the plurality of wall modules (11, 12, 13, 14, 15, 16, 17) include a first wall module having a concave portion (32, 42), and a second wall module (11, 14) having a convex portion (52, 62) engaged with the concave portion (32, 42), and the convex portion (52, 62) includes an insulation filling space (56, 66) filled with insulation (39, 59, 69), and a fastening groove (57, 67); a storeroom (21, 22, 23) disposed inside the main body to store food; a door (26, 27, 28, 29) arranged to open or close the storeroom (21, 22, 23); a fastening member inserted into the fastening groove (57, 67) and fastened to the first wall module and the second wall module (11, 14), characterized in that the refrigerator includes a guide projection and a guide groove to adjust and guide the positions of a second wall module (11, 14) and a first wall module when the second wall module (11, 14) and the first wall module are assembled; and the refrigerator includes a plurality of connectors (82, 83, 100, 140) arranged in the first wall module and the second wall module (11, 14) to electrically interconnect the first wall module with the second wall module (11, 14) when the first and second wall modules (11, 14) are coupled together. a main body including a plurality of wall modules (11, 12, 13, 14, 15, 16, 17), wherein the plurality of wall modules (11, 12, 13, 14, 15, 16, 17) include a first wall module having a concave portion (32, 42), and a second wall module (11, 14) having a convex portion (52, 62) engaged with the concave portion (32, 42), and the convex portion (52, 62) includes an insulation filling space (56, 66) filled with insulation (39, 59, 69), and a fastening groove (57, 67); the plurality of wall modules (11, 12, 13, 14, 15, 16, 17) include a first wall module having a concave portion (32, 42), and a second wall module (11, 14) having a convex portion (52, 62) engaged with the concave portion (32, 42), and the convex portion (52, 62) includes an insulation filling space (56, 66) filled with insulation (39, 59, 69), and a fastening groove (57, 67); a storeroom (21, 22, 23) disposed inside the main body to store food; a door (26, 27, 28, 29) arranged to open or close the storeroom (21, 22, 23); a fastening member inserted into the fastening groove (57, 67) and fastened to the first wall module and the second wall module (11, 14), characterized in that the refrigerator includes a guide projection and a guide groove to adjust and guide the positions of a second wall module (11, 14) and a first wall module when the second wall module (11, 14) and the first wall module are assembled; and the refrigerator includes a plurality of connectors (82, 83, 100, 140) arranged in the first wall module and the second wall module (11, 14) to electrically interconnect the first wall module with the second wall module (11, 14) when the first and second wall modules (11, 14) are coupled together.