mhurhangee/ep-ind-claims huggingface dataset:
Dough line for processing dough, in particular sheeted dough, comprising: - a conveyor, for conveying the dough along dough processing stages; characterised by; - a sensor, for detecting the beginning of a dough piece at a detection point in the dough line; - a controllable flour sifter, arranged above the conveyor, for depositing flour on the conveyor or on dough on the conveyor; - a controller, for controlling the amount of flour deposited by the flour sifter based on the sensor signal; wherein the controller is configured for: - disabling the flour sifter when there is no dough piece on or to be placed on the conveyor at the location of the flour sifter; - enabling the flour sifter to deposit a first amount of flour per amount of displacement of the conveyor when there is a dough piece on or to be placed on the conveyor at the location of the flour sifter; characterised by: - temporarily switching the amount of flour dispensed by the flour sifter to a second, higher than the first, amount of flour per amount of displacement of the conveyor during a predetermined distance from where the beginning of a dough piece is on or to be placed on the conveyor. - a conveyor, for conveying the dough along dough processing stages; - a sensor, for detecting the beginning of a dough piece at a detection point in the dough line; - a controllable flour sifter, arranged above the conveyor, for depositing flour on the conveyor or on dough on the conveyor; - a controller, for controlling the amount of flour deposited by the flour sifter based on the sensor signal; - disabling the flour sifter when there is no dough piece on or to be placed on the conveyor at the location of the flour sifter; - enabling the flour sifter to deposit a first amount of flour per amount of displacement of the conveyor when there is a dough piece on or to be placed on the conveyor at the location of the flour sifter; - temporarily switching the amount of flour dispensed by the flour sifter to a second, higher than the first, amount of flour per amount of displacement of the conveyor during a predetermined distance from where the beginning of a dough piece is on or to be placed on the conveyor.
A vaccine comprising inactivated Lawsonia intracellularis antigen for use in a method to protect an animal that has maternally derived antibodies directed against Lawsonia intracellularis, against a disorder arising from an infection with Lawsonia intracellularis, by intradermal administration of the vaccine.
measured values of at least one measured variable are recorded from the vehicle to be detected by means of at least one electronic measurement value recording device during a recording period, characterized in that for those measured values of the same measured variable which do not violate any traffic regulations applicable in a detection area and do not in themselves constitute a traffic violation, deviations from a predeterminable comparison value are determined by means of at least one electronic computing and storage unit and these deviations are compared with at least one predeterminable threshold value (22, 23), wherein the comparison value and the predeterminable threshold value (22, 23) lie within the traffic regulations applicable in the detection area, wherein exceeding the at least one predeterminable threshold value (22, 23) during the recording period constitutes an initial suspicion of a traffic violation and the traffic violation is only proven after the existence of the justified initial suspicion by means of a permanent storage of at least part of the violation data recorded during the recording period which constitutes the initial suspicion is documented and otherwise any data stored by the computing and storage unit during the recording period about the vehicle to be recorded are automatically deleted without residue from the computing and storage unit, wherein the predeterminable comparison value is determined from at least one measured value recorded from the vehicle to be recorded and the permanently stored violation data are transferred to an evaluation and/or control point.
A semiconductor laser device comprising: a first heat radiator having a first flow path and a second flow path inside to allow a flow of a refrigerant, the first flow path and the second flow path being independent of each other; a second heat radiator put in contact with an upper surface of the first heat radiator, the second heat radiator including an insulating member that internally has a third flow path communicating with the first flow path; a lower electrode block disposed on a portion of an upper surface of the second heat radiator; a submount disposed on a remainder of the upper surface of the second heat radiator, the submount being made of a thermally and electrically conductive material and being electrically connected with the lower electrode block; a semiconductor laser element disposed on an upper surface of the submount, the semiconductor laser element being electrically connected with the submount and the lower electrode block; and an upper electrode block disposed in such a way that the submount and the semiconductor laser element are clamped between the upper electrode block and the second heat radiator, the upper electrode block being electrically insulated from the lower electrode block by an insulating layer capable of heat transfer while being electrically connected with the semiconductor laser element, wherein the second flow path is formed below a zone for the disposition of the lower electrode block. a first heat radiator having a first flow path and a second flow path inside to allow a flow of a refrigerant, the first flow path and the second flow path being independent of each other; a second heat radiator put in contact with an upper surface of the first heat radiator, the second heat radiator including an insulating member that internally has a third flow path communicating with the first flow path; a lower electrode block disposed on a portion of an upper surface of the second heat radiator; a submount disposed on a remainder of the upper surface of the second heat radiator, the submount being made of a thermally and electrically conductive material and being electrically connected with the lower electrode block; a semiconductor laser element disposed on an upper surface of the submount, the semiconductor laser element being electrically connected with the submount and the lower electrode block; and an upper electrode block disposed in such a way that the submount and the semiconductor laser element are clamped between the upper electrode block and the second heat radiator, the upper electrode block being electrically insulated from the lower electrode block by an insulating layer capable of heat transfer while being electrically connected with the semiconductor laser element, wherein the second flow path is formed below a zone for the disposition of the lower electrode block.
A resource management method for a cell cluster, the cell cluster comprising at least one cell, wherein the method comprises: receiving, at a base station taken as a cluster head of the cell cluster, information on usable resources of the cell cluster from a macro base station; generating, by said base station taken as the cluster head of the cell cluster, resource allocation information including spectrum resource, and by using the received information on usable resources of the cell cluster; transmitting said resource allocation information by the base station taken as the cluster head of the cell cluster to other base stations in the cell cluster and to a cluster head of a cell cluster of a lower level than the cluster head of the cell cluster; and characterised in that: a refining level of allocating resources of a cluster head of the cell cluster of the lower level is higher than a refining level of allocating resources of a cluster head of a cell cluster of an upper level therefrom, and usable resources for resource allocation of the cluster head of the cell cluster of the lower level are less than usable resources for resource allocation of the upper level. receiving, at a base station taken as a cluster head of the cell cluster, information on usable resources of the cell cluster from a macro base station; generating, by said base station taken as the cluster head of the cell cluster, resource allocation information including spectrum resource, and by using the received information on usable resources of the cell cluster; transmitting said resource allocation information by the base station taken as the cluster head of the cell cluster to other base stations in the cell cluster and to a cluster head of a cell cluster of a lower level than the cluster head of the cell cluster; and characterised in that: a refining level of allocating resources of a cluster head of the cell cluster of the lower level is higher than a refining level of allocating resources of a cluster head of a cell cluster of an upper level therefrom, and usable resources for resource allocation of the cluster head of the cell cluster of the lower level are less than usable resources for resource allocation of the upper level.
A personal care composition comprising: a) azoxystrobin; b) a 2-pyridinol-N-oxide material, wherein the 2-pyridinol-N-oxide material is piroctone olamine; wherein the weight ratio of a:b is from 4:1 to 1:50. a) azoxystrobin; b) a 2-pyridinol-N-oxide material, wherein the 2-pyridinol-N-oxide material is piroctone olamine;
A light emitting diode, comprising: an n-type Group III nitride layer; a Group III nitride based superlattice on the n-type Group III nitride layer, the superlattice having at least two periods of alternating layers; a Group III nitride based light emitting diode active region (18, 325) on the superlattice opposite the n-type Group III nitride layer, wherein the light emitting diode active region provides photon emission due to carrier recombination therein; and a Group III nitride capping layer (22, 40) including aluminium (Al) on the light emitting diode active region, characterised in that: the Group III nitride capping layer having a higher Al composition in a region distal from the light emitting diode active region than is present in a region proximate the light emitting diode active region. an n-type Group III nitride layer; a Group III nitride based superlattice on the n-type Group III nitride layer, the superlattice having at least two periods of alternating layers; a Group III nitride based light emitting diode active region (18, 325) on the superlattice opposite the n-type Group III nitride layer, wherein the light emitting diode active region provides photon emission due to carrier recombination therein; and a Group III nitride capping layer (22, 40) including aluminium (Al) on the light emitting diode active region, characterised in that: the Group III nitride capping layer having a higher Al composition in a region distal from the light emitting diode active region than is present in a region proximate the light emitting diode active region.
A vehicle head lamp, comprising: a first light radiating portion movably provided and configured to form a first light distribution pattern by radiating forward light from a light source; a driving portion configured to drive the first light radiating portion to rotate in a horizontal direction of a vehicle; a second light radiating potion fixedly provided and configured to form a second light distribution pattern by radiating light from a light source to a front side of the vehicle; a data retrieving portion configured to retrieve data indicative of a state forward of the vehicle; a controlling portion configured to determine a light distribution pattern based on the data retrieved by the data retrieving portion and control the first light radiating portion, the second light radiating portion, and the driving portion in accordance with a result of the determination, wherein the controlling portion is arranged to adjust a rotation angle of the first light radiating portion based on the data retrieved by the data retrieving portion, in accordance with the first light distribution pattern being determined, characterized in that the controlling portion is arranged to control switching from the first light distribution pattern to the second light distribution pattern in accordance with the second light distribution pattern being determined so as to enable the switching in a case where the rotation angle of the first light radiating portion adjusted by the driving portion is within a predetermined range from the front side of the vehicle. a first light radiating portion movably provided and configured to form a first light distribution pattern by radiating forward light from a light source; a driving portion configured to drive the first light radiating portion to rotate in a horizontal direction of a vehicle; a second light radiating potion fixedly provided and configured to form a second light distribution pattern by radiating light from a light source to a front side of the vehicle; a data retrieving portion configured to retrieve data indicative of a state forward of the vehicle; a controlling portion configured to determine a light distribution pattern based on the data retrieved by the data retrieving portion and control the first light radiating portion, the second light radiating portion, and the driving portion in accordance with a result of the determination, wherein the controlling portion is arranged to adjust a rotation angle of the first light radiating portion based on the data retrieved by the data retrieving portion, in accordance with the first light distribution pattern being determined, characterized in that the controlling portion is arranged to control switching from the first light distribution pattern to the second light distribution pattern in accordance with the second light distribution pattern being determined so as to enable the switching in a case where the rotation angle of the first light radiating portion adjusted by the driving portion is within a predetermined range from the front side of the vehicle.
A rescue cage of an aerial ladder, in particular for firefighting vehicles, comprising a retractable fall protection device having a body with a first and a second end, opposite to said first end, wherein said first end is individuated by an opening through which a relating self retractable safety belt slides, - deflecting means arranged in front of said first end and spaced apart from said first end, - a cage frame comprising a joint connected to said second end of the body and the cage frame supporting said deflecting means so as to be in front of said first end and spaced apart from said first end, the rescue cage being characterized in that the body of the retractable fall protection device is arranged in a floor structure of the cage and in that said deflecting means consist of a sort of H, where the vertical and parallel elements of the H are affixed through screws to a box-like crosspiece of the frame, wherein said crosspiece is parallel with the floor. - deflecting means arranged in front of said first end and spaced apart from said first end, - a cage frame comprising a joint connected to said second end of the body and the cage frame supporting said deflecting means so as to be in front of said first end and spaced apart from said first end, the rescue cage being characterized in that the body of the retractable fall protection device is arranged in a floor structure of the cage and in that said deflecting means consist of a sort of H, where the vertical and parallel elements of the H are affixed through screws to a box-like crosspiece of the frame, wherein said crosspiece is parallel with the floor.
Distributed infotainment system for providing multimedia data in a motor vehicle, having the following features: at least one vehicle-internal hardware component having a first operating system and having a first runtime environment for mediating between at least one computer program application and the first operating system of the vehicle-internal hardware component; at least one vehicle-external hardware component having a second operating system and having a second runtime environment for mediating between the same computer program application and the second operating system of the vehicle-external hardware component; and a selection device that is configured to select either the vehicle-internal hardware component or the vehicle-external hardware component to execute the computer program application; wherein the selection device is configured to select the vehicle-internal hardware component if hardware resources of the vehicle-internal hardware component are sufficient for executing the computer program application, and otherwise the vehicle-external hardware component; the selection device being configured to select the vehicle-internal hardware component on the basis of the rechargeable battery operating time of the vehicle-external hardware component. at least one vehicle-internal hardware component having a first operating system and having a first runtime environment for mediating between at least one computer program application and the first operating system of the vehicle-internal hardware component; at least one vehicle-external hardware component having a second operating system and having a second runtime environment for mediating between the same computer program application and the second operating system of the vehicle-external hardware component; and a selection device that is configured to select either the vehicle-internal hardware component or the vehicle-external hardware component to execute the computer program application; wherein the selection device is configured to select the vehicle-internal hardware component if hardware resources of the vehicle-internal hardware component are sufficient for executing the computer program application, and otherwise the vehicle-external hardware component; the selection device being configured to select the vehicle-internal hardware component on the basis of the rechargeable battery operating time of the vehicle-external hardware component.
A method for the production of a lead-free sliding bearing, wherein a copper-based material with a total of 0.1% to 3% of the elements aluminium, magnesium, silicon, titanium, zirconium and chromium is sintered, the material being mixed with tin and/or copper powder prior to sintering.
A security strip designed to be incorporated in part in the structure of a security document at least partially comprising fibres, this strip emerging at the surface of said document in the form of a set of windows, and comprising a transparent or translucid support material, covered on one of its faces, so-called « upper face », by a coating visible by reflection, and which comprises a longitudinal strip at least partially devoid of said coating, which separates a first and a second zones (4, 4') forming threads, covered by said coating, characterised in that each of said zones forming threads (4, 4') has respectively two different renderings and/or optical effects (E01,E02) visible by reflection, and in that it comprise designs in negative which are respectively tracking each other, that is, at least one pair of these tracking designs always has the same spacing when it is repeated along said zones.
A method for signature based recognition of a data container in a storage system, the method comprising: creating a new data container on the storage system; generating a signature of the new data container by using encrypted contents of one or more blocks of the data container as the signature; associating the generated signature with an encryption key; storing the signature and the associated encryption key in a memory as a signature data structure that links the signature to the associated encryption key; and updating the signature associated with the data container when the encrypted contents of the one or more blocks used to generate the signature are modified, wherein the stored signature is used to retrieve the associated encryption key from the signature data structure to process data access requests to/from the data container by: (i) identifying the data container, (ii) generating the signature of the data container, and (iii) comparing the generated signature with stored signatures to determine a matching stored signature for retrieving the associated encryption key from the signature data structure. creating a new data container on the storage system; generating a signature of the new data container by using encrypted contents of one or more blocks of the data container as the signature; associating the generated signature with an encryption key; storing the signature and the associated encryption key in a memory as a signature data structure that links the signature to the associated encryption key; and updating the signature associated with the data container when the encrypted contents of the one or more blocks used to generate the signature are modified, wherein the stored signature is used to retrieve the associated encryption key from the signature data structure to process data access requests to/from the data container by: (i) identifying the data container, (ii) generating the signature of the data container, and (iii) comparing the generated signature with stored signatures to determine a matching stored signature for retrieving the associated encryption key from the signature data structure.
Control circuit for a switched-mode power supply transformer having at least one primary winding switchable by a power switch and at least one first secondary winding for generating an electrical output voltage (UOUT) for operating an electrical load, wherein the output voltage (UOUT) has a first amplitude which is predefinable by a control unit and which is adjustable by a first voltage limiting regulating circuit, wherein the transformer has at least one second secondary winding for generating at least one electrical auxiliary voltage having a second amplitude which is predefinable by the control unit and which is adjustable by a second voltage limiting regulating circuit in order at least to reduce an energy supply associated with operation of the control circuit from the primary winding to the secondary windings (154, 156) in a standby mode of the control circuit, and wherein the first voltage limiting regulating circuit has a first voltage regulator for adjusting the first amplitude and the second voltage limiting regulating circuit has a second voltage regulator for adjusting the second amplitude, characterized in that the power switch is driveable via a pulse width modulation module that can be switched on and off by the second voltage regulator in order to reduce the assigned energy supply from the primary winding to the secondary windings (154, 156) in a standby mode of the control circuit.
A derivative of a peptide selected from the group consisting of GLP-1, GLP-1, GLP-1 amide in which a total of up to fifteen, preferably up to ten amino acid residues have been exchanged with any α-amino acid residue, which derivative has just one lipophilic substituent comprising from 8 to 25 carbon atoms, and which is attached to the C-terminal amino acid residue, provided that said derivative is not selected from: Arg 26 Lys 36 (NE-(ω-carboxynonadecanoyl))-GLP-1 -OH, Arg 26,34 Lys 36 (N ε -(ω-carboxyheptadecanoyl))-GLP-1 -OH, Arg 26,34 Lys 36 (N ε -(ω-carboxyundecanoyl))-GLP-1 -OH, Arg 26,34 Lys 36 (N ε -(ω-carboxyheptanoyl))-GLP-1 -OH, Arg 26,34 Lys 36 (N ε -(ω-carboxyheptanoyl))-GLP-1 -OH. Arg 26 Lys 36 (NE-(ω-carboxynonadecanoyl))-GLP-1 -OH, Arg 26,34 Lys 36 (N ε -(ω-carboxyheptadecanoyl))-GLP-1 -OH, Arg 26,34 Lys 36 (N ε -(ω-carboxyundecanoyl))-GLP-1 -OH, Arg 26,34 Lys 36 (N ε -(ω-carboxyheptanoyl))-GLP-1 -OH, Arg 26,34 Lys 36 (N ε -(ω-carboxyheptanoyl))-GLP-1 -OH.