mhurhangee/ep-ind-claims huggingface dataset:
Lock for locking a moveable structure to and unlocking it from a stationary structure of a vehicle, one of the two structures bearing a first coupling pin, the other structure bearing a second pivot connection pin about which the lock is able to pivot, the lock comprising: - a locking arm comprising a hook able to be coupled to the first coupling pin; - a handle bearing a third pivot connection pin about which the locking arm is able to be guided in rotation, and a fourth pivot connection pin arranged between the handle and a first face of the locking arm; - a first connecting rod connecting the third pivot connection pin to the fourth pivot connection pin; - a second connecting rod connecting the fourth pivot connection pin to the second pivot connection pin; the lock being characterized in that the second pin is arranged on the handle side with respect to a plane formed between the first coupling pin and the third pivot connection pin, and in that the second connecting rod comprises a fifth pin arranged against a second face of the locking arm that is opposite to the first face. - a locking arm comprising a hook able to be coupled to the first coupling pin; - a handle bearing a third pivot connection pin about which the locking arm is able to be guided in rotation, and a fourth pivot connection pin arranged between the handle and a first face of the locking arm; - a first connecting rod connecting the third pivot connection pin to the fourth pivot connection pin; - a second connecting rod connecting the fourth pivot connection pin to the second pivot connection pin;
A method for use in a multi-domain network, wherein, the multi-domain network comprises a first domain and a second domain, a protected service transmitted between the first domain and the second domain, and the first domain and the second domain intersect at a first node and a second node, the first node and the second node being linked by a first link (B-C), wherein, a first protection path is a protection path of a first working path and is formed by splicing the first sub-path and a second sub-path, the first working path is a working path of the protected service between the first node and a third node within the first domain, the first sub-path is a path between the second node and the third node, and the second sub-path is a path that passes through the first link (B-C) and is between the first node (node B) and the second node (node C), wherein, the first node sends to the third node, a second failure monitoring message on the first protection path, the second failure monitoring message is used to monitor a failure of the first protection path, the method comprising: detecting, by the second node, that a first link (B-C) fails, and after detecting, by the second node, that the first link (B-C) fails, performing, by the second node, the steps of: disconnecting a first protection path on the second node, connecting a first sub-path and a path that is within the second domain, wherein, in use, said path within a second domain has the second node as an endpoint, and bears the protected service, and sending, on the first sub-path, a first failure monitoring message that carries first maintenance information to a third node, wherein the first maintenance information is the same as second maintenance information carried in the second failure monitoring message. disconnecting a first protection path on the second node, connecting a first sub-path and a path that is within the second domain, wherein, in use, said path within a second domain has the second node as an endpoint, and bears the protected service, and sending, on the first sub-path, a first failure monitoring message that carries first maintenance information to a third node, wherein the first maintenance information is the same as second maintenance information carried in the second failure monitoring message.
A machine for printing substrates, comprising: - a print head, the print head having a plurality of ejection nozzles (2.1) for ejecting a product on the substrate; - translation means with a movable part (3.1), the translation means being configured for supporting and translating the substrate in forward movement in accordance with a first axis by means of the movable part (3.1); - positioning means for establishing and fixing a relative position between the substrate and the print head; - guiding means for guiding the movable part (3.1); - holding means for fixing the substrate with respect to the movable part (3.1); wherein with the substrate being fixed to the movable part (3.1) and the movable part (3.1) guided by the guiding means, the substrate can be translated to receive the product being ejected, with the print head moving and being positioned depending on the substrate to be treated, such that said substrate is translated in forward movement, according to the first axis, by the translation means, while the print head remains immobile at the relative position, characterized in that the positioning means is configured to move the print head angularly around the first axis and linearly in accordance with a second axis for being moved closer to or farther from the substrate and/or the movable part (3.1), and/or in accordance with a third axis for being positioned on one side of the substrate and free of correspondence with the substrate in accordance with the second axis, or in correspondence with the substrate in accordance with the second axis, the first, second and third axis (X, Y, Z) being orthogonal to one other. - a print head, the print head having a plurality of ejection nozzles (2.1) for ejecting a product on the substrate; - translation means with a movable part (3.1), the translation means being configured for supporting and translating the substrate in forward movement in accordance with a first axis by means of the movable part (3.1); - positioning means for establishing and fixing a relative position between the substrate and the print head; - guiding means for guiding the movable part (3.1); - holding means for fixing the substrate with respect to the movable part (3.1);
Automatic opening screen device of the type comprising a first upright and a second upright parallel to each other and a screen having opposite ends associated with said uprights (11, 12), at least one of said uprights (11, 12) being mobile with respect to the other starting from a first position of mutual contact, wherein said screen is closed, to a second position of maximum distance, wherein said screen is open; characterized in that it comprises a weight housed in one of said uprights (11, 12), said weight being mobile between a first raised position, when said screen is closed and said uprights (11, 12) are in mutual contact, and a lowered position, when said screen is open and said uprights (11, 12) are spaced, so that during its spontaneous fall it imparts a translatory displacement to said mobile upright (11, 12) opening the screen device automatically.
A process for the production of yogurt, comprising fermenting milk with lactic acid bacteria and contacting milk with a polypeptide having chymosin activity having a clotting activity divided by proteolytic activity (C/P ratio) higher than the C/P ratio of bovine chymosin and wherein the polypeptide having chymosin activity has an amino acid sequence which; a. when aligned with the chymosin comprising the sequence set out in SEQ ID NO: 2, comprises at least one substitution of an amino acid residue corresponding to amino acid 51 and/or 221 and wherein the polypeptide having chymosin activity shares at least about 90% sequence identity with a polypeptide according to SEQ ID NO: 2; and/or b. when aligned with SEQ ID NO: 4 comprises at least one substitution of an amino acid residue located in the S2 binding pocket, and wherein an amino acid residue located in the S2 binding pocket corresponds to position 219, 223, 288, 290, 295 or 297 when aligned with SEQ ID NO: 4, and wherein the polypeptide having chymosin activity shares at least about 90% sequence identity with a polypeptide according to SEQ ID NO: 4. a. when aligned with the chymosin comprising the sequence set out in SEQ ID NO: 2, comprises at least one substitution of an amino acid residue corresponding to amino acid 51 and/or 221 and wherein the polypeptide having chymosin activity shares at least about 90% sequence identity with a polypeptide according to SEQ ID NO: 2; and/or b. when aligned with SEQ ID NO: 4 comprises at least one substitution of an amino acid residue located in the S2 binding pocket, and wherein an amino acid residue located in the S2 binding pocket corresponds to position 219, 223, 288, 290, 295 or 297 when aligned with SEQ ID NO: 4, and wherein the polypeptide having chymosin activity shares at least about 90% sequence identity with a polypeptide according to SEQ ID NO: 4.
Operating device for operating at least one unit in a motor vehicle, having an operating element and having a circuit board with a first side on which at least one switching apparatus part (10, 10', 10'') of a switching apparatus of the operating device is arranged, wherein the switching apparatus is able to be switched when the operating element is actuated, wherein the switching apparatus part (10, 10', 10") is arranged on a first side, facing away from an actuation part of the operating element, of the circuit board and the switching apparatus has a sliding element that is coupled to the operating element on the first side, facing away from the actuation part, of the circuit board, wherein the sliding element is able to be moved linearly in relation to the switching apparatus part (10, 10', 10"), depending on the actuation of the operating element, such that the switching apparatus is able to be switched depending on such a movement and an interaction between the switching apparatus part (10, 10', 10") and the sliding element, wherein the operating element extends on both sides of the circuit board, in particular through a hole in the circuit board, and the hole is in particular formed as an elongate hole, characterized in that the hole is covered by an elastic cover, wherein the operating element extends with a precision fit through a further hole in the elastic cover.
An arrangement comprising a gripping mechanism (101, 102) and a gripped body; the gripping mechanism (101, 102) comprising: a plurality of chuck jaws adapted to, by coming close to each other, generate a gripping force on the gripped body disposed at a center of the plurality of chuck jaws; a chuck body that holds the plurality of chuck jaws on a common planar surface, and moves them on the planar surface; and a plurality of chuck plates, wherein a respective chuck plate of the plurality of chuck plates is interposed between each of the plurality of chuck jaws and the gripped body; characterised in that, a thermal expansion coefficient α 1 of the plurality of chuck jaws, and a thermal expansion coefficient α 2 and a thickness d 0 of the plurality of chuck plates have relationships with a thermal expansion coefficient α w and an outer diameter D w of the gripped body according to: d 0 ≤ D W α W − α 1 / 2 α 1 − α 2, and α W < α 1 < α 2. a plurality of chuck jaws adapted to, by coming close to each other, generate a gripping force on the gripped body disposed at a center of the plurality of chuck jaws; a chuck body that holds the plurality of chuck jaws on a common planar surface, and moves them on the planar surface; and a plurality of chuck plates, wherein a respective chuck plate of the plurality of chuck plates is interposed between each of the plurality of chuck jaws and the gripped body; characterised in that, a thermal expansion coefficient α 1 of the plurality of chuck jaws, and a thermal expansion coefficient α 2 and a thickness d 0 of the plurality of chuck plates have relationships with a thermal expansion coefficient α w and an outer diameter D w of the gripped body according to: d 0 ≤ D W α W − α 1 / 2 α 1 − α 2, and α W < α 1 < α 2.
A pneumatic tire having a radially outer circumferential rubber tread, a carcass and a layered composite of at least one sealant layer and at least one air permeation resistant film layer; wherein the layered composite comprises a sealant layer on its radially outer side positioned adjacent to the carcass; wherein the sealant layer supports an air permeation resistant film layer on its radially inner surface; wherein the sealant layer comprises: an organoperoxide depolymerized butyl rubber, or a polyurethane; wherein the air permeation resistant film layer comprises a thermoplastic material containing a dispersion of elastomer domains; wherein the thermoplastic material comprises nylon; and wherein the elastomer domains comprise at least one of butyl rubber and sulfur curable diene-based elastomer domains. an organoperoxide depolymerized butyl rubber, or a polyurethane;
A method of controlling the temperature of a hair iron to prevent damage to hair being ironed by the hair iron, the method comprising: whilst the hair iron is being applied to the hair, determining a temperature change of one or more plates of the hair iron over a time period starting from an initial application of the hair iron to the hair being ironed; and if the temperature change of the one or more plates over the time period is larger than a threshold, reducing the power supplied to the one or more plates. whilst the hair iron is being applied to the hair, determining a temperature change of one or more plates of the hair iron over a time period starting from an initial application of the hair iron to the hair being ironed; and if the temperature change of the one or more plates over the time period is larger than a threshold, reducing the power supplied to the one or more plates.
A method, comprising: monitoring an alternating-current, AC, waveform of an electrical power source at a device in a computer network, the power source being part of a polyphase power source system; and determining a particular phase of the polyphase power source system at the device based on the AC waveform; characterised in further comprising: joining, by the device, a directed acyclic graph, DAG, specific to the particular phase; and receiving a control message on the DAG specific to the particular phase. monitoring an alternating-current, AC, waveform of an electrical power source at a device in a computer network, the power source being part of a polyphase power source system; and determining a particular phase of the polyphase power source system at the device based on the AC waveform; characterised in further comprising: joining, by the device, a directed acyclic graph, DAG, specific to the particular phase; and receiving a control message on the DAG specific to the particular phase. joining, by the device, a directed acyclic graph, DAG, specific to the particular phase; and receiving a control message on the DAG specific to the particular phase.
A breath indicator receivable by a part of a breathing assistance apparatus that supplies gas to a patient, the indicator comprising: an elongate body having a sensing end and an attachment end, the elongate body comprising a plurality of apertures, the attachment end adapted to attach to a part of a breathing assistance apparatus and for locating the sensing end, and the sensing end to be located in a region where gas from the patient is to be exhaled, the sensing end being in communication with a sensor, the sensor comprising a detector material changeable between a first visual indicator state relating to an inhalation phase of the patient, and a second visual indicator state relating to an exhalation phase of the patient, and wherein the detector material is capable of changing between the visual indicator states at a sufficient rate to substantially correspond with the inhalation and exhalation phases of the patient, the indicator further comprising an alignment feature or features, the alignment feature or features providing correct positioning of the indicator within the breathing assistance apparatus such that at least some of the apertures of the elongate body are substantially aligned with a gases flow in the breathing assistance apparatus. an elongate body having a sensing end and an attachment end, the elongate body comprising a plurality of apertures, the attachment end adapted to attach to a part of a breathing assistance apparatus and for locating the sensing end, and the sensing end to be located in a region where gas from the patient is to be exhaled, the sensing end being in communication with a sensor, the sensor comprising a detector material changeable between a first visual indicator state relating to an inhalation phase of the patient, and a second visual indicator state relating to an exhalation phase of the patient, and wherein the detector material is capable of changing between the visual indicator states at a sufficient rate to substantially correspond with the inhalation and exhalation phases of the patient, the indicator further comprising an alignment feature or features, the alignment feature or features providing correct positioning of the indicator within the breathing assistance apparatus such that at least some of the apertures of the elongate body are substantially aligned with a gases flow in the breathing assistance apparatus.
A scanning bar hook comprising an upper limb and a lower limb, the upper limb ending in a crossbar, display means to support a bar code carrier, arrester means to prevent departure of suspended items from the lower limb more than one item at a time and uniting means uniting the display means and arrester means, the uniting means pivotally engaging the crossbar, characterized in that: the arrester means is a substantially L-shaped finger extending rearwards from the display means; the display means is a display flap that has a spacer projecting from the display flap for contact by an advancing item as it approaches the end of the lower limb; and the spacer is an upright fin extending from the rear face of the display flap. the arrester means is a substantially L-shaped finger extending rearwards from the display means; the display means is a display flap that has a spacer projecting from the display flap for contact by an advancing item as it approaches the end of the lower limb; and the spacer is an upright fin extending from the rear face of the display flap.
A slim bezel (200, 540) of a display, the slim bezel comprises: - source lines (22, 32) having al the same length, - gate in panel lines (24, 34); and - at least two customized IC chips (20, 30), wherein a circuitry is distributed onto said at least two customized IC chips for controlling displaying of a display screen via the source lines and gate in panel lines; the customized IC chips being arranged in turn laterally in a straight line; wherein each of the customized IC chips is connected with at least one of the source lines and gate in panel lines; wherein all lines among the source lines and the gate in panel lines lie in at least two separate layers and connect the customized IC chips with a corresponding port of the display scree; wherein each of the customized IC chips is provided with pins distributed evenly at an upper side of the customized IC chip, and the pins are connected with the source lines and the gate in panel lines in one-to-one correspondence; said source lines having all a same length between the corresponding customized IC chip and the display screen. - source lines (22, 32) having al the same length, - gate in panel lines (24, 34); and - at least two customized IC chips (20, 30), wherein a circuitry is distributed onto said at least two customized IC chips for controlling displaying of a display screen via the source lines and gate in panel lines;
A method for displaying a link related to a service on at least one communication system of a first user, said first user being in conversation with a second user of a second communication system, said method comprising, during the course of the conversation, the steps of retrieving an expression stated by the first user on the first communication system and of displaying said link on said first communication system, characterized in that it further comprises the following steps: - semantic analysis of the retrieved expression; - selecting a service from a list of previously saved services, based on at least the analyzed expression, each service on said list being executable from at least said first communication system, the step of displaying then consisting of displaying on said first communication system the link for accessing said selected service. - semantic analysis of the retrieved expression; - selecting a service from a list of previously saved services, based on at least the analyzed expression, each service on said list being executable from at least said first communication system,
A drive control system for a hybrid vehicle having an engine, a power distribution device that performs a differential action among a carrier rotated by an engine torque, a sun gear, and a ring gear, a braking device that selectively stop rotation of the carrier, a first motor having a generating function that is connected to one of the sun gear and the ring gear, an output member that is connected to the other one of sun gear and ring gear, and a second motor that generates a drive torque to be added to a torque of the output member, the drive control system comprising a controller that is configured to: establish a first operating mode where the vehicle is propelled by a torque of the first motor delivered to the output member through the power distribution device while stopping the rotation of the carrier by the braking device, and the drive torque of the second motor added to the torque of the first motor; and establish a second operating mode where the vehicle is powered by the engine or the second motor while allowing the carrier to rotate; characterized in that the controller is further configured to: calculate a time duration (Time_OFF) from termination of the first operating mode; estimate a temperature (Tp_est) of the power distribution device based on the calculated time duration (Time_OFF); enable the first operating mode when the estimated temperature (Tp_est) is equal to or lower than a predetermined allowable temperature (Tpb); and inhibit the first operating mode when the estimated temperature (Tp_est) is higher than the allowable temperature (Tpb). establish a first operating mode where the vehicle is propelled by a torque of the first motor delivered to the output member through the power distribution device while stopping the rotation of the carrier by the braking device, and the drive torque of the second motor added to the torque of the first motor; and establish a second operating mode where the vehicle is powered by the engine or the second motor while allowing the carrier to rotate; characterized in that the controller is further configured to: calculate a time duration (Time_OFF) from termination of the first operating mode; estimate a temperature (Tp_est) of the power distribution device based on the calculated time duration (Time_OFF); enable the first operating mode when the estimated temperature (Tp_est) is equal to or lower than a predetermined allowable temperature (Tpb); and inhibit the first operating mode when the estimated temperature (Tp_est) is higher than the allowable temperature (Tpb). calculate a time duration (Time_OFF) from termination of the first operating mode; estimate a temperature (Tp_est) of the power distribution device based on the calculated time duration (Time_OFF); enable the first operating mode when the estimated temperature (Tp_est) is equal to or lower than a predetermined allowable temperature (Tpb); and inhibit the first operating mode when the estimated temperature (Tp_est) is higher than the allowable temperature (Tpb).