mhurhangee/ep-ind-claims huggingface dataset:
Device for connecting a windscreen wiper blade to a drive arm, having: - a connector that is configured to be secured to said blade and has first articulation means, - an adapter that is configured to be secured to said arm and has second articulation means that are configured to cooperate with said first articulation means in order to define a first axis about which the adapter pivots with respect to the connector, which is an axis about which said blade pivots with respect to said arm, and - a cover that is configured to be attached to the connector, said cover being able to move from a first position in which it enables said adapter to be connected to said arm, and a second position in which it locks said connection, said cover being configured, when it is in its locking position, to enable said adapter to move about said first axis; the device being characterized in that said adapter is configured to adopt: - at least one release position in which said cover can be moved between its first and second positions, and - at least one locking position in which said adapter is able to cooperate by abutment with said cover in order to limit the travel of the cover from its second position, and thus prevent it from reaching its first position. - a connector that is configured to be secured to said blade and has first articulation means, - an adapter that is configured to be secured to said arm and has second articulation means that are configured to cooperate with said first articulation means in order to define a first axis about which the adapter pivots with respect to the connector, which is an axis about which said blade pivots with respect to said arm, and - a cover that is configured to be attached to the connector, said cover being able to move from a first position in which it enables said adapter to be connected to said arm, and a second position in which it locks said connection, - at least one release position in which said cover can be moved between its first and second positions, and - at least one locking position in which said adapter is able to cooperate by abutment with said cover in order to limit the travel of the cover from its second position, and thus prevent it from reaching its first position.
An insert unit of an electric arc furnace, comprising a cooled frame case and a water-cooled operating material feeding carrier mounted for movement relative to said frame case, characterized in that - frame case supports a drive unit of the operating material feeding carrier, - at least one sealing element is disposed in the movement interspace between frame case and operating material feeding carrier, - said sealing element comprises bristles of a metal material; - the length of each individual bristle is equal to at least three times the width of movement interspace, and - the sealing bristles are directed towards the interior furnace cavity. - frame case supports a drive unit of the operating material feeding carrier, - at least one sealing element is disposed in the movement interspace between frame case and operating material feeding carrier, - said sealing element comprises bristles of a metal material; - the length of each individual bristle is equal to at least three times the width of movement interspace, and - the sealing bristles are directed towards the interior furnace cavity.
A system for automating the loading and extraction of a carriage on a receiver mounted in an ambulance, wherein the system comprises a carriage and a receiver, the carriage comprising front and rear legs which are movable between two positions, respectively an unfolded position and a folded position, means for unlocking the legs in the unfolded position, and at least one leg motor ensuring the unlocking of the unlocking means, the receiver comprising means for anchoring a front part of the carriage, means for automated translation of the carriage on the receiver and means for detecting a position of the carriage on the receiver, the system incorporates at least one supervising device configured to communicate between the carriage and the receiver to automate the loading of the carriage in accordance with the following steps: - detection of the anchoring of the front part of the carriage with the anchoring means of the receiver; - activation of the leg motor to unlock the locking means of the front leg of the carriage; - pulling of the carriage onto the receiver until it reaches a rear unlocking position; - activation of the leg motor to unlock the locking means of the rear leg of the carriage; and - pulling of the carriage onto the receiver until it reaches a high position. the receiver comprising means for anchoring a front part of the carriage, means for automated translation of the carriage on the receiver and means for detecting a position of the carriage on the receiver, the system incorporates at least one supervising device configured to communicate between the carriage and the receiver to automate the loading of the carriage in accordance with the following steps: - detection of the anchoring of the front part of the carriage with the anchoring means of the receiver; - activation of the leg motor to unlock the locking means of the front leg of the carriage; - pulling of the carriage onto the receiver until it reaches a rear unlocking position; - activation of the leg motor to unlock the locking means of the rear leg of the carriage; and - pulling of the carriage onto the receiver until it reaches a high position. - detection of the anchoring of the front part of the carriage with the anchoring means of the receiver; - activation of the leg motor to unlock the locking means of the front leg of the carriage; - pulling of the carriage onto the receiver until it reaches a rear unlocking position; - activation of the leg motor to unlock the locking means of the rear leg of the carriage; and - pulling of the carriage onto the receiver until it reaches a high position.
Shed-forming device comprising a jacquard device with a number of heddles, for positioning at least one associated warp thread,, wherein each heddle is connected to a pull-back element, for exerting a downward force on the heddle,, wherein the shed-forming device comprises, per heddle,, a yarn tensioning element which is provided to change the yarn tension in at least one associated warp thread,, and that the shed-forming device comprises a control or steering unit which is provided, in cooperation with the respective yarn tensioning elements, for steering or controlling the yarn tension in at least one associated warp thread, separately for each heddle,, characterised in that the yarn tension is steered or controlled by the control or steering unit such that the total downward force on the heddle, is brought to a specific value or varies according to a specific profile.
A GIP analog derived from GIP (1-29, SEQ ID NO: 1), wherein GIP analog has both GLP-1 agonist activity and GIPR stimulation activity, and comprises an amino acid sequence represented by the following formula I: wherein A3 is selected from the group consisting of Glu and Gln; A12 is selected from the group consisting of Ile, Glu and Asp; A14 is selected from the group consisting of Met or oxidized Met, Leu, Val, Norleucine and Ile; A15 is selected from the group consisting of Glu and Asp; A18 is selected from the group consisting of Ala and His; A21 is selected from the group consisting of Glu, Asp and Leu; A22 is selected from the group consisting of Phe, Phe(4-F), Phe(4-Cl), Tyr, Tyr(4-Me) and Nal; A23 is selected from the group consisting of He and Val; A27 is selected from the group consisting of Val, Leu, Ala, and Lys-Z; A28 is selected from the group consisting of Lys-Z, Ala, Arg, and Asn; A29 is selected from the group consisting of Gly, Gln and Arg; wherein Z is -(Glu) m -PEG in Cys-Z at position A24, and m is an integer selected from 0 to 3; Y is selected from the group consisting of: A30 and -Gly-Pro-Ser-Ser-Gly-Ala-Pro-Pro-Pro-S er-A40, or absent; A30 and A40 are independently selected from the group consisting of -(Lys) n -Z and -Cys-Z, or absent; Z is selected from the group consisting of -(Glu) m -PEG, -(Glu) m -biotin and -(Glu) m -fatty acid, or absent; n is an integer selected from 1 to 6; m is an integer selected from 0 to 3; wherein, a lactam linkage is optionally formed between the amino acids at positions i and i+4 of the GIP analog; i is an integer selected from 12 to 24; or a pharmaceutically acceptable salt thereof. A3 is selected from the group consisting of Glu and Gln; A12 is selected from the group consisting of Ile, Glu and Asp; A14 is selected from the group consisting of Met or oxidized Met, Leu, Val, Norleucine and Ile; A15 is selected from the group consisting of Glu and Asp; A18 is selected from the group consisting of Ala and His; A21 is selected from the group consisting of Glu, Asp and Leu; A22 is selected from the group consisting of Phe, Phe(4-F), Phe(4-Cl), Tyr, Tyr(4-Me) and Nal; A23 is selected from the group consisting of He and Val; A27 is selected from the group consisting of Val, Leu, Ala, and Lys-Z; A28 is selected from the group consisting of Lys-Z, Ala, Arg, and Asn; A29 is selected from the group consisting of Gly, Gln and Arg; wherein Z is -(Glu) m -PEG in Cys-Z at position A24, and m is an integer selected from 0 to 3; Y is selected from the group consisting of: A30 and -Gly-Pro-Ser-Ser-Gly-Ala-Pro-Pro-Pro-S er-A40, or absent; A30 and A40 are independently selected from the group consisting of -(Lys) n -Z and -Cys-Z, or absent; Z is selected from the group consisting of -(Glu) m -PEG, -(Glu) m -biotin and -(Glu) m -fatty acid, or absent; n is an integer selected from 1 to 6; m is an integer selected from 0 to 3; wherein, a lactam linkage is optionally formed between the amino acids at positions i and i+4 of the GIP analog; i is an integer selected from 12 to 24;
An exhaust treatment device comprising: a catalytic converter that is provided on an exhaust path through which exhaust discharged from an internal combustion engine passes, and that has a catalyst support that generates heat by being energized, and that purifies the exhaust by a catalyst supported by the catalyst support; a cooling member that is provided on a portion of the exhaust path from the internal combustion engine to the catalytic converter, and that cools the exhaust; a vibration cut-off member that is provided on the exhaust path further toward a downstream side than the catalytic converter, and that cuts-off vibrations from the internal combustion engine; and a circulation pipe that branches off from a portion of the exhaust path between the catalytic converter and the vibration cut-off member, and that is for circulating some of exhaust from the catalytic converter to the internal combustion engine. a catalytic converter that is provided on an exhaust path through which exhaust discharged from an internal combustion engine passes, and that has a catalyst support that generates heat by being energized, and that purifies the exhaust by a catalyst supported by the catalyst support; a cooling member that is provided on a portion of the exhaust path from the internal combustion engine to the catalytic converter, and that cools the exhaust; a vibration cut-off member that is provided on the exhaust path further toward a downstream side than the catalytic converter, and that cuts-off vibrations from the internal combustion engine; and a circulation pipe that branches off from a portion of the exhaust path between the catalytic converter and the vibration cut-off member, and that is for circulating some of exhaust from the catalytic converter to the internal combustion engine.
A method performed by a wireless device in a wireless communication system, the method comprising: receiving, from a network node in the wireless communication system, an indication of whether a transmit signal (307, 407) is to be transmitted with a guard interval (313, 413a,b); in response to the indication, determining whether to transmit the transmit signal (307, 407) with the guard interval (313, 413a,b), wherein the determining is based on a difference of power levels between a pair of consecutive symbols (311a,b, 411e,f, 411f,g), to be transmitted, being at least at a threshold; in response to the determining, generating the transmit signal (307, 407) comprising a series of symbols (311a,b, 411a-g), including the pair of consecutive symbols (311a,b, 411e,f, 411f,g) that are to be transmitted at different power levels, with power ramping (316, 416, 418) to occur over a power transition period (315, 415, 417) between the pair of consecutive symbols (311a,b, 411e,f, 411f,g); and transmitting the transmit signal (307, 407) with the guard interval (313, 413a,b) overlapping at least partly with the power transition period (315, 415, 417). receiving, from a network node in the wireless communication system, an indication of whether a transmit signal (307, 407) is to be transmitted with a guard interval (313, 413a,b); in response to the indication, determining whether to transmit the transmit signal (307, 407) with the guard interval (313, 413a,b), wherein the determining is based on a difference of power levels between a pair of consecutive symbols (311a,b, 411e,f, 411f,g), to be transmitted, being at least at a threshold; in response to the determining, generating the transmit signal (307, 407) comprising a series of symbols (311a,b, 411a-g), including the pair of consecutive symbols (311a,b, 411e,f, 411f,g) that are to be transmitted at different power levels, with power ramping (316, 416, 418) to occur over a power transition period (315, 415, 417) between the pair of consecutive symbols (311a,b, 411e,f, 411f,g); and transmitting the transmit signal (307, 407) with the guard interval (313, 413a,b) overlapping at least partly with the power transition period (315, 415, 417).
A hinge for movable parts of motor vehicle bodyworks, said movable parts preferably being doors, bonnets, boots, and/or hatchback doors, said hinge comprising: - a first hooking portion connectable to a fixed part of a chassis and/or a bodywork; - a kinematic articulation mechanism connected to said first hooking portion; and - a second hooking portion connected to said kinematic articulation mechanism and connectable to a movable part of a chassis and/or a bodywork, it further comprises a servo control unit simultaneously associated with the first and the second hooking portions (2, 4) said servo control unit comprises at least one actuator adapted to exert an active force at least on said second hooking portion, wherein said at least one actuator comprises at least one pre-loaded axial spring interconnected through a fifth pin and a sixth pin with the first and the second hooking portions (2 and 4) respectively, characterised in that said servo control means further comprises: - a spring-guiding element axially fitted in the pre-loaded spring; and - an end housing coaxial with said spring-guiding element and placed in correspondence with the fifth pin or the sixth pin; a pre-load adjusting unit for said at least one actuator is also present, said adjusting unit is coincident with the spring-guiding element or the end housing, - and at least one geometric-adjustment element is present and connectable to the first and/or second hooking portion (2 and/or 4) in order to vary a relative position of the fifth and/or sixth pin (5b and/or 5c). - a first hooking portion connectable to a fixed part of a chassis and/or a bodywork; - a kinematic articulation mechanism connected to said first hooking portion; and - a second hooking portion connected to said kinematic articulation mechanism and connectable to a movable part of a chassis and/or a bodywork, - a spring-guiding element axially fitted in the pre-loaded spring; and - an end housing coaxial with said spring-guiding element and placed in correspondence with the fifth pin or the sixth pin; a pre-load adjusting unit for said at least one actuator is also present, said adjusting unit is coincident with the spring-guiding element or the end housing, - and at least one geometric-adjustment element is present and connectable to the first and/or second hooking portion (2 and/or 4) in order to vary a relative position of the fifth and/or sixth pin (5b and/or 5c).
An auditory implant system comprising: an implanted electrode array having a plurality of stimulation contacts configured for electrical stimulation of adjacent neural tissue; an audio input preprocessor that receives an input audio signal and generates a plurality of band pass signals, wherein each band pass signal represents an associated band of audio frequencies in the input audio signal and is characterized by band pass components including a band pass envelope and band pass fine structure; a band pass signal analyzer that analyzes each band pass signal to detect when one of the band pass components undergoes a defined transition event; characterized in that the system further comprises a stimulation signal generator that generates a set of electrode stimulation signals for the stimulation contacts from the band pass signals such that the electrode stimulation signals to a given stimulation contact: i. use a transition event stimulation pattern whenever a transition event is detected in a band pass signal associated with the given stimulation contact, and ii. use a different non-transition stimulation pattern after the transition event stimulation pattern until a next subsequent transition event is detected. an implanted electrode array having a plurality of stimulation contacts configured for electrical stimulation of adjacent neural tissue; an audio input preprocessor that receives an input audio signal and generates a plurality of band pass signals, wherein each band pass signal represents an associated band of audio frequencies in the input audio signal and is characterized by band pass components including a band pass envelope and band pass fine structure; a band pass signal analyzer that analyzes each band pass signal to detect when one of the band pass components undergoes a defined transition event; characterized in that the system further comprises a stimulation signal generator that generates a set of electrode stimulation signals for the stimulation contacts from the band pass signals such that the electrode stimulation signals to a given stimulation contact: i. use a transition event stimulation pattern whenever a transition event is detected in a band pass signal associated with the given stimulation contact, and ii. use a different non-transition stimulation pattern after the transition event stimulation pattern until a next subsequent transition event is detected. i. use a transition event stimulation pattern whenever a transition event is detected in a band pass signal associated with the given stimulation contact, and ii. use a different non-transition stimulation pattern after the transition event stimulation pattern until a next subsequent transition event is detected.
An electrical penetrator comprising: a generally cylindrical body having a first, external face and a second, internal face, a generally cylindrical projection extending from the first face and coaxial with the body, and a central, axial bore extending through the body and the cylindrical projection; a connector pin mounted in the central axial bore with a dielectric material, the pin having a first, external end and a second, internal end; characterized in that the penetrator comprises a first boot seal having a first segment in sealing engagement with the connector pin and a second segment connected to the first segment and in sealing engagement with the outer surface of the cylindrical projection; and, a second boot seal having a first segment in sealing engagement with the connector pin and an adjacent second segment in sealing engagement with the first segment of the first boot seal. a generally cylindrical body having a first, external face and a second, internal face, a generally cylindrical projection extending from the first face and coaxial with the body, and a central, axial bore extending through the body and the cylindrical projection; a connector pin mounted in the central axial bore with a dielectric material, the pin having a first, external end and a second, internal end; characterized in that the penetrator comprises a first boot seal having a first segment in sealing engagement with the connector pin and a second segment connected to the first segment and in sealing engagement with the outer surface of the cylindrical projection; and, a second boot seal having a first segment in sealing engagement with the connector pin and an adjacent second segment in sealing engagement with the first segment of the first boot seal.
A nitroxide fluorescent powder comprising an inorganic compound containing M, A, B, O, N, and R elements; in which the M element is at least one of Ca, Sr, Ba, Mg, Li, Na, and K, the A element is at least one of B, Al, Ga, and In, the B element is at least one of C, Si, Ge, and Sn, the R element is at least one of Ce, Eu, Lu, Dy, Gd, and Ho, O is oxygen and N is nitrogen, characterized in that the inorganic compound forms a crystal in a crystalline phase and has a chemical formula of M m-r A a B b N n O c:R r, in which 0.9≤m≤1.1, 0.8≤a≤1.2, 0.8≤b≤1.2, 2.5<n≤3.5, 0.001≤c≤1, 0.001 ≤r≤0.1 and 2m+3a+4b-3n-2c=0, and the oxygen atom content in the crystal in a crystalline phase is in an increasing structural distribution from a core to surface of the crystal.
Made-up media line for conducting fluid media through having a fluid line with end-side line connectors (4, 6), in particular for connecting a tank to a metering unit for a reduction additive in an SCR catalytic converter system of an internal combustion engine, the fluid line having electric heating means at least in sections for fluid heating, the fluid line having temperature control means at least in regions for fluid temperature control of the fluid line by means of a temperature control fluid with at least one transition (18, 20) to an external feed line and/or an external discharge line for the temperature control fluid, the temperature control means being formed by at least one temperature control line (26 or 28) which conducts the temperature control fluid, and the/each temperature control line (26, 28) running adjacently with respect to the fluid line over a defined length section, the heat exchange between the fluid line and the/each temperature control line (26, 28) being possible, the/each temperature control line (26, 28) having a line connector (32, 34) in a first connection region, the/each line connector (32, 34) of the temperature line/lines (26, 28) being configured together with the line connector of the fluid line as a multiple connector, and the/each temperature control line (26, 28) having a line connector (58, 60) for the releasable connection of the external feed or discharge line (22, 24) in the region of its transition (18, 20) which is spaced apart from the first connection region, the/each line connector (58, 60) which is situated in the region of the transition (18, 20) which is spaced apart from the first connection region being configured together with a fluid connector which divides the fluid line into two sections as a multiple connector, and the multiple connector having electric heating means for fluid heating.
Tyre comprising a tread, said tread having a tread surface designed to come into contact with the road surface, a shoulder region partially delimiting the tread, a plurality of complex cutouts extending through the tread and through the shoulder region, each complex cutout comprising a sipe that leads onto the tread surface and a channel that extends the sipe into the depth of the tread and leads onto a surface of the shoulder region, characterized in that the channel of the sipe has a main part that extends through the tread and a widened part that extends through the shoulder region from the main part of the channel to the surface of the shoulder region, and in that, as seen in cross section, the widened part makes, with the surface of the shoulder region, an outlet angle δ of less than 90 degrees.