mhurhangee/ep-ind-claims huggingface dataset:
A method for handover of a mobile terminal from a first network to a second network, wherein the type of first network is different from that of the second network, comprising the steps of: determining a wrong decision probability, WDP, according to conditions of the first network and the second network, wherein the WDP includes an unnecessary handover probability and a missing handover probability; detecting at least one of the following: whether the unnecessary handover probability is greater than the missing handover probability, whether the unnecessary handover probability is greater than a specific threshold and whether the missing handover probability is smaller than a specific threshold; and whether the unnecessary handover probability is greater than the sum or the product of the missing handover probability and a lagging margin, making a handover decision based on the detection result, wherein the step of making a handover decision comprises the steps of: keeping the terminal to stay in the first network when the detection result is affirmative; and conducting a handover of the terminal to the second network when the detection result is negative. determining a wrong decision probability, WDP, according to conditions of the first network and the second network, wherein the WDP includes an unnecessary handover probability and a missing handover probability; detecting at least one of the following: whether the unnecessary handover probability is greater than the missing handover probability, whether the unnecessary handover probability is greater than a specific threshold and whether the missing handover probability is smaller than a specific threshold; and whether the unnecessary handover probability is greater than the sum or the product of the missing handover probability and a lagging margin, making a handover decision based on the detection result, wherein the step of making a handover decision comprises the steps of: keeping the terminal to stay in the first network when the detection result is affirmative; and conducting a handover of the terminal to the second network when the detection result is negative. keeping the terminal to stay in the first network when the detection result is affirmative; and conducting a handover of the terminal to the second network when the detection result is negative.
Electromagnetic actuator, in particular for operating a pump for pumping a fluid from a tank to an exhaust system, wherein means for damping solid-borne sound are provided in the region of at least one element (48, 58) of the electromagnetic actuator, wherein the means are arranged in the region of an armature and/or of a stop, interacting with the armature, of the actuator and/or between the armature and the stop, wherein the armature and/or the stop have/has a layered structure comprising at least two elements (64, 66, 68), in particular pieces of sheet metal, which are preferably different from one another, characterized in that elements (64, 66, 68) of the layered structure which are arranged adjacent to one another are each manufactured from a different type of material, in particular from a magnetic or non-magnetic material.
Use of galacto-oligosaccharides and polyfructose for the manufacture of a composition for the increase of intestinal barrier functioning and/or mucus production of the large intestine, wherein the composition further comprises protein, lipids, and carbohydrates other than galacto-oligosaccharides and polyfructose and the composition is an infant nutrition.
Coordinate measuring device for determining spatial coordinates of a measurement object, having a workpiece holder for receiving the measurement object, having a measurement head, which can be moved relative to the workpiece holder and carries an optical sensor, and having an evaluation and control unit, which is configured in order to determine spatial coordinates of the measurement object as a function of a position of the measurement head relative to the workpiece holder and as a function of sensor data of the optical sensor, wherein the optical sensor contains an objective and a camera, which is configured in order to record an image of the measurement object through the objective, wherein the objective comprises an objective body which has a light entry opening and a light exit opening with an interface for connection to the camera, wherein the objective furthermore comprises a diaphragm and a multiplicity of lenses, which are arranged in the objective body, wherein the lenses form at least four separate lens groups, which together define an optical axis, and wherein at least three of the at least four lens groups can be displaced along the optical axis, wherein a first lens group of the at least four lens groups is arranged fixed in the region of the light entry opening, and wherein the diaphragm and a second lens group, a third lens group and a fourth lens group of the at least four lens groups can respectively be displaced individually relative to the first lens group along the optical axis, wherein the second lens group is arranged between the first lens group and the diaphragm, and wherein the third and fourth lens groups (44, 46) are arranged between the diaphragm and the light exit opening.
Bone cement applicator for storage and mixing of a bone cement powder and a monomer liquid as well as for application of a pasty bone cement produced by mixing the bone cement powder and the monomer liquid, the bone cement applicator comprising a cartridge with a cylindrical internal space for mixing the bone cement, whereby the cartridge comprises, on a front side, a cartridge head with a dispensing opening for expelling the bone cement from the internal space, and whereby the cartridge comprises a thread on a rear side that is situated opposite from the front side of the cartridge; a dispensing plunger for expelling the mixed bone cement from the internal space through the dispensing opening, whereby the bone cement powder is contained between the dispensing plunger and the cartridge head in the internal space of the cartridge; a threaded tube that is arranged on the rear side of the dispensing plunger that faces away from the cartridge head, whereby the threaded tube comprises a counter-thread that fits the thread on the rear side of the cartridge, and the counter-thread of the threaded tube engages the thread on the rear side of the cartridge, whereby the threaded tube projects out of the cartridge on the rear side of the cartridge, and whereby the dispensing plunger is arranged such as to be mobile in the internal space of the cartridge along the cylinder axis of the internal space in the direction of the cartridge head by screwing the threaded tube into or onto the cartridge; a receptacle, whereby a monomer liquid container is arranged on the inside of the receptacle, whereby the monomer liquid container contains the monomer liquid and can be opened on the inside of the receptacle, whereby the receptacle is plugged into the threaded tube on a rear side of the threaded tube that is situated opposite from the dispensing plunger, and is mobile in the threaded tube; and a mixing rod, whereby the mixing rod with a mixer affixed to it is arranged in the internal space of the cartridge, whereby the mixer is affixed on a front side of the mixing rod that faces the cartridge head, whereby the mixing rod is connected, on a side that is situated opposite from the mixer, to a front side of the receptacle that faces the dispensing plunger, whereby the mixing rod is conducted through a feedthrough in the dispensing plunger and is supported in the feedthrough such as to be axially mobile, such that the mixing rod with the mixer is mobile in the internal space for the mixing of the bone cement powder with the monomer liquid through a motion of the receptacle against the cartridge, and whereby the mixing rod is detachably connected to the receptacle, and the mixing rod, detached from the receptacle, can be pushed into the receptacle upon the receptacle being propelled in the direction of the cartridge head.
A spherical annular seal member for use in an exhaust pipe joint comprising: a spherical annular base member defined by a cylindrical inner surface, a partially convex spherical surface, and large- and small-diameter-side annular end faces (35, 36) of the partially convex spherical surface; and an outer layer (3 8) formed integrally on the partially convex spherical surface of said spherical annular base member, wherein said spherical annular base member includes a reinforcing member made from a metal wire net and a heat-resistant material containing expanded graphite, filling meshes of said metal wire net of said reinforcing member, and compressed in such a manner as to be formed integrally with said reinforcing member in mixed form, and wherein said outer layer includes a base layer and a sliding layer constituted of a lubricating composition and adherently formed integrally on said base layer at an outer layer intermediate surface, said base layer including another reinforcing member made from a metal wire net and compressed and another heat-resistant material containing another expanded graphite, filling meshes of said metal wire net of said another reinforcing member, compressed so as to be closely press bonded to said another reinforcing member, and forming the outer layer intermediate surface together with a surface of said another reinforcing member, said base layer being formed integrally with the partially convex spherical surface, characterized in that the surface of said another reinforcing member in the outer layer intermediate surface being present in a scattered manner with an area ratio of 5 to 35% with respect an entire surface of the outer layer intermediate surface, an obverse surface of said outer layer exposed to an outside being constituted of a smooth surface of said sliding layer.
A mobile robot system comprising: a plurality of transmitters installed in a boundary region of a driving region and configured to transmit transmission signals; a communication target element configured to store map information of a region including the driving region to provide the map information to a communication target device; and a mobile robot configured to generate first map data for positions of the plurality of transmitters based on a reception result of the transmission signals, and configured to receive second map data for a region corresponding to the driving region from the communication target element to match the first map data and the second map data so as to generate boundary information of the driving region, wherein the map information is a commercial map provided on a web, wherein the communication target element is a web server in which control information related to the control of the mobile robot system is stored; and wherein the communication target element is configured to determine a current position of the mobile robot, and then to transmit area information corresponding to the current location from the map information to the mobile robot, and configured to receive designation information for a portion corresponding to the driving region on the area information to generate the second map data according to the designation information. a plurality of transmitters installed in a boundary region of a driving region and configured to transmit transmission signals; a communication target element configured to store map information of a region including the driving region to provide the map information to a communication target device; and a mobile robot configured to generate first map data for positions of the plurality of transmitters based on a reception result of the transmission signals, and configured to receive second map data for a region corresponding to the driving region from the communication target element to match the first map data and the second map data so as to generate boundary information of the driving region, wherein the map information is a commercial map provided on a web, wherein the communication target element is a web server in which control information related to the control of the mobile robot system is stored; and wherein the communication target element is configured to determine a current position of the mobile robot, and then to transmit area information corresponding to the current location from the map information to the mobile robot, and configured to receive designation information for a portion corresponding to the driving region on the area information to generate the second map data according to the designation information.
A food-drying device including: • a container; • a drying assembly having a plurality of bores, said drying assembly disposed in the container and capable of being spun relative to the container; and • an automatic gear-shift drive mechanism for spinning the drying assembly relative to the container wherein the food-drying device carries a workload characterized in that • the automatic gear-shift drive mechanism includes 1) a first gear system, preferably a first planetary gear system, having a first amplification speed, and 2) a second gear system, preferably a second planetary gear system, that can couple with the first gear system to form a coupled first and second gear system having a second amplification speed wherein the first amplification speed is higher than the second amplification speed, and • when the automatic gear-shift drive mechanism is started being driven, the automatic gear-shift drive mechanism is biased to spin the drying assembly with the first gear system when the automatic gear-shift drive mechanism is driven and the workload is below a threshold, and switch to spin the drying assembly with the coupled first and second gear system when the automatic gear-shift drive mechanism is driven and the workload is at or above the threshold. • a container; • a drying assembly having a plurality of bores, said drying assembly disposed in the container and capable of being spun relative to the container; and • an automatic gear-shift drive mechanism for spinning the drying assembly relative to the container • the automatic gear-shift drive mechanism includes 1) a first gear system, preferably a first planetary gear system, having a first amplification speed, and 2) a second gear system, preferably a second planetary gear system, that can couple with the first gear system to form a coupled first and second gear system having a second amplification speed a first gear system, preferably a first planetary gear system, having a first amplification speed, and 2) a second gear system, preferably a second planetary gear system, that can couple with the first gear system to form a coupled first and second gear system having a second amplification speed • when the automatic gear-shift drive mechanism is started being driven, the automatic gear-shift drive mechanism is biased to spin the drying assembly with the first gear system when the automatic gear-shift drive mechanism is driven and the workload is below a threshold, and switch to spin the drying assembly with the coupled first and second gear system when the automatic gear-shift drive mechanism is driven and the workload is at or above the threshold.
A reinforcing structure made of a sheet-like cellular base material which comprises material attenuations in a distribution over its area in a view from above, wherein the material attenuations sub-divide the base material into a multitude of material islands (1R; IT) which are delineated from each other by the material attenuations but are still connected to each other, wherein (a) the material islands (1R; 1T) are convex base polygons in a view from above; (b) a respective plurality of the material islands (1R; IT) jointly form a convex and preferably regular compound polygon in a view from above; and (c) the compound polygons differ, in their number of corners and/or in a ratio of the lengths of their sides, from the base polygons which form the material islands (1R; IT), characterised in that (d) the material islands (1R; 1T) are rhombi or equilateral triangles, and the respective compound polygon is a regular hexagon, (e) wherein six of the respective triangles jointly form a compound hexagonal polygon. (a) the material islands (1R; 1T) are convex base polygons in a view from above; (b) a respective plurality of the material islands (1R; IT) jointly form a convex and preferably regular compound polygon in a view from above; and (c) the compound polygons differ, in their number of corners and/or in a ratio of the lengths of their sides, from the base polygons which form the material islands (1R; IT), characterised in that (d) the material islands (1R; 1T) are rhombi or equilateral triangles, and the respective compound polygon is a regular hexagon, (e) wherein six of the respective triangles jointly form a compound hexagonal polygon.
A sample collection tube, comprising: a tube having a lumen; a polymerizable composition having density of between 1.00-1.09 g/cm 3 that sediments the composition under a centrifugal force to a position between a cell-depleted phase of whole blood and a cell-enriched phase of whole blood; wherein the polymerizable composition is disposed within the lumen and consists of: an oligomer; a photoinitiator present in a concentration of less than 2 wt% of the polymerizable composition; a stabilizer; and tocopherol present in a concentration of at least 135mM of the polymerizable composition; and wherein the polymerizable composition can be sterilized via irradiation without curing at a dosage of less than 20 kGy while maintaining a density of between 1.00-1.09 g/cm 3, and is subsequently polymerization curable via UV curing. a tube having a lumen; a polymerizable composition having density of between 1.00-1.09 g/cm 3 that sediments the composition under a centrifugal force to a position between a cell-depleted phase of whole blood and a cell-enriched phase of whole blood; wherein the polymerizable composition is disposed within the lumen and consists of: an oligomer; a photoinitiator present in a concentration of less than 2 wt% of the polymerizable composition; a stabilizer; and tocopherol present in a concentration of at least 135mM of the polymerizable composition; and an oligomer; a photoinitiator present in a concentration of less than 2 wt% of the polymerizable composition; a stabilizer; and tocopherol present in a concentration of at least 135mM of the polymerizable composition; and wherein the polymerizable composition can be sterilized via irradiation without curing at a dosage of less than 20 kGy while maintaining a density of between 1.00-1.09 g/cm 3, and is subsequently polymerization curable via UV curing.
A method for controlling an elevator, the method comprising controlling the speed of a vertically moving elevator car during its run from a starting landing to a destination landing according to speed settings, the speed settings defining a constant target speed for the elevator car, characterized in that the method comprises - obtaining measurement data of the ongoing run, which measurement data describes vertical speed of the vertically moving elevator car, - determining whether the measurement data meets one or more predetermined criteria indicating unintended vertical speed said one or more predetermined criteria comprising that the deviation between the vertical speed of the car and a speed of the motor exceeds a predetermined limit, and - changing the speed settings of the current run by lowering the constant target speed from a first constant target speed (C 1) to a second constant target speed (C 2) if the measurement data meets said one or more predetermined criteria, - continuing the run without intermediate stops to said destination landing. - obtaining measurement data of the ongoing run, which measurement data describes vertical speed of the vertically moving elevator car, - determining whether the measurement data meets one or more predetermined criteria indicating unintended vertical speed said one or more predetermined criteria comprising that the deviation between the vertical speed of the car and a speed of the motor exceeds a predetermined limit, and - changing the speed settings of the current run by lowering the constant target speed from a first constant target speed (C 1) to a second constant target speed (C 2) if the measurement data meets said one or more predetermined criteria, - continuing the run without intermediate stops to said destination landing.
A haloalkylamine for use, or a pharmaceutical composition thereof for use, in treating a traumatic brain injury event, the use comprising administering a therapeutically effective amount of the haloalkylamine which is selected from the group consisting of phenoxybenzamine and salts thereof.
An isolated monoclonal antibody that specifically binds to IL-17A (SEQ ID NO:2) and IL-17F (SEQ ID NO:4) comprising a heavy chain variable domain and a light chain variable domain, wherein the heavy chain variable domain comprises a CDR1 having the amino acid sequence of SEQ ID NO:25, a CDR2 having the amino acid sequence of SEQ ID NO:26 and a CDR3 having the amino acid sequence of SEQ ID NO:27, and wherein the light chain variable domain comprises a CDR1 having the amino acid sequence of SEQ ID NO:22, a CDR2 having the amino acid sequence of SEQ ID NO:23 and a CDR3 having the amino acid sequence of SEQ ID NO:24.
Framing profile suitable for manufacturing a curtain wall and for supporting one or more glass panes of a curtain wall, wherein the framing profile is made of reinforced thermosetting resin composite, wherein said reinforced thermosetting resin composite comprises: (a) 20 to 80 wt% in respect of the total weight of the composite of a thermoset resin matrix; and (b) 20 to 80 wt% in respect of the total weight of the composite of a fiber reinforcement, wherein said fiber reinforcement comprises 10 to 20 wt% in respect of the total weight of the fiber reinforcement of natural fibers and 80 to 90 wt% in respect of the total weight of the fiber reinforcement of high performance fibers selected from the group of glass fibers, ceramic fibers, carbon fibers, boron fibers, organic polymer fibers and mixtures thereof. (a) 20 to 80 wt% in respect of the total weight of the composite of a thermoset resin matrix; and (b) 20 to 80 wt% in respect of the total weight of the composite of a fiber reinforcement, 10 to 20 wt% in respect of the total weight of the fiber reinforcement of natural fibers and 80 to 90 wt% in respect of the total weight of the fiber reinforcement of high performance fibers selected from the group of glass fibers, ceramic fibers, carbon fibers, boron fibers, organic polymer fibers and mixtures thereof.