mhurhangee/patent-ind-claim-en huggingface dataset:
A device for delivering a fluid, in particular hot-melt adhesive, comprising a base member having an inlet opening for receiving the fluid from a fluid source and an outlet opening for delivering the fluid to a nozzle arrangement , a nozzle arrangement which is associated with the base member and which has a discharge passage with a discharge opening for delivery of the fluid, and a heat transfer means for heating or cooling the fluid, having a heat transfer passage through which fluid can flow, wherein the heat transfer passage is of a flow cross-section which changes in the direction of flow, characterized in that the heat transfer passage is defined by heat transfer surfaces which are arranged in substantially mutually parallel relationship and the mutual spacing of which decreases in the direction of the intended preferred flow of material.
Bogie for a rail-bound transportation vehicle for transporting goods, in particular in intralogistics, the bogie having at least one bogie axle and at least two load-bearing bogie wheels , the bogie wheels each being mounted in a pivot arm so as to be rotatable about a bogie wheel axis of rotation in order to roll on a rail and each pivot arm together with the bogie wheel being pivotably mounted on the bogie axle by means of a pivot joint , and each pivot arm additionally being supported on the bogie axle by means of a support bearing and the bogie wheels each being arranged between the pivot joint and the support bearing , characterised in that the bogie wheel axes of rotation are each arranged orthogonally to the pivot axis of the pivot joint about which the particular pivot arm is pivotable.
Massage device comprising two modules mounted in relative translation to one another by means of a mechanism allowing their reversible arrangement in at least a first - and respectively a second - massage configuration, in which the modules are brought together - respectively moved apart from one another -, each of said modules having a rear cap whoseouter geometry is arranged to, in the first massage configuration, form a first massage surface with the cap of the other module , each of the modules having a front extension whose outer geometry is arranged to, in the second massage configuration, form a second massage surface with the extension of the other module , said extensions being arranged so as to be able to interlock with each other when the modules are brought together towards the first massage configuration, said massage device being characterised in that the extensions comprise an angular succession of fingers which are spaced apart by slots of complementary form, the fingers - respectively the slots - of a module being arranged at an angle relative to the slots - respectively the fingers - of the other module , so as to enable their imbrication when the modules are brought together.
Double piston pump for conveying highly viscous media, having two arranged pistons , wherein each piston is driven by a drive and an axially displaceable control piston , which is arranged in a base housing , and three working chambers are provided in the base housing , characterized in that the working chambers are separated by the control piston such that two working chambers are connected to one another in a fluidically conductive manner and the further working chamber is separated from these in a fluidically conductive manner, and in that the control piston has two piston heads located opposite one another at the axial ends, wherein the piston heads , depending on their position, separate or connect the working chambers .
Method for the optimizing of movement profiles (B1, B2) in a system (A), wherein the system (A) has at least one press with a tool and a plurality of transfer systems , wherein the movement of the respective tool is described respectively by a press movement profile (B1), and the movement of the respective transfer system is described respectively by a transfer movement profile (B2), wherein the optimizing of the movement profiles (B1, B2) comprises the following steps: - that the respective transfer movement profile (B2) is preset, - that by means of the respective transfer movement profile (B2), synchronization points (P1, P2, P3, P4) are preset, wherein a first synchronization point (P1) defines the entry of a second transfer system into the press and a second synchronization point (P2) defines the exit (P2, P4) of the second transfer system from the press and a third synchronization point (P3) defines the entry of the first transfer system into the press and a fourth synchronization point (P4) defines the exit of the first transfer system from the press , - that instants of time (t1, t2, t3, t4) are respectively assigned to the synchronization points (P1, P2, P3, P4), - that a first time range (t_out) is defined between the first synchronization point (P1) and the second synchronization point (P2), - that a second time range (t_in) is defined between the third synchronization point (P3) and the fourth synchronization point (P4), - that the time ranges (t_in, t_out) are shortened successively to minimum times (t_min) whilst maintaining boundary conditions, - that by means of the minimum times (t_min) the respective press movement profiles (B1) are created. - that the respective transfer movement profile (B2) is preset, - that by means of the respective transfer movement profile (B2), synchronization points (P1, P2, P3, P4) are preset, wherein a first synchronization point (P1) defines the entry of a second transfer system into the press and a second synchronization point (P2) defines the exit (P2, P4) of the second transfer system from the press and a third synchronization point (P3) defines the entry of the first transfer system into the press and a fourth synchronization point (P4) defines the exit of the first transfer system from the press , - that instants of time (t1, t2, t3, t4) are respectively assigned to the synchronization points (P1, P2, P3, P4), - that a first time range (t_out) is defined between the first synchronization point (P1) and the second synchronization point (P2), - that a second time range (t_in) is defined between the third synchronization point (P3) and the fourth synchronization point (P4), - that the time ranges (t_in, t_out) are shortened successively to minimum times (t_min) whilst maintaining boundary conditions, - that by means of the minimum times (t_min) the respective press movement profiles (B1) are created.
A fixture assembly for manufacturing a fan blade comprising: a first fixture portion shaped to an airfoil contour suitable for receiving a blade body ; a second fixture portion that interfaces with the first fixture portion ; a sub-fixture movably mounted to the first fixture portion , wherein the sub-fixture comprises a multiple of sub-fixture elements and is arranged to define a peripheral diffusion bond to join a cover to a blade body ; a multiple of actuators to selectively move the sub-fixture toward the second fixture portion ; the fixture assembly characterised by a heating element within each sub-fixture element of the sub-fixture ; and a control system , wherein each of the multiple of actuators is in communication with the control system and is arranged to be individually controlled in temperature and pressure, wherein each of the multiple of actuators is located between the first fixture portion and each sub-fixture element , and each of the multiple of actuators comprise a bellows mounted to a sub-fixture element , wherein the second fixture portion is shaped to an airfoil contour suitable for supporting the cover with respect to the blade body in response to movement of the sub-fixture within the first fixture portion driven by the multiple of actuators , wherein each of the multiple of actuators comprise a temperature sensor and a pressure sensor . a first fixture portion shaped to an airfoil contour suitable for receiving a blade body ; a second fixture portion that interfaces with the first fixture portion ; a sub-fixture movably mounted to the first fixture portion , wherein the sub-fixture comprises a multiple of sub-fixture elements and is arranged to define a peripheral diffusion bond to join a cover to a blade body ; a multiple of actuators to selectively move the sub-fixture toward the second fixture portion ; the fixture assembly characterised by a heating element within each sub-fixture element of the sub-fixture ; and a control system , wherein each of the multiple of actuators is in communication with the control system and is arranged to be individually controlled in temperature and pressure, wherein each of the multiple of actuators is located between the first fixture portion and each sub-fixture element , and each of the multiple of actuators comprise a bellows mounted to a sub-fixture element , wherein the second fixture portion is shaped to an airfoil contour suitable for supporting the cover with respect to the blade body in response to movement of the sub-fixture within the first fixture portion driven by the multiple of actuators , wherein each of the multiple of actuators comprise a temperature sensor and a pressure sensor .
A method performed by a computing device in a computing system having a plurality of hosts interconnected by a computer network, comprising: receiving a notification of a fault from a host in the computing system, the host performing one or more computing tasks for one or more users; determining whether recovery of the fault in the received notification is deferrable on the host; being characterized in that : in response to determining that the fault in the received notification is deferrable, setting a time delay to perform a recovery operation on the host at a later time; disallowing additional assignments of computing tasks to the host; and in response to determining that the fault in the received notification is not deferrable, transmitting an instruction to the host for performing a recovery operation on the host immediately. receiving a notification of a fault from a host in the computing system, the host performing one or more computing tasks for one or more users; determining whether recovery of the fault in the received notification is deferrable on the host; being characterized in that : in response to determining that the fault in the received notification is deferrable, setting a time delay to perform a recovery operation on the host at a later time; disallowing additional assignments of computing tasks to the host; and in response to determining that the fault in the received notification is deferrable, setting a time delay to perform a recovery operation on the host at a later time; disallowing additional assignments of computing tasks to the host; and in response to determining that the fault in the received notification is not deferrable, transmitting an instruction to the host for performing a recovery operation on the host immediately.
Packaging machine having: - a forming station , which forms a pack cavity in a film web , - a first inserting means , which fills the pack cavity with a first product for packaging , and - a first sealing station , which seals a film web to the film web in a first connecting region and has a top tool and a bottom tool , wherein at least one tool has a heated part and is provided with a cutting means , characterized in that provision is made of a cooling means between the heated part and the cutting blade . - a forming station , which forms a pack cavity in a film web , - a first inserting means , which fills the pack cavity with a first product for packaging , and - a first sealing station , which seals a film web to the film web in a first connecting region and has a top tool and a bottom tool , wherein at least one tool has a heated part and is provided with a cutting means ,
Protective eyewear comprising a pair of eye pieces , each defining one of two opposing inner lateral surfaces spaced by a nose bridge , at least one of the inner lateral surfaces comprising a slot for slidably and releasably engaging a locating rib provided on said nose bridge , wherein the slot is elongate and extends along the at least one inner lateral surface between upper and lower in-use ends of the inner lateral surface ; wherein said slot comprises a slot locking element and said nose bridge comprises a nose bridge locking element and wherein, in a use configuration with the locating rib of the nose bridge engaged within the slot , the slot locking element and the nose bridge locking element cooperate within said slot to releasably secure the locating rib within the slot ; and the at least one of the inner lateral surfaces comprises a skirt upstanding from the inner lateral surface so as to define the slot wherein the skirt comprises an open axial end to allow sliding of the locating rib into the slot . wherein the slot is elongate and extends along the at least one inner lateral surface between upper and lower in-use ends of the inner lateral surface ; wherein said slot comprises a slot locking element and said nose bridge comprises a nose bridge locking element and wherein, in a use configuration with the locating rib of the nose bridge engaged within the slot , the slot locking element and the nose bridge locking element cooperate within said slot to releasably secure the locating rib within the slot ; and the at least one of the inner lateral surfaces comprises a skirt upstanding from the inner lateral surface so as to define the slot wherein the skirt comprises an open axial end to allow sliding of the locating rib into the slot .
A method , executed by a user equipment, UE, the method comprising: receiving a spatial relation configuration to switch to a target spatial relation for an uplink channel by the UE in a new radio, NR, network, wherein the spatial relation configuration indicates a spatial filter of the uplink channel is Quasi-Co-Located, QCLed, with one or more spatial filters of one or more downlink reference signals, DL RSs; determining whether the target spatial relation is known or unknown based on a list of predefined conditions; and switching to the target spatial relation directly when the target spatial relation is known, otherwise performing spatial filter training for a QCLed DL RS when the target spatial relation is unknown, wherein the list of predefined conditions comprises whether the spatial relation configuration was received within a predefined period of a previous transmission for beam measurement, or beam reporting, for the QCLed DL RS of the target spatial relation; wherein the UE transmits uplink signals using a previous selected spatial filter while performing the spatial training. receiving a spatial relation configuration to switch to a target spatial relation for an uplink channel by the UE in a new radio, NR, network, wherein the spatial relation configuration indicates a spatial filter of the uplink channel is Quasi-Co-Located, QCLed, with one or more spatial filters of one or more downlink reference signals, DL RSs; determining whether the target spatial relation is known or unknown based on a list of predefined conditions; and switching to the target spatial relation directly when the target spatial relation is known, otherwise performing spatial filter training for a QCLed DL RS when the target spatial relation is unknown, wherein the list of predefined conditions comprises whether the spatial relation configuration was received within a predefined period of a previous transmission for beam measurement, or beam reporting, for the QCLed DL RS of the target spatial relation; wherein the UE transmits uplink signals using a previous selected spatial filter while performing the spatial training.
An optical processing structure of an optical fiber , comprising: an optical fiber that includes a core , a cladding , and a coating , the coating being partially removed; and a thermally conductive protective material made of a silicone-based thermally conductive compound and provided around the cladding in a coating removed region of the optical fiber , wherein the thermally conductive protective material contains a filler having a refractive index higher than refractive index of the cladding , and the filler is present in a region where evanescent light seeping out of the cladding is present when cladding mode light propagating in the cladding is totally reflected, characterized in that the outer circumference of the cladding in the coating removed region is formed in a tapered shape. an optical fiber that includes a core , a cladding , and a coating , the coating being partially removed; and a thermally conductive protective material made of a silicone-based thermally conductive compound and provided around the cladding in a coating removed region of the optical fiber , wherein the thermally conductive protective material contains a filler having a refractive index higher than refractive index of the cladding , and the filler is present in a region where evanescent light seeping out of the cladding is present when cladding mode light propagating in the cladding is totally reflected, characterized in that the outer circumference of the cladding in the coating removed region is formed in a tapered shape.
An inkjet ink set comprising: a. a black ink with a black pigment, b. a yellow ink with a yellow pigment, c. a cyan ink with a cyan pigment and d. a magenta ink with a magenta pigment, wherein at least one of the ink further contains a polyurethane binder; non-ionic surfactants; humectant solvent; non-volatile glycol ether co-solvent; a polyethylene wax emulsion and a balance of water. a. a black ink with a black pigment, b. a yellow ink with a yellow pigment, c. a cyan ink with a cyan pigment and d. a magenta ink with a magenta pigment,
Front flap assembly for a rail-bound vehicle; having at least one front flap which is suspended so as to be displaceable between a retracted position and a deployed position; having at least two guides which hold the front flap and guide in each case one support element , connected to the front flap , so as to be retractable and deployable along in each case one displacement path and which are mutually positioned so as to be spaced apart transversely to a displacement direction of the front flap ; wherein a synchronization installation which engages on the support elements and/or the front flap in such a manner that the displacement paths are synchronized is provided, characterized in that the synchronization installation per guide has at least one traction element which is connected to a traction connector on a support element , or in the region of the respective support element is connected to the front flap , on the one hand, and, on the other hand, is at least indirectly connected to the respective other support element in such a manner that said traction element , when retracting the respective other support element , exerts on the traction connector a tensile force that synchronizes the displacement paths .
Lighting and/or signalling device, of the headlamp type, for motor vehicles comprising: - a discharge lamp or xenon lamp , - a counterpart comprising a reflector and a lamp holder providing the holding of a bulb of the lamp in front of the reflector, the lamp holder comprising protuberances, and - a system for fixing the lamp to the counterpart, comprising : - a flexible ring placed between the lamp holder and - a rigid ring capable of being mounted, movable in rotation, around the lamp holder and the flexible ring , characterized in that the fixing system comprises means capable of ensuring electrical continuity between the conductive housing of the lamp enclosing the high voltage module and a conductive zone of the counterpart and said flexible ring is, on the one hand, mounted inside the rigid ring and, on the other hand, fixed in such a way as to be irremovable on the lamp holder by means of at least two fixing brackets capable of fitting into fastening means of the lamp holder , fastening means formed by the protuberances. - a discharge lamp or xenon lamp , - a counterpart comprising a reflector and a lamp holder providing the holding of a bulb of the lamp in front of the reflector, the lamp holder comprising protuberances, and - a system for fixing the lamp to the counterpart, comprising : - a flexible ring placed between the lamp holder and - a rigid ring capable of being mounted, movable in rotation, around the lamp holder and the flexible ring , - a flexible ring placed between the lamp holder and - a rigid ring capable of being mounted, movable in rotation, around the lamp holder and the flexible ring ,
A method for manufacturing a cap including a cap body and an inside plug , the cap body having a circular top panel wall and a cylindrical skirt wall extending downwardly from a peripheral edge of the top panel wall , the inside plug having a circular metallic sheet member having an annular flat region in an outer peripheral part thereof, and a synthetic resin liner disposed on a lower surface of the sheet member , an inside plug holding protruding portion protruded radially inwardly being formed in an upper end part of the skirt wall of the cap body , characterized in that an annular protruding portion protruding on a lower surface side or an upper surface side is formed in the annular flat region of the sheet member ; and after or at the same time that the sheet member is inserted into and installed in an inside plug holding region above the inside plug holding protruding portion inside the skirt wall of the cap body , the annular protruding portion is pressed in an axial direction of the cap body toward the top panel wall and deformed so as to become close to a flat shape, whereby an outer diameter of the sheet member is enlarged, so that the inside plug is held to be inseparable from inside the skirt wall and to be axially movable between the inside plug holding protruding portion and an inner surface of the top panel wall .
A system for transferring a fluid from a first spacecraft to a second spacecraft, the system including the first spacecraft comprising a fluid transfer system comprising: a pressurant supply system ; a first fluid tank configured to store a fluid to be transferred, one or more transfer feedlines configured to provide fluidic connection between the first fluid tank and the second spacecraft, a connector for connecting the first spacecraft to the second spacecraft, an accumulator tank comprising: a first portion connected to the pressurant supply system , a second portion configured to be in fluidic communication with the one or more transfer feedlines , and a flexible separator arranged to separate the first portion and the second portion ; wherein the pressurant supply system is arranged to supply pressurant gas to the first fluid tank for pressurising the first fluid tank and to supply pressurant gas to the first portion of the accumulator tank for pressurising the first portion of the accumulator tank . a pressurant supply system ; a first fluid tank configured to store a fluid to be transferred, one or more transfer feedlines configured to provide fluidic connection between the first fluid tank and the second spacecraft, a connector for connecting the first spacecraft to the second spacecraft, an accumulator tank comprising: a first portion connected to the pressurant supply system , a second portion configured to be in fluidic communication with the one or more transfer feedlines , and a flexible separator arranged to separate the first portion and the second portion ; wherein a first portion connected to the pressurant supply system , a second portion configured to be in fluidic communication with the one or more transfer feedlines , and a flexible separator arranged to separate the first portion and the second portion ; wherein the pressurant supply system is arranged to supply pressurant gas to the first fluid tank for pressurising the first fluid tank and to supply pressurant gas to the first portion of the accumulator tank for pressurising the first portion of the accumulator tank .