mhurhangee/ep-ind-claims huggingface dataset:
A device for controlling rotational movement of a steering device and/or a thereto connected wheel arrangement about a steering axis relative a chassis of a vehicle, said steering device being mechanically connected to said wheel arrangement such that a limited relative rotational movement there between is allowed, said device comprising: - a main valve unit having a first valve member mechanically connectable to said steering device and a second valve member mechanically connectable to a wheel arrangement, said first valve member being arranged to interact with said second valve member to adjust a flow passage area (A1, A2) in response to said relative rotational movement in order to control said rotational movement of said steering device and/or the thereto connected wheel arrangement about said steering axis relative said chassis, wherein said device further comprising: - a first element being connectable with said steering device; - a second element being connectable to said wheel arrangement, said second element being mechanically coupled to said first element via a silent block bush or a bearing to allow a limited relative rotational movement therebetween about a centre axis thereof; and wherein said first valve member is mechanically connected to said first element and said second valve member is mechanically connected to said second element.. - a main valve unit having a first valve member mechanically connectable to said steering device and a second valve member mechanically connectable to a wheel arrangement, said first valve member being arranged to interact with said second valve member to adjust a flow passage area (A1, A2) in response to said relative rotational movement in order to control said rotational movement of said steering device and/or the thereto connected wheel arrangement about said steering axis relative said chassis, - a first element being connectable with said steering device; - a second element being connectable to said wheel arrangement, said second element being mechanically coupled to said first element via a silent block bush or a bearing to allow a limited relative rotational movement therebetween about a centre axis thereof; and wherein said first valve member is mechanically connected to said first element and said second valve member is mechanically connected to said second element..
A bearing compartment for a gas turbine engine comprising: a housing for surrounding an engine axis of rotation and having an inner surface and an outer surface spaced radially outward of the inner surface, the housing defining an open volume for a lubricant, and wherein the housing includes a seat for a bearing for rotation about the engine axis of rotation; wherein the inner surface comprises a wetted surface; and wherein the housing extends from a fore end to an aft end, and wherein the aft end includes an attachment flange, and wherein the inner surface of the housing includes an axial portion, and wherein the inner surface tapers inwardly in an aft direction from an aft end of the axial portion to form an inward inclined portion, characterized in that the housing includes a plurality of cooling protuberances extending into the open volume, wherein the cooling protuberances extend radially inward from the wetted surface into the lubricant with each cooling protuberance being spaced apart from an adjacent cooling protuberance by a gap and wherein the protuberances are formed on at least the axial portion. a housing for surrounding an engine axis of rotation and having an inner surface and an outer surface spaced radially outward of the inner surface, the housing defining an open volume for a lubricant, and wherein the housing includes a seat for a bearing for rotation about the engine axis of rotation; wherein the inner surface comprises a wetted surface; and wherein the housing extends from a fore end to an aft end, and wherein the aft end includes an attachment flange, and wherein the inner surface of the housing includes an axial portion, and wherein the inner surface tapers inwardly in an aft direction from an aft end of the axial portion to form an inward inclined portion, characterized in that the housing includes a plurality of cooling protuberances extending into the open volume, wherein the cooling protuberances extend radially inward from the wetted surface into the lubricant with each cooling protuberance being spaced apart from an adjacent cooling protuberance by a gap and wherein the protuberances are formed on at least the axial portion.
A dual venturi for a combustor, comprising: a housing provided with an outlet adapted to be connected to a turbo fan on one side and a predetermined space in the interior of said dual venturi through which gas and air can flow; an air supply unit separated, within the housing, by a first partition into a first air supply unit and a second air supply unit with an opening/closing hole formed in the middle; a gas supply unit formed on one side of the housing and divided into a first gas supply unit and a second gas supply unit by a second partition, the first gas supply unit being connected to the first air supply unit and the second gas supply unit being connected to the second air supply unit via the opening/closing hole; a gas inlet formed on a side of the gas supply unit and configured to allow simultaneous inflow of first gas and second gas, a first gas inlet being formed on the first gas supply unit and a second gas inlet being formed on the second gas supply unit; and an opening/closing means which blocks flow of the second air flowing into the second air supply unit and second gas flowing into the second gas supply unit when the combustor requires low heat capacity, and opens the second air supply unit and the second gas supply unit when high heat capacity is needed, characterized in that the opening/closing means comprises an opening/closing unit provided in the middle of the second air supply unit to allow flow of or block, via a damper that is rotated by operation of a motor, air flowing through the second air supply unit and gas flowing through the second gas supply unit. a housing provided with an outlet adapted to be connected to a turbo fan on one side and a predetermined space in the interior of said dual venturi through which gas and air can flow; an air supply unit separated, within the housing, by a first partition into a first air supply unit and a second air supply unit with an opening/closing hole formed in the middle; a gas supply unit formed on one side of the housing and divided into a first gas supply unit and a second gas supply unit by a second partition, the first gas supply unit being connected to the first air supply unit and the second gas supply unit being connected to the second air supply unit via the opening/closing hole; a gas inlet formed on a side of the gas supply unit and configured to allow simultaneous inflow of first gas and second gas, a first gas inlet being formed on the first gas supply unit and a second gas inlet being formed on the second gas supply unit; and an opening/closing means which blocks flow of the second air flowing into the second air supply unit and second gas flowing into the second gas supply unit when the combustor requires low heat capacity, and opens the second air supply unit and the second gas supply unit when high heat capacity is needed, characterized in that the opening/closing means comprises an opening/closing unit provided in the middle of the second air supply unit to allow flow of or block, via a damper that is rotated by operation of a motor, air flowing through the second air supply unit and gas flowing through the second gas supply unit.
A relay attack processing method, wherein the method is applied to a secure element SE in a terminal, and the method comprises: if the SE determines that a first card application is selected, monitoring, by the SE, data transfer-out behavior and data transfer-in behavior of the first card application, wherein the first card application is a card application stored in the SE; and if the data transfer-out behavior and the data transfer-in behavior meet a relay attack condition, performing, by the SE, defense processing, wherein the relay attack condition comprises: the first card application receives a first message through a first logical channel, and sends the first message through a second logical channel. if the SE determines that a first card application is selected, monitoring, by the SE, data transfer-out behavior and data transfer-in behavior of the first card application, wherein the first card application is a card application stored in the SE; and if the data transfer-out behavior and the data transfer-in behavior meet a relay attack condition, performing, by the SE, defense processing, wherein the relay attack condition comprises: the first card application receives a first message through a first logical channel, and sends the first message through a second logical channel.
A protein comprising a mutated sequence of SEQ ID No. 1, said mutated sequence of SEQ ID No. 1 comprising at least one mutation A, A', B, C or C', in which: mutation A consists of the substitution of amino acids 43 to 52 of the sequence SEQ ID No. 1 with a sequence chosen from DFLAEGLTPR, KATN*ATLSPR and KATXATLSPR, mutation A' consists of the substitution of amino acids 47 to 52 of the sequence SEQ ID No. 1 with a sequence chosen from TSKLTR, FNDFTR, LSSMTR, PPSLTR and LSCGQR, mutation B consists of the insertion of a sequence chosen from DFLAEGLTPR, KATN*ATLSPR, KATXATLSPR, TSKLTR, FNDFTR, LSSMTR, PPSLTR and LSCGQR between amino acids 52 and 53 of the sequence SEQ ID No. 1, mutation C consists of the insertion of a sequence chosen from DFLAEGLTPR, KATN*ATLSPR and KATXATLSPR, between amino acids 52 and 53 of the sequence SEQ ID No. 1, and of the deletion of amino acids 4 to 13 of the sequence SEQ ID No. 1, mutation C' consists of the insertion of a sequence chosen from TSKLTR, FNDFTR, LSSMTR, PPSLTR and LSCGQR, between amino acids 52 and 53 of the sequence SEQ ID No. 1, and of the deletion of amino acids 4 to 9 of the sequence SEQ ID No. 1, where N* is an optionally glycosylated asparagine.
A device for detecting the locking or unlocking of a rod closing system for a sliding bay, comprising an electronic circuit comprising wirelessly communicating means for communicating a signal detecting a change in the position of said rod, said detection device comprising an electric generator capable of producing an electric current supplying said electronic circuit under the effect of the translation of said rod, said wireless communication means then emitting a signal indicating the new position of said rod; characterised in that said electric generator comprises a piezoelectric generator; and in that the piezoelectric generator comprises a deformable member, said deformable member having a stem, engaged in a longitudinal slot of the cylindrical body, said stem causing a deformation movement of said deformable member during rotation of said cylindrical body; said device comprising a driver integral with the rod, said driver cooperating with the electric generator so as to produce an electric current during the translation of the rod; and the device comprising a member for mechanically transmitting the movement of the driver towards the electric generator, said mechanical transmission member comprising a cylindrical body movable in rotation, and rotated under the effect of the translation of the rod. said detection device comprising an electric generator capable of producing an electric current supplying said electronic circuit under the effect of the translation of said rod, said wireless communication means then emitting a signal indicating the new position of said rod; characterised in that said electric generator comprises a piezoelectric generator; and in that the piezoelectric generator comprises a deformable member, said deformable member having a stem, engaged in a longitudinal slot of the cylindrical body, said stem causing a deformation movement of said deformable member during rotation of said cylindrical body; said device comprising a driver integral with the rod, said driver cooperating with the electric generator so as to produce an electric current during the translation of the rod; and the device comprising a member for mechanically transmitting the movement of the driver towards the electric generator, said mechanical transmission member comprising a cylindrical body movable in rotation, and rotated under the effect of the translation of the rod.
A method for secure Internet access, wherein the method comprises: establishing by a security device a first secure network connection with a user device; establishing by the security device a second secure network connection with a security server, which provides access to the Internet; activating an Internet application on the security device for accessing through the second secure network connection with the security server a resource on the Internet; activating an antivirus application on the security device for providing an additional layer of security and preventing theft of information on the user device or security device through the second secure network connection; transmitting over the second secure network connection with the security server a user authentication data for accessing the resource; transmitting over the first secure network connection an application-related data, a resource-related data, and the user authentication data to the user device; and dynamically changing security settings of the user device based on changes in the security characteristics of the user device or the security characteristics of the network environment in which the user device operates. establishing by a security device a first secure network connection with a user device; establishing by the security device a second secure network connection with a security server, which provides access to the Internet; activating an Internet application on the security device for accessing through the second secure network connection with the security server a resource on the Internet; activating an antivirus application on the security device for providing an additional layer of security and preventing theft of information on the user device or security device through the second secure network connection; transmitting over the second secure network connection with the security server a user authentication data for accessing the resource; transmitting over the first secure network connection an application-related data, a resource-related data, and the user authentication data to the user device; and dynamically changing security settings of the user device based on changes in the security characteristics of the user device or the security characteristics of the network environment in which the user device operates.
A siRNA comprising a nucleic acid sequence selected from the group consisting of SEQ ID NOs: 1-8 for use in the treatment of a disease or condition associated with the degeneration of an axon, wherein the disease or condition is selected from the group consisting of (i) a disorder of the nervous system, (ii) a condition of the nervous system that is secondary to a disease, condition, or therapy having a primary effect outside of the nervous system, (iii) an injury to the nervous system caused by physical, mechanical, or chemical trauma, (iv) ocular-related neurodegeneration, and the treatment comprises administering to a neuron or portion thereof said siRNA that inhibits or decreases the activity or expression of DLK in the neuron or portion thereof and inhibits the degeneration of the axon.
A crimp terminal, comprising the following: a conductor crimp unit having a base, and conductor swage units extended from side parts of the base and swaging so as to crimp a conductor on the base; and many serrations (10a, 10b) provided in inner surfaces of the base and the conductor swage units; wherein in the above configuration, the serrations (10a, 10b) are different from one another in size depending on areas (E1, E2), wherein the serrations (10a, 10b) are small-sized small serrations and large-sized large serrations; characterized in that: the serrations (10a, 10b) are circular, and the small serrations are provided in an electric wire lead-out side area of the base and the conductor swage units; the large serrations are provided in an area on the opposite side of the electric wire lead-out side area of the base and the conductor swage units; and each large serration is longer in total edge length than each small serration. a conductor crimp unit having a base, and conductor swage units extended from side parts of the base and swaging so as to crimp a conductor on the base; and many serrations (10a, 10b) provided in inner surfaces of the base and the conductor swage units; wherein in the above configuration, the serrations (10a, 10b) are different from one another in size depending on areas (E1, E2), the serrations (10a, 10b) are small-sized small serrations and large-sized large serrations; characterized in that: the serrations (10a, 10b) are circular, and the small serrations are provided in an electric wire lead-out side area of the base and the conductor swage units; the large serrations are provided in an area on the opposite side of the electric wire lead-out side area of the base and the conductor swage units; and each large serration is longer in total edge length than each small serration. the serrations (10a, 10b) are circular, and the small serrations are provided in an electric wire lead-out side area of the base and the conductor swage units; the large serrations are provided in an area on the opposite side of the electric wire lead-out side area of the base and the conductor swage units; and each large serration is longer in total edge length than each small serration.
An absorbent article selected from a sanitary napkin, an incontinence pad and a pantyliner, having a body-facing surface and a garment-facing surface, said absorbent article comprising: a topsheet layer; a backsheet layer; optionally one or more intermediate layers enclosed between said topsheet and said backsheet; a fastening adhesive applied on the backsheet garment facing surface said adhesive comprising one or more thermoplastic elastomers; and a fragrance or odor control composition applied on or within at least one layer of said absorbent article; wherein said fragrance or odor control composition comprises at least 10%, by weight (based on the weight of the fragrance or odor control active ingredients only), one or more salicylic acid esters having a log P value of 2.9 or higher and a Kovats Retention Index (using a DB-5 (5% phenyl-methylpolysiloxane) column, 30 m x 0.25 mm i.d., with a 0.25 micron film thickness) of 1450 or higher and wherein at least 90% by weight of said one or more salicylic acid esters are present as cyclodextrin complexes and are comprised in encapsulated form. a topsheet layer; a backsheet layer; optionally one or more intermediate layers enclosed between said topsheet and said backsheet; a fastening adhesive applied on the backsheet garment facing surface said adhesive comprising one or more thermoplastic elastomers; and a fragrance or odor control composition applied on or within at least one layer of said absorbent article;
A crane rail measuring device for detecting the irregular heights and lateral shifts in the rails by being moved on the crane rail with energy provided by a power source and drive from an electric motor, characterized by comprising; at least one angle sensor that detects the angle change of the rail, an encoder to measure how far the rail measuring device has traveled on the rail and to receive the displacement data, and a microprocessor that controls the data from the sensors by controlling the rail measuring device.
Liquid supply system comprising a suction lance configured to be inserted into a liquid container, at least one level sensor (10, 12) fixed on said lance and configured to detect a liquid level inside the liquid container, and a control device connected to said level sensor (10, 12), characterized in that the control device is configured to determine a rate of change of the liquid level detected by said at least one level sensor (10, 12) and to detect a lance removal if the rate of change reaches or exceeds a predefined threshold, which threshold is set to a value which during normal operation is not reached.
Cerium oxide nanoparticles, a therapeutically effective dose of radiation and a therapeutically effective dose of a chemotherapeutic agent for use in a method of treating pancreatic cancer or lung cancer in a patient in need thereof, the method comprising: administering an effective dose of cerium oxide nanoparticles to the patient; administering a therapeutically effective dose of radiation to the patient; and administering a therapeutically effective dose of a chemotherapeutic agent to the patient, thereby treating the cancer. administering an effective dose of cerium oxide nanoparticles to the patient; administering a therapeutically effective dose of radiation to the patient; and administering a therapeutically effective dose of a chemotherapeutic agent to the patient, thereby treating the cancer.
A dose setting mechanism for an injection device, wherein the dose setting mechanism comprises: a housing; a coupling assembly rotationally fixed to the housing and comprising longitudinal splines; a dose knob comprising knob splines located on an inside proximal surface of the dose knob; a dose selector axially fixed to the dose knob and rotationally fixed to the housing; and a snap element comprising a fixed set of snap element splines, wherein the coupling assembly is axially fixed relative to the snap element, wherein the snap element can rotate relative to the coupling assembly and the dose selector, wherein the coupling assembly is engaged with a corresponding set of dose selector coupling elements on the dose selector during dose setting and dose delivery, wherein the coupling assembly is engaged with the knob splines on the dose knob during dose delivery but not during dose setting. a housing; a coupling assembly rotationally fixed to the housing and comprising longitudinal splines; a dose knob comprising knob splines located on an inside proximal surface of the dose knob; a dose selector axially fixed to the dose knob and rotationally fixed to the housing; and a snap element comprising a fixed set of snap element splines, wherein the coupling assembly is axially fixed relative to the snap element, wherein the snap element can rotate relative to the coupling assembly and the dose selector, wherein the coupling assembly is engaged with a corresponding set of dose selector coupling elements on the dose selector during dose setting and dose delivery, wherein the coupling assembly is engaged with the knob splines on the dose knob during dose delivery but not during dose setting.