mhurhangee/ep-ind-claims huggingface dataset:
Container ship having a plurality of container stacks (14, 15, 24, 25) and an arrangement for securing the containers, wherein a first lashing unit extends from a container corner of a first container stack to a first articulated fitting of the container ship, and wherein a second lashing unit extends from a container corner of a second container stack to a second articulated fitting of the container ship, wherein the distance between the container corners (12, 13) is greater than the distance between the articulated fittings (19, 21), characterized in that the two lashing units (18, 20) cross over a vertical plane extending along a transverse gap between two container stacks (14, 15, 24, 25), wherein in each case the distance between the vertical plane and the articulated fitting (19, 21) is smaller than the distance between the vertical plane and the container corner (12, 13).
Motor vehicle (10, 100) with a chassis (20, 120), a plurality of wheels (12, 14, 16, 18) with pneumatic tyres provided with tyre valves for pressurisation with compressed air, and an on-board compressed air system (40, 140) set up to supply pneumatic operating devices of motor vehicle (10, 100), including at least one brake circuit and/or one air suspension system, and an emergency system (60, 160) for temporary pressurisation of the tyres in the event of a flat tyre, comprising a plurality of compressed air connections (62, 64, 66, 68; 162, 164, 166, 168) permanently installed on the motor vehicle, of which each one comprises a flexible compressed air hose whose free end can be connected to a tyre valve and when not in use can be completely stored in the motor vehicle (10, 100) and extracted therefrom in the event of a flat tyre, and which is fed by the board compressed air system (40, 140), characterised in that the emergency system also comprises a plurality of pneumatically operated jacks (22, 24, 26, 28), with each jack (22, 24, 26, 28) being integrated in the chassis, comprises a support which can be extended from the chassis towards the ground and is driven by the on-board compressed air system.
A weaving machine for producing a fabric having a profiled cross section, in particular a rope, having a weaving station, at which warp threads can be woven together by means of at least one weft thread, having a device for supplying the warp threads, having a device for supplying the at least one weft thread, further having a shedding device for forming a shed from the warp threads, furthermore having a weft insertion needle for inserting a weft thread loop into the shed, having a knitting needle for tying off the weft thread loop, having a reed for beating up the weft thread loop, and also having a cloth holder (22, 22a, 22b, 22c) assigned to the weaving station, and having a cloth take-up for taking up the woven cloth, characterized in that, in order to form a profile fabric, the cloth holder (22, 22a, 22b, 22c) has a shaping opening (24, 24a, 24b, 24c), the opening cross section of which corresponds substantially to the cross section of the profile fabric to be produced, having a round or polygonal cross section.
A non-therapeutic use of N-benzenesulfonyl gamma-aminobutyric acid or salts thereof for preventing and alleviating wrinkles by inhibiting epidermal SCCA1 expression.
An encoder for mixing - a plurality of mono audio channels, including at least first and second mono audio channels, into - an audio signal recording comprising a stream of mixed samples for storage on a storage device and - each audio channel comprising a number of samples per unit time, - each audio channel having the same number of samples per unit time and same time reference, characterised in that the encoder is adapted for: - deriving approximated odd samples by interpolation filtering samples of the first audio channel, deriving approximated even samples by interpolation filtering samples of the second audio channel, - summing even samples of the first audio channel and approximated even samples derived of the second audio channel to obtain even mixed samples, and for summing odd samples of the second audio channel and approximated odd samples derived of the first audio channel to obtain odd mixed samples, thereby obtaining a stream of mixed even and odd samples, the encoder further being adapted for: - generating a set of parameters comprising filter parameters comprising samples allowing a calculation of a sample of an audio channel and a further sample of a further audio channel from a mixed sample, and storing the set of parameters on the storage device, one initial even sample and a successive odd sample being part of the filter parameters. - a plurality of mono audio channels, including at least first and second mono audio channels, into - an audio signal recording comprising a stream of mixed samples for storage on a storage device and - each audio channel comprising a number of samples per unit time, - each audio channel having the same number of samples per unit time and same time reference, characterised in that the encoder is adapted for: - deriving approximated odd samples by interpolation filtering samples of the first audio channel, deriving approximated even samples by interpolation filtering samples of the second audio channel, - summing even samples of the first audio channel and approximated even samples derived of the second audio channel to obtain even mixed samples, and for summing odd samples of the second audio channel and approximated odd samples derived of the first audio channel to obtain odd mixed samples, thereby obtaining a stream of mixed even and odd samples, the encoder further being adapted for: - generating a set of parameters comprising filter parameters comprising samples allowing a calculation of a sample of an audio channel and a further sample of a further audio channel from a mixed sample, and storing the set of parameters on the storage device, one initial even sample and a successive odd sample being part of the filter parameters.
A printable substrate transfer device for a printing machine comprising: a platen having openings therein in fluid communication with a vacuum source; a transport belt movable over the platen in a process direction, the transport belt allowing air to pass there through; a hold down plate disposed above the transport belt; characterised in that the printable substrate transfer device further comprises: a stationary porous vacuum substrate disposed between the hold down plate and the transport belt, the vacuum substrate and transport belt forming a path there between through which a printable substrate travels, the hold down plate exerting a force downwardly toward the transport belt upon operation of vacuum passing through the platen, the vacuum substrate limiting the negative pressure between the hold down plate and the transport belt, such that a force exerted by the hold down plate onto the substrate is limited. a platen having openings therein in fluid communication with a vacuum source; a transport belt movable over the platen in a process direction, the transport belt allowing air to pass there through; a hold down plate disposed above the transport belt; characterised in that the printable substrate transfer device further comprises: a stationary porous vacuum substrate disposed between the hold down plate and the transport belt, the vacuum substrate and transport belt forming a path there between through which a printable substrate travels, the hold down plate exerting a force downwardly toward the transport belt upon operation of vacuum passing through the platen, the vacuum substrate limiting the negative pressure between the hold down plate and the transport belt, such that a force exerted by the hold down plate onto the substrate is limited.
Mesenchymal stem cells for use in a method of treating an allergic disease or disorder in an animal, said method comprising administering the mesenchymal stem cells to the animal.
An automated system for laser-assisted removal of an undesirable dermatological condition from skin, by sequentially directing laser energy to a number of pre-determined, individual portions of skin, identified within the boundaries of a skin surface area intended for removal treatment and at least partly comprising said undesirable dermatological condition, which system comprises: - a robot arm assembly, comprising a laser head coupled to an articulated robot arm, - a controlling unit configured to adjust positioning of the robot arm assembly with respect to each individual skin portion and directing laser energy thereto, said controlling unit being configured to receive a series of parameter data, related to the undesirable dermatological condition and obtainable from an at least one proximity sensor and an image acquisition device provided within the laser head, and - a processing unit configured to generate and store a virtual model of the skin surface area, wherein the image acquisition device is configured to capture images of the skin surface, and the at least one proximity sensor is configured to measure proximity of the laser head to skin surface, characterized in that the processing unit is further configured to identify a number of sub-areas arranged therewithin in a grid-like manner such, that each sub-area corresponds to the individual skin portion within the boundaries of the skin surface area, and to communicate data on thus identified sub-areas to the controlling unit and/or the robot arm assembly, and in that said controlling unit is further configured, based on the series of parameter data obtained from the at least one proximity sensor and the image acquisition device provided within the laser head and the virtual model-related data obtained from the processing unit, to issue a series of updated in real time commands to each of the robot arm and the laser head continuously throughout the treatment. - a robot arm assembly, comprising a laser head coupled to an articulated robot arm, - a controlling unit configured to adjust positioning of the robot arm assembly with respect to each individual skin portion and directing laser energy thereto, said controlling unit being configured to receive a series of parameter data, related to the undesirable dermatological condition and obtainable from an at least one proximity sensor and an image acquisition device provided within the laser head, and - a processing unit configured to generate and store a virtual model of the skin surface area,
Method for preparing blocks of hard or semi-hard cheese having at least one convex side, said method comprising: i) providing curd and placing the curd in a rectangularly shaped mold; ii) pressing the curd contained in the mold in a pressing station, such that a rectangular shaped curd block is obtained comprising a flat bottom side, a flat top side and perpendicular to these sides four upright sides (2, 3, 4, 5), and wherein the curd block comprises the following dimensions: - length 20-140 cm; - width 20-120 cm; - height 5-20 cm; iii) bringing the pressed curd block in a brining bath; iv) removing the curd block from the brining bath; and v) ripening the curd block (1,8) over a desired period of time, such that a block of hard or semi-hard cheese is formed; and wherein at least one of the sides (13, 14, 15, 16) of the block is rendered convex by cutting back at least one of the edges (9, 10, 11, 12) of that side, said cutting back occurring before or during ripening. i) providing curd and placing the curd in a rectangularly shaped mold; ii) pressing the curd contained in the mold in a pressing station, such that a rectangular shaped curd block is obtained comprising a flat bottom side, a flat top side and perpendicular to these sides four upright sides (2, 3, 4, 5), and wherein the curd block comprises the following dimensions: - length 20-140 cm; - width 20-120 cm; - height 5-20 cm; - length 20-140 cm; - width 20-120 cm; - height 5-20 cm; iii) bringing the pressed curd block in a brining bath; iv) removing the curd block from the brining bath; and v) ripening the curd block (1,8) over a desired period of time, such that a block of hard or semi-hard cheese is formed; and
A method for managing a handover from a source network to a target network in a wireless communication system, comprising: identifying by the source network signaling communicated by a mobile device over a layer 2 tunnel to a mobility management entity of the source network, the signaling comprising encapsulated data packets directed to the target network and based on a radio access technology of the target network; establishing a communication link to the target network constructed as a communication tunnel using a protocol that is independent of said signaling based on the radio access technology of the target network; and preparing resources for a handover to the target network by providing the identified signaling using the established communication tunnel to the target network. identifying by the source network signaling communicated by a mobile device over a layer 2 tunnel to a mobility management entity of the source network, the signaling comprising encapsulated data packets directed to the target network and based on a radio access technology of the target network; establishing a communication link to the target network constructed as a communication tunnel using a protocol that is independent of said signaling based on the radio access technology of the target network; and preparing resources for a handover to the target network by providing the identified signaling using the established communication tunnel to the target network.
A method suitable for Policy Decision Point discovery in a roaming or handover scenario in an IP network, the network comprising the following network elements: - a mobile terminal (110, 210), - a plurality of Policy Enforcement Points including a a serving Policy Enforcement Point (SPEP1) to which the Mobile Terminal (110, 210) is connected, - a plurality of Policy Decision Points including a serving Policy Decision Point (SPDP1) to which the serving Policy Enforcement Point (SPEP1) and the Mobile Terminal (110, 210) are associated, and also including an Anchor Policy Decision Point (APDP), associated to the Mobile Terminal, which Anchor Policy Decision Point has access to Policy Rules (140, 240), - an Application Function associated to the mobile terminal, and a Database (120, 220) comprising policy information (121, 221) related to the Mobile Terminal characterized in that the method comprises the steps of: - storing at a Re-direct Policy Decision Function (RPDP) an address (111,211) of the Mobile Terminal (110, 210) mapped on an address (SPDPA1, APDPA) of a first one of the Policy Decision Points (SPDP1, APDP) which is associated to the Mobile Terminal. - sending from the Re-direct Policy Decision Function to one of the network elements (SPDP1, APDPA, AF, APEP) said address (SPDPA1, APDPA) of the first one of the Policy Decision Points (APDP, SPDP1) so that the network element will be able to contact the first one of the Policy Decision Points. - a mobile terminal (110, 210), - a plurality of Policy Enforcement Points including a a serving Policy Enforcement Point (SPEP1) to which the Mobile Terminal (110, 210) is connected, - a plurality of Policy Decision Points including a serving Policy Decision Point (SPDP1) to which the serving Policy Enforcement Point (SPEP1) and the Mobile Terminal (110, 210) are associated, and also including an Anchor Policy Decision Point (APDP), associated to the Mobile Terminal, which Anchor Policy Decision Point has access to Policy Rules (140, 240), - an Application Function associated to the mobile terminal, - storing at a Re-direct Policy Decision Function (RPDP) an address (111,211) of the Mobile Terminal (110, 210) mapped on an address (SPDPA1, APDPA) of a first one of the Policy Decision Points (SPDP1, APDP) which is associated to the Mobile Terminal. - sending from the Re-direct Policy Decision Function to one of the network elements (SPDP1, APDPA, AF, APEP) said address (SPDPA1, APDPA) of the first one of the Policy Decision Points (APDP, SPDP1) so that the network element will be able to contact the first one of the Policy Decision Points.
A rotor blade of a turbomachine, having a blade root having a blade leaf comprising a flow leading edge, a flow trailing edge and flow-guiding surfaces extending between the flow leading edge and the flow trailing edge, characterised in that the blade root and a radially inner portion of the blade leaf are produced from a steel material and are produced by milling or forging, radially an outer portion of the blade leaf is produced from a lighter material, wherein the radially outer portion of the blade leaf is produced from the light metal alloy material, is applied by a generative production method onto the radially inner portion of the blade leaf, and between the radially inner portion of the blade leaf and the radially outer portion of the blade leaf a transition region is formed, which is produced from a mixture of the steel material and of the light metal alloy material. having a blade root having a blade leaf comprising a flow leading edge, a flow trailing edge and flow-guiding surfaces extending between the flow leading edge and the flow trailing edge, characterised in that the blade root and a radially inner portion of the blade leaf are produced from a steel material and are produced by milling or forging, radially an outer portion of the blade leaf is produced from a lighter material, wherein the radially outer portion of the blade leaf is produced from the light metal alloy material, is applied by a generative production method onto the radially inner portion of the blade leaf, and between the radially inner portion of the blade leaf and the radially outer portion of the blade leaf a transition region is formed, which is produced from a mixture of the steel material and of the light metal alloy material.
A dental composition comprising a) compound characterized by a structure according to any of formulas,, or with a, b = 0 to 3, c, d = 0 to 3, (a+b) = 1 to 6, (c+d) = 1 to 6, Q = being independently selected from hydrogen, methyl, phenyl and phenoxymethyl, with a, b = 0 to 3, c, d = 0 to 3, (a+b) = 1 to 6, (c+d) = 1 to 6, Q = being independently selected from hydrogen, methyl, phenyl and phenoxymethyl, wherein G is selected from and wherein U is selected from and mixtures thereof, wherein the symbol "*" indicates a connecting point of the moiety. b) filler and c) initiator. a) compound characterized by a structure according to any of formulas,, or with a, b = 0 to 3, c, d = 0 to 3, (a+b) = 1 to 6, (c+d) = 1 to 6, Q = being independently selected from hydrogen, methyl, phenyl and phenoxymethyl, with a, b = 0 to 3, c, d = 0 to 3, (a+b) = 1 to 6, (c+d) = 1 to 6, Q = being independently selected from hydrogen, methyl, phenyl and phenoxymethyl, wherein G is selected from and wherein U is selected from and mixtures thereof, wherein the symbol "*" indicates a connecting point of the moiety. b) filler and c) initiator.
A Silybum marianum (L.) Gaertn. achene extract comprising less than 0.2%, preferably less than 0.1% by weight of silymarin with respect to the weight of the dry extract, and obtainable by a method comprising a step for extracting an oil obtained from Silybum marianum (L.) Gaertn. achenes with an extraction solvent comprising a hydrotropic aqueous solution, subcritical water or an organic solvent not miscible with the oil obtained from Silybum marianum (L.) Gaertn. achenes optionally in a mixture with water, for use thereof in the treatment of acne, seborrhoea, rosacea and/or seborrheic dermatitis.
A method for wireless communication from a user equipment, UE, comprising: receiving downlink control information that indicates a reliability parameter or a latency parameter associated with a channel state information, CSI, report to be transmitted from the UE, or both; determining (805, 905, 1010, 1110) the reliability parameter or the latency parameter associated with the CSI report to be transmitted from the UE based on at least in part on receiving the downlink control information; determining (810, 915, 1015, 1115) a priority ranking of the CSI report based at least in part on the reliability parameter or the latency parameter; and transmitting (815, 920, 1020, 1120) the CSI report based at least in part on determining the priority ranking of the CSI report. receiving downlink control information that indicates a reliability parameter or a latency parameter associated with a channel state information, CSI, report to be transmitted from the UE, or both; determining (805, 905, 1010, 1110) the reliability parameter or the latency parameter associated with the CSI report to be transmitted from the UE based on at least in part on receiving the downlink control information; determining (810, 915, 1015, 1115) a priority ranking of the CSI report based at least in part on the reliability parameter or the latency parameter; and transmitting (815, 920, 1020, 1120) the CSI report based at least in part on determining the priority ranking of the CSI report.
A portable dialysis system comprising: a dialysis machine having a main body portion; a water purification system, the water purification system being separate to the dialysis machine; and a liquid sanitizer; wherein the liquid sanitizer is provided within the main body portion of the dialysis machine; wherein the liquid sanitizer is fluidly connected between the dialysis machine and the water purification system, the liquid sanitizer having a heater arranged to heat a volume of liquid, a temperature sensor (210, 242) arranged to sense the temperature of the volume of liquid and a liquid sanitizer controller, the dialysis system defining a first closed fluid circuit comprising the dialysis machine and the liquid sanitizer, wherein the first closed fluid circuit is wholly within the dialysis machine main body portion, and a second closed fluid circuit comprising the water purification system, the dialysis machine and the liquid sanitizer; and wherein the liquid sanitizer is configured to effect sanitization of the first closed fluid circuit and the second closed fluid circuit. a dialysis machine having a main body portion; a water purification system, the water purification system being separate to the dialysis machine; and a liquid sanitizer; wherein the liquid sanitizer is provided within the main body portion of the dialysis machine; wherein the liquid sanitizer is fluidly connected between the dialysis machine and the water purification system, the liquid sanitizer having a heater arranged to heat a volume of liquid, a temperature sensor (210, 242) arranged to sense the temperature of the volume of liquid and a liquid sanitizer controller, the dialysis system defining a first closed fluid circuit comprising the dialysis machine and the liquid sanitizer, wherein the first closed fluid circuit is wholly within the dialysis machine main body portion, and a second closed fluid circuit comprising the water purification system, the dialysis machine and the liquid sanitizer; and wherein the liquid sanitizer is configured to effect sanitization of the first closed fluid circuit and the second closed fluid circuit.