mhurhangee/patent-ind-claim-en huggingface dataset:
End cap for electric motors , preferably for brushless motors, configured to be associated with one of said electric motors at the axial end opposite the output end of the motor shaft , wherein said end cap comprises, made as a single body: - a coupling seat for associating said electric motor in the axial direction; - a housing for an electronic control unit , said housing extending from a perimeter portion of said coupling seat , in an axial direction and in the coupling direction of said coupling seat with said electric motor so that when said electric motor is coupled to said coupling seat said housing faces said electric motor , the outer surface of said housing having in the central part a concave shape in the radial direction facing downwards towards the containment case of said electric motor so as to follow the course of the containment case of said electric motor ; characterised in that said outer surface of said housing is configured in such a way that, when said end cap is associated with said electric motor , it is spaced from said containment case of said electric motor , said spacing preferably being comprised between 1 and 30 mm, said outer surface exhibiting, in correspondence with both lateral parts thereof, a concavity facing upwards so as to increase the size of said outer surface and promote the circulation of air flows around said outer surface ; said housing , in correspondence with the section extending from said perimeter portion of said coupling seat , having on each side one curvilinear area recessed with respect to the width presented by said housing in correspondence with the section extending in the axial direction. - a coupling seat for associating said electric motor in the axial direction; - a housing for an electronic control unit , said housing extending from a perimeter portion of said coupling seat , in an axial direction and in the coupling direction of said coupling seat with said electric motor so that when said electric motor is coupled to said coupling seat said housing faces said electric motor , the outer surface of said housing having in the central part a concave shape in the radial direction facing downwards towards the containment case of said electric motor so as to follow the course of the containment case of said electric motor ;
A system for the contactless transmission of electrical energy to a mobile part movable on a base of an installation, wherein a stepped bore is made, in particular is arranged, in the base material of the base, wherein a frame part is arranged on the step of the stepped bore, in particular rests thereon, wherein a charging unit is received by the frame part , wherein the charging unit has a receiving part , which is arranged between an upper cover part and a lower cover part , wherein a primary winding is arranged at the inner side of the upper cover part , wherein the primary winding is fed by an electronic circuit, which is supplied with electrical energy by means of a cable , characterised in that the cable is at least partially received in a cable guide part , wherein the cable guide part is arranged in a groove extending radially with regard to the stepped bore, in particular from the bore central axis, wherein the groove is passed through the step of the stepped bore, so that the cable is fed below the step of the stepped bore, wherein in that first region in which the cable guide part is received, the groove is wider, in particular in a circumferential direction, than in a radially more distant second region, in particular than in a second region arranged radially further outwards, in particular wherein the radially spaced region covered by the second region is greater than the radially spaced region covered by the first region, in particular wherein in the second region, the groove is arranged above the step. wherein a stepped bore is made, in particular is arranged, in the base material of the base, wherein a frame part is arranged on the step of the stepped bore, in particular rests thereon, wherein a charging unit is received by the frame part , wherein the charging unit has a receiving part , which is arranged between an upper cover part and a lower cover part , wherein a primary winding is arranged at the inner side of the upper cover part , wherein the primary winding is fed by an electronic circuit, which is supplied with electrical energy by means of a cable , characterised in that the cable is at least partially received in a cable guide part , wherein the cable guide part is arranged in a groove extending radially with regard to the stepped bore, in particular from the bore central axis, wherein the groove is passed through the step of the stepped bore, so that the cable is fed below the step of the stepped bore, wherein in that first region in which the cable guide part is received, the groove is wider, in particular in a circumferential direction, than in a radially more distant second region, in particular than in a second region arranged radially further outwards, in particular wherein the radially spaced region covered by the second region is greater than the radially spaced region covered by the first region, in particular wherein in the second region, the groove is arranged above the step.
A filtration device comprising: a housing that defines a liquid flow path ; and a filtration sheet that separates the liquid flow path into a flow path upstream side and a flow path downstream side, wherein the housing includes a first housing member and a second housing member that sandwich the filtration sheet , and a joining member that joins the first housing member and the second housing member in a state in which the filtration sheet is sandwiched between the first housing member and the second housing member , the first housing member and the second housing member are not in contact with each other at a position on an outer side relative to an outer edge of the filtration sheet , and the joining member seals a gap between the first housing member and the second housing member at the position on the outer side relative to the outer edge of the filtration sheet , characterized in that the filtration sheet includes an outer edge portion located on an outer side relative to a sandwiched portion sandwiched by the first housing member and the second housing member in a plan view in a thickness direction, the joining member is joined to the outer edge portion of the filtration sheet , and the material for the first housing , the second housing and the joining member is the same resin material. a housing that defines a liquid flow path ; and a filtration sheet that separates the liquid flow path into a flow path upstream side and a flow path downstream side, wherein the housing includes a first housing member and a second housing member that sandwich the filtration sheet , and a joining member that joins the first housing member and the second housing member in a state in which the filtration sheet is sandwiched between the first housing member and the second housing member , a first housing member and a second housing member that sandwich the filtration sheet , and a joining member that joins the first housing member and the second housing member in a state in which the filtration sheet is sandwiched between the first housing member and the second housing member , the first housing member and the second housing member are not in contact with each other at a position on an outer side relative to an outer edge of the filtration sheet , and the joining member seals a gap between the first housing member and the second housing member at the position on the outer side relative to the outer edge of the filtration sheet , the filtration sheet includes an outer edge portion located on an outer side relative to a sandwiched portion sandwiched by the first housing member and the second housing member in a plan view in a thickness direction, the joining member is joined to the outer edge portion of the filtration sheet , and the material for the first housing , the second housing and the joining member is the same resin material.
An artificial metamaterial comprising: at least one material sheet , each material sheet comprising a laminar substrate and a plurality of artificial microstructures attached to the substrate , wherein said substrate is made from transparent material, wherein each artificial microstructure is a carbon nanotube film with a geometric pattern, wherein each carbon nanotube film comprises an electrically conductive polymer adhesive having carbon nanotubes dispersed therein, wherein the electrical conductive polymer adhesive is sulfonyl fluorinated polyethylene, or as carboxyl group, the acyl phosphate or sub sulfamoyl of thermoplastic polymer, and wherein each artificial microstructure has a planar "I" shape comprising a first wire in straight line and two second wires which are perpendicularly connected at respective ends of the first wire. at least one material sheet , each material sheet comprising a laminar substrate and a plurality of artificial microstructures attached to the substrate , wherein said substrate is made from transparent material, wherein each artificial microstructure is a carbon nanotube film with a geometric pattern, wherein each carbon nanotube film comprises an electrically conductive polymer adhesive having carbon nanotubes dispersed therein, wherein the electrical conductive polymer adhesive is sulfonyl fluorinated polyethylene, or as carboxyl group, the acyl phosphate or sub sulfamoyl of thermoplastic polymer, and wherein each artificial microstructure has a planar "I" shape comprising a first wire in straight line and two second wires which are perpendicularly connected at respective ends of the first wire.
A device for heating flowing fluids, in particular intravenous fluids, with a flat fluid housing containing a fluid duct , through which the fluid can be conveyed between an inlet and an outlet , with a covering film (3', 3") and with a heating means arranged on the outside of the fluid housing for heating the fluid flowing through the fluid duct , the fluid duct being serpentine in shape, the fluid housing having a flat frame with a shape following a contour of the fluid duct , the flat frame having a flat side (2', 2") on either side of a longitudinal central plane thereof and the two flat sides (2', 2") being in each case materially bonded together with a covering film (3', 3"), such that walls of the fluid duct are formed by the two opposing covering films (3', 3") and by opposing delimiting edges (13', 13") of the flat frame , the flat frame having a number of arcuate fluid duct portions (7, 7', 7") and a number of straight fluid duct portions , a stabilizing tongue being formed between delimiting edges (13', 13") of adjoining straight fluid duct portions , characterized in that the stabilizing tongue has a delimiting edge (13', 13") extending tapering towards the arcuate fluid duct portion at an angle of taper (φ i ).
A white light emitting diode, LED, package , comprising a single or multiple color LED chip array generating greater than 800 lumens at less than 3000 K, said LED chip array being arranged on a single planar substrate with a single overmolded lens ; the package further comprising integrated thermal spreading structures, wherein said integrated thermal spreading structures comprise: a heat spreading layer internal to said substrate ; a plurality of vias extending partially through said substrate; and an electrically neutral thermally conductive pad on an external surface of said substrate opposite said LED chip array and external to said plurality of vias such that said plurality of vias extend between said heat spreading layer and said conductive pad , wherein said plurality of vias are thermally connected to said conductive pad . a heat spreading layer internal to said substrate ; a plurality of vias extending partially through said substrate; and an electrically neutral thermally conductive pad on an external surface of said substrate opposite said LED chip array and external to said plurality of vias such that said plurality of vias extend between said heat spreading layer and said conductive pad , wherein said plurality of vias are thermally connected to said conductive pad .
Axle and suspension system, for a heavy-duty vehicle having a vehicle frame with a longitudinal axis corresponding to a driving direction of the vehicle, the system comprising a vehicle axle extending transversely and having first and second ends, and a suspension assembly at each end of the axle to support the axle, each suspension assembly comprising a frame mount for fixed attachment to the vehicle frame, and a rigid longitudinal suspension beam connected fixedly to the axle at an axle-to-beam connection structure and connected pivotably to the frame mount through a resilient compliant bush , thereby connecting the axle to the frame mount; characterised in that said bush has a compliance ratio, being the ratio of the longitudinal spring rate of the bush to its vertical spring rate, of at least 10:1.
An aerosol-generating article comprising at least one blister capsule comprising a volatile liquid, the aerosol-generating article further comprising a rupturing system , wherein the rupturing system comprises: a first tube and a second tube , wherein the first tube and the second tube are arranged in operational engagement defining a volume; wherein the first tube and the second tube are movable relative to each other along a first motion path from a first position to a second position, such that the defined volume is larger in the first position than in the second position; wherein the first tube comprises a first rupturing member , arranged at least partially inside the first tube , such that in the first position, the first rupturing member is contained completely in the defined volume of the first tube and the second tube ; and wherein in the second position, the first rupturing member at least partially protrudes from the defined volume to rupture the blister capsule to form an aperture extending through the blister capsule . a first tube and a second tube , wherein the first tube and the second tube are arranged in operational engagement defining a volume; wherein the first tube and the second tube are movable relative to each other along a first motion path from a first position to a second position, such that the defined volume is larger in the first position than in the second position; wherein the first tube comprises a first rupturing member , arranged at least partially inside the first tube , such that in the first position, the first rupturing member is contained completely in the defined volume of the first tube and the second tube ; and wherein in the second position, the first rupturing member at least partially protrudes from the defined volume to rupture the blister capsule to form an aperture extending through the blister capsule .
A nacelle for an aircraft bypass turbojet engine including a rear section comprising a thrust reverser device , the thrust reverser device including an upper door and a lower door , the doors being movable in rotation between a stowed position, in which they ensure an aerodynamic continuity with the rest of the rear section , and a deployed position, in which the doors are capable of redirecting forward the primary and secondary flows generated by the turbojet engine, each door being displaced from one position to the other by at least one dedicated actuator , the opening angle (X) of the upper door in the deployed position being less than the opening angle (Y) of the lower door so that the sum of the counter-thrusts generated by both doors includes a vertical component directed downward, the lower and upper doors being movable in rotation about respective axes , these axes of rotation being symmetrical relative to the longitudinal axis of the nacelle .
A method performed by a central unit, CU, node, the method comprising: transmitting, to a distributed unit, DU, node, a request message including: identification information of a data radio bearer, DRB, information related to quality of service, QoS, of the DRB, radio layer control, RLC, mode information of the DRB, wherein the RLC mode information indicates one of modes including an RLC-acknowledged mode, AM, and RLC unacknowledged mode, UM, and uplink configuration information for indicating one of uplink, UL, scheduling usages; and receiving, from the DU node, a response message according to the request message, the response message including identification information of one or more DRBs successfully established or modified, wherein the scheduling usages include a usage that UL scheduling is not performed at the DU node, a usage that UL scheduling is only performed at the DU node, and a usage that UL scheduling is performed at the DU node and another node. transmitting, to a distributed unit, DU, node, a request message including: identification information of a data radio bearer, DRB, information related to quality of service, QoS, of the DRB, radio layer control, RLC, mode information of the DRB, wherein the RLC mode information indicates one of modes including an RLC-acknowledged mode, AM, and RLC unacknowledged mode, UM, and uplink configuration information for indicating one of uplink, UL, scheduling usages; and identification information of a data radio bearer, DRB, information related to quality of service, QoS, of the DRB, radio layer control, RLC, mode information of the DRB, wherein the RLC mode information indicates one of modes including an RLC-acknowledged mode, AM, and RLC unacknowledged mode, UM, and uplink configuration information for indicating one of uplink, UL, scheduling usages; and receiving, from the DU node, a response message according to the request message, the response message including identification information of one or more DRBs successfully established or modified, wherein the scheduling usages include a usage that UL scheduling is not performed at the DU node, a usage that UL scheduling is only performed at the DU node, and a usage that UL scheduling is performed at the DU node and another node.
Method for identifying a limited operator control and monitoring of a technical plant in which a process is controlled by means of a process control system (PL), wherein the process control system has at least two operator station servers (OS_S1, OS_S2) and at least one operator station client (OS_C) and process objects (POi) that are associated with the process are distributed on process images (PI) of different operator station servers (OS_S1, OS_S2) of the process control system (PL), and for process monitoring a graphical user interface (UI) is provided on the operator station client (OS_C) for displaying plant images with symbols that are associated with the process objects (POi), characterised in that - it is determined by means of a component (D) of a first operator station server (OS_S1) whether a different operator station server (OS_S2) of the process control system (PL) has failed, - a failure of this server (OS_S2) is reported to an alarm management component (AM) of at least the first of the operator station servers (OS_S1), - the alarm management component (AM) checks whether plant images that include process objects from the process image of the failed server (OS_S2) are stored on the first operator station server (OS_S1) and which plant images are affected by the server failure, - in this case, an operator alarm (P) is trigged which informs the operator that operator control of the affected plant image is limited, - by means of a component (DAS) which manages an alarm status of plant images, a tag which characterises an alarm status of the affected plant image is updated in the process image (PI) of the first operator station server (OS_S1), and - in conjunction with the affected plant image the operator alarm (P) is displayed on the graphical user interface (UI) of the operator station client (OS_C). - it is determined by means of a component (D) of a first operator station server (OS_S1) whether a different operator station server (OS_S2) of the process control system (PL) has failed, - a failure of this server (OS_S2) is reported to an alarm management component (AM) of at least the first of the operator station servers (OS_S1), - the alarm management component (AM) checks whether plant images that include process objects from the process image of the failed server (OS_S2) are stored on the first operator station server (OS_S1) and which plant images are affected by the server failure, - in this case, an operator alarm (P) is trigged which informs the operator that operator control of the affected plant image is limited, - by means of a component (DAS) which manages an alarm status of plant images, a tag which characterises an alarm status of the affected plant image is updated in the process image (PI) of the first operator station server (OS_S1), and - in conjunction with the affected plant image the operator alarm (P) is displayed on the graphical user interface (UI) of the operator station client (OS_C).
A wheel of a rotor or stator of an electrical machine, comprising: a hub and a rim connected by spokes , wherein the rim being formed by layered sheet metal elements assembled together, wherein an individual layered sheet metal element comprises a plurality of stacked sheet metal layers, characterized in that each of the stacked sheet metal layers forms a section of the rim and at least one spoke .
A radio access network (RAN) node (202 2 ) configured to interact with a plurality of wireless devices (204 2 , 204 3 , 204 4 , 204 5 , 204 6 , 204 7 ...204 n ), the RAN node comprising: a processor (232 2 ); and, a memory (234 2 ) that stores processor-executable instructions, wherein the processor interfaces with the memory to execute the processor-executable instructions, whereby the radio access network node is characterized by and operable to: transmit , to the plurality of wireless devices, a message which comprises at least the following: (i) a page mode field which includes information indicating one or more coverage classes for which one or more paging messages were available for transmission during a time interval but were not transmitted to the plurality of wireless devices due to the RAN node making paging message prioritization decisions applicable to the time interval; and (ii) a used_downlink_coverage_class field which includes information indicating a coverage class associated with the transmitted message. a processor (232 2 ); and, a memory (234 2 ) that stores processor-executable instructions, wherein the processor interfaces with the memory to execute the processor-executable instructions, whereby the radio access network node is characterized by and operable to: transmit , to the plurality of wireless devices, a message which comprises at least the following: (i) a page mode field which includes information indicating one or more coverage classes for which one or more paging messages were available for transmission during a time interval but were not transmitted to the plurality of wireless devices due to the RAN node making paging message prioritization decisions applicable to the time interval; and (ii) a used_downlink_coverage_class field which includes information indicating a coverage class associated with the transmitted message.
A touch fastener product compri sing a base having a side surface ; and a multiplicity of fastening elements extending from the side surface of the base , the fastening elements each having a non-tapered stem of resin extending from the side surface of the base to a head that overhangs sides of the stem for retaining fibers of a mating fastener product; wherein the stems extend at different angles from the base ; and wherein bases of the stems are secured to the side surface of the base at weld points characterized in that in the weld points resin of each stem is solidified in a weld with resin of the base side surface.