mhurhangee/patent-ind-claim-en huggingface dataset:
Method for managing energy in a hybrid motor vehicle driven by an electric machine and a combustion engine, the motor vehicle comprising an onboard electrical network and an electrical power supply assembly suitable for supplying the onboard electrical network and the electric machine with power, the power supply assembly comprising two electrical accumulators in series and regulator means for regulating, for each accumulator of the two electrical accumulators , a delivered or received power value, the method comprising the steps consisting in: - determining a range of pairs of admissible control values for the regulator means according to at least one operating parameter of the electrical power supply assembly ; - selecting , from the range of pairs of admissible control values, a pair of control values corresponding to a minimum electricity consumption and of the combustion engine of the motor vehicle; and - transmitting, to the regulator means , control signals produced on the basis of the selected pair of control values. - determining a range of pairs of admissible control values for the regulator means according to at least one operating parameter of the electrical power supply assembly ; - selecting , from the range of pairs of admissible control values, a pair of control values corresponding to a minimum electricity consumption and of the combustion engine of the motor vehicle; and - transmitting, to the regulator means , control signals produced on the basis of the selected pair of control values.
A gas turbine engine comprising a fan mounted to rotate about an axis to draw air into the engine, an engine core that extends along the axis, the engine core including a compressor having an compressor inlet fluidly connected to receive air from the fan and a compressor discharge, a combustor having an combustor inlet fluidly connected to receive compressed air from the compressor discharge and a combustor discharge, and a turbine having a turbine inlet fluidly connected to the combustor discharge to receive combustion products therefrom, and an ice protection system including a heat exchanger having a hot side passage and a cold side passage arranged in thermal communication with each other, characterized in that the hot side passage is fluidly connected with the compressor discharge to receive compressed air therefrom and is fluidly connected to cooling ports of the turbine to provide cooled-compressed air thereto, the cold side passage is fluidly connected with an upstream input to receive sink fluid therefrom and is fluidly connected with a de-icing location to provide heated-sink fluid thereto to provide heat for de-icing, the de-icing location is fluidly connected by a conduit with a dump point that is located within an engine gas flow path to expel spent sink fluid received from the de-icing location; wherein the dump point is upstream of the compressor inlet and located such that expelled sink fluid is introduced into a flow of air that includes at least a portion of air sent to a bypass duct when the gas turbine engine is operating.
A device for testing membranes , comprising an upper die and a lower die between which a membrane [sic; ] to be tested is accommodated, wherein a flow field is respectively associated with the dies, via which the membrane is acted on in each case by a test medium, and wherein the circumferential outer ring seals that enclose the respective flow fields are associated with the dies, and contact the membrane and enclose a space between the flow fields and the membrane , wherein the dies within their outer ring seals each have ring-shaped barrier medium channels that enclose the flow fields , wherein the device includes means so that the barrier medium channels for forming a media seal in each case may be flushed with an inert barrier medium to prevent the test media from escaping, and a further ring-shaped collecting channel that encloses the flow fields is situated within the media seals of the two dies for suctioning out leaked medium, and a second circumferential inner ring seal is associated with each of the two dies, between the barrier medium channel and the collecting channel .
An espresso machine (M) comprising: - an extraction unit adapted to extract the beverage from a portion of ground coffee contained in a filter holder , - an infusion cylinder where one or more springs and a piston are housed, wherein said piston acts on said portion of ground coffee contained in said filter holder , - a boiler containing water for making coffee, wherein said machine further comprises an actuator mounted onto the dispensing unit of the coffee machine (M) by means of an anchoring system , wherein said actuator indirectly acts on said piston by means of said anchoring system which is adapted to transmit the movement of the actuator to load the spring and push the piston which allows the water from the boiler to permeate the ground coffee and obtain the beverage, characterised in that said anchoring system comprises an upper wall connected to the actuator , side walls which surround a movement transmission unit , and a bottom wall in communication with the extraction unit , wherein a first tubular anchoring element is arranged between an end portion of the actuator and said movement transmission unit , wherein said movement transmission unit is connected, in turn, to the piston by means of a second tubular anchoring element , wherein said movement transmission unit comprises an upper bush connected to a lower bush by means of a joint , and wherein said upper bush is connected to said actuator by means of said first tubular anchoring element , and said lower bush is connected to the piston by means of said second tubular anchoring element , and wherein the upper bush comprises a portion for anchoring the electric actuator , a slotted hole and an inner hole for the sliding of the lower bush , and wherein the lower bush comprises a hole and a portion for anchoring the piston . - an extraction unit adapted to extract the beverage from a portion of ground coffee contained in a filter holder , - an infusion cylinder where one or more springs and a piston are housed, wherein said piston acts on said portion of ground coffee contained in said filter holder , - a boiler containing water for making coffee,
An obstacle avoidance method, applied to a moveable object, and comprising: obtaining (S20) a depth value of a spot in an area containing an obstacle, the depth value representing a distance between the spot and the moveable object; judging (S21), according to the depth value, whether an edge of the obstacle exists in the area; and if the edge of the obstacle exists in the area, determining (S22) a movement direction of the moveable object according to the edge, so as to avoid the obstacle; the method being characterized in that the determining the movement direction of the moveable object according to the edge comprises: obtaining (S15) scanning angles at which the depth sensor scans the edges of the obstacle; calculating (S161) absolute values of differences between the scanning angles at which the depth sensor scans the edges of the obstacle and a half angle of view of the depth sensor respectively; selecting (S162) a minimum value among the absolute values; and adjusting (S163) a heading direction of the moveable object according to the minimum value in the absolute value, to enable the moveable object to fly to a side of the edge of the obstacle. obtaining (S20) a depth value of a spot in an area containing an obstacle, the depth value representing a distance between the spot and the moveable object; judging (S21), according to the depth value, whether an edge of the obstacle exists in the area; and if the edge of the obstacle exists in the area, determining (S22) a movement direction of the moveable object according to the edge, so as to avoid the obstacle; the method being characterized in that the determining the movement direction of the moveable object according to the edge comprises: obtaining (S15) scanning angles at which the depth sensor scans the edges of the obstacle; calculating (S161) absolute values of differences between the scanning angles at which the depth sensor scans the edges of the obstacle and a half angle of view of the depth sensor respectively; selecting (S162) a minimum value among the absolute values; and adjusting (S163) a heading direction of the moveable object according to the minimum value in the absolute value, to enable the moveable object to fly to a side of the edge of the obstacle.
A refrigerator unit and/or a freezer unit having a unit carcass that defines an inner space and that has heat insulation , an inner container , and an outer casing , wherein the casing has a side wall plate whose front edge is inwardly crimped to form a front standing seam , wherein the front standing seam at least partially engages around the front side of the inner container and a latching nose is formed at the front standing seam and engages into a latching recess at the front side of the inner container , wherein the inwardly directed edge of the front standing seam is in turn crimped rearwardly to form a front turnover and the latching nose is a vertically extending web that is bent out of the front turnover , the casing furthermore has a rear wall plate , and the rear edge of the side wall plate is also inwardly crimped to form a rear standing seam , wherein the rear standing seam engages over the lateral marginal region of the rear wall plate and is latched thereto, and wherein the inwardly directed edge of the rear standing seam is in turn forwardly crimped to form a rear turnover and the lateral marginal region of the rear wall plate has a rearwardly projecting stop element that holds the edge of the rear turnover , characterized in that the heat insulation comprises a single-part box-like vacuum insulation body that substantially completely surrounds the inner space, with the unit furthermore having a unit door having a peripheral seal , and with the seal lying in the transition region between the front standing seam and the front side of the inner container with a closed unit door .
Method of producing a drive element for a horological barrel, comprising on the one hand at least one spiral strip mainspring of a determined type comprising a first inner coil with a defined first width and first thickness, and said first inner coil comprising, for the holding thereof on a barrel arbor , at an inner end , holding or hooking means having a defined profile, said drive element comprising on the other hand a barrel arbor , characterised in that , in order to produce said arbor , in a first drawing operation, a bar is drawn so as to form, about an axis parallel to the drawing direction, a snail-shaped profile passing from a smaller radius (R1) to a larger radius (R2), with a step between the points on said larger radius (R2) and said smaller radius (R1), said snail-shaped profile comprising a support sector for said inner coil , and in that , in a second touching up or profile-turning operation for said drawn bar about a touching-up axis (DC) parallel to the drawing direction, the complete external contour of said arbor is machined or turned, which complete external contour comprises at least one cylindrical shoulder (5; 6) for guiding the pivoting of said arbor , said step acting either as banking means for said means for holding or hooking said mainspring when said step is used as drawn, or as a complementary banking or hooking means for said means for holding or hooking said mainspring when said step is re-machined during said second touching-up or profile-turning operation, and in that , in said second touching-up operation, a groove revolving about a touching-up axis (DC) parallel to the drawing direction is machined, and which has a width that is adjusted in the direction of said touching-up axis (DC), so as to hold in position said inner coil of said mainspring in the direction of said touching-up axis (DC), at at least one point on the revolution thereof, said groove being secant with said step , between the surfaces of smaller radius (R1) and of larger radius (R2) thereof, and said groove being substantially tangent to said snail-shaped profile in a zone that is substantially diametrically opposite to said step relative to said touching-up axis (DC) of revolution of said groove .
A user terminal comprising: a transmission section configured to transmit Uplink Control Information, UCI, including multiple Channel State Information, CSI, and Hybrid Automatic Repeat reQuest-Acknowledgement, HARQ-ACK, on a specific resource by using a Physical Uplink Control Channel, PUCCH, format having a larger capacity than PUCCH format 3 for Long Term Evolution, LTE; and a control section configured to, when a resource of the PUCCH format having the larger capacity is configured for the multiple CSI by Radio Resource Control, RRC, signaling and the resource is able to accommodate a total payload size of the UCI, control to use the resource as the specific resource, wherein the transmission section is configured to, when none of configured resources for the PUCCH format having the larger capacity for the multiple CSI is able to accommodate the total payload size of the UCI, transmit a part of the multiple CSI and the HARQ-ACK in a resource having a maximum capacity of the configured resources for the PUCCH format having the larger capacity for the multiple CSI. a transmission section configured to transmit Uplink Control Information, UCI, including multiple Channel State Information, CSI, and Hybrid Automatic Repeat reQuest-Acknowledgement, HARQ-ACK, on a specific resource by using a Physical Uplink Control Channel, PUCCH, format having a larger capacity than PUCCH format 3 for Long Term Evolution, LTE; and a control section configured to, when a resource of the PUCCH format having the larger capacity is configured for the multiple CSI by Radio Resource Control, RRC, signaling and the resource is able to accommodate a total payload size of the UCI, control to use the resource as the specific resource, wherein the transmission section is configured to, when none of configured resources for the PUCCH format having the larger capacity for the multiple CSI is able to accommodate the total payload size of the UCI, transmit a part of the multiple CSI and the HARQ-ACK in a resource having a maximum capacity of the configured resources for the PUCCH format having the larger capacity for the multiple CSI.
Movable loading and/or unloading device with at least one transport unit for moving the loading and/or unloading device with at least one storage unit fixed to the transport unit , on which at least one gripped object can be arranged or is arranged and has at least one manipulator unit fixed to the transport unit , which comprises of at least one, in particular multi-axis, manipulator which has at least one means of gripping for gripping the at least one gripped object and by means of which at least the one gripped object can be arranged and/or removed in a processing station , such as a machine tool, and/or in or on the storage unit , the storage unit having at least one holding means by which the at least one gripped object can be fixed against movement, at least transversely, or at an angle to the direction of travel of the loading and unloading device , characterised by at least one clamping element by which the gripped object can be fixed against movement parallel, transverse and oblique to the direction of travel and by at least one processing unit fixed on the transport unit , through which the at least one gripped object fixed to the clamping element can be processed.
A thermoplastic resin composition comprising: 100 parts by weight of a polycarbonate resin; 1 to 30 parts by weight of a rubber-modified aromatic vinyl graft copolymer; 1 to 30 parts by weight of a polyester resin; 1 to 20 parts by weight a glycol-modified polyester resin having 10 mol% to 60 mol% of a cyclohexanedimethanol content based on a total amount of a diol component; and 0.5 to 15 parts by weight of a vinyl copolymer comprising an epoxy group, wherein a weight ratio of the polyester resin to the glycol-modified polyester resin ranges from 1:0.1 to 1:1. 100 parts by weight of a polycarbonate resin; 1 to 30 parts by weight of a rubber-modified aromatic vinyl graft copolymer; 1 to 30 parts by weight of a polyester resin; 1 to 20 parts by weight a glycol-modified polyester resin having 10 mol% to 60 mol% of a cyclohexanedimethanol content based on a total amount of a diol component; and 0.5 to 15 parts by weight of a vinyl copolymer comprising an epoxy group,
A method for sending tailored calling party data from a mobile client device of a calling party in connection with a voice call , the method comprising: - providing a tailored calling party data so that it is accessible to a library server in the calling mobile client or in a database , where the tailored calling party data is associated with the calling party; - initiating the voice call by the calling mobile client , - checking by the calling mobile client or by a called mobile client or by the library server if the called mobile client accepts to receive a tailored calling party data of the calling mobile client , and if allowed; - retrieving , by the library server , the tailored calling party data from the calling mobile client or from the database; and - sending, by the library server , the tailored calling party data to the called mobile client ; characterised in that at least a part of the calling party data is transferred by the library server during the voice call and presented on the called mobile client after the voice call, and that the method further comprises: - launching, in the called mobile client upon ending the voice call, an after-call message or a feedback form on a display of the called mobile client and receiving feedback from a user of the called mobile client, thereby finally terminating the voice call; - the called mobile client transmitting and the library server receiving the feedback from the called mobile client and maintaining statistics of the feedback in the database or processing the feedback and sending the processed feedback to the calling mobile client; and - showing the feedback on the calling mobile client to a user of the calling mobile client. - providing a tailored calling party data so that it is accessible to a library server in the calling mobile client or in a database , where the tailored calling party data is associated with the calling party; - initiating the voice call by the calling mobile client , - checking by the calling mobile client or by a called mobile client or by the library server if the called mobile client accepts to receive a tailored calling party data of the calling mobile client , and if allowed; - retrieving , by the library server , the tailored calling party data from the calling mobile client or from the database; and - sending, by the library server , the tailored calling party data to the called mobile client ; - launching, in the called mobile client upon ending the voice call, an after-call message or a feedback form on a display of the called mobile client and receiving feedback from a user of the called mobile client, thereby finally terminating the voice call; - the called mobile client transmitting and the library server receiving the feedback from the called mobile client and maintaining statistics of the feedback in the database or processing the feedback and sending the processed feedback to the calling mobile client; and - showing the feedback on the calling mobile client to a user of the calling mobile client.
Air passage of a building, - wherein the air passage has an outer opening towards the environment of the building and an inner opening towards the interior of the building, - wherein the air passage has an air channel extending from the outer opening to the inner opening so that air can flow into the air channel at the outer opening and out of the air channel at the inner opening or conversely can flow into the air channel at the inner opening and out of the air channel at the outer opening , - wherein for regulation and limitation of the air flowing through the air channel the air passage has a flap pivotable about a pivot axis so that the flap is pivotable between an open setting and a closed setting, - wherein an effective cross-section of the air channel is at a maximum in the open setting of the flap and at a minimum in the closed setting of the flap , - wherein the air passage has an element which is connected with a stationary element of the air passage and of the flap and which independently of the instantaneous setting of the flap opposes a pivot movement of the flap in both pivot directions by a respective resistance against the respective pivot movement, characterised in that the element is constructed as a plastically deformable mass . - wherein the air passage has an outer opening towards the environment of the building and an inner opening towards the interior of the building, - wherein the air passage has an air channel extending from the outer opening to the inner opening so that air can flow into the air channel at the outer opening and out of the air channel at the inner opening or conversely can flow into the air channel at the inner opening and out of the air channel at the outer opening , - wherein for regulation and limitation of the air flowing through the air channel the air passage has a flap pivotable about a pivot axis so that the flap is pivotable between an open setting and a closed setting, - wherein an effective cross-section of the air channel is at a maximum in the open setting of the flap and at a minimum in the closed setting of the flap , - wherein the air passage has an element which is connected with a stationary element of the air passage and of the flap and which independently of the instantaneous setting of the flap opposes a pivot movement of the flap in both pivot directions by a respective resistance against the respective pivot movement,