mhurhangee/ep-ind-claims huggingface dataset:
A security system comprising: a control panel that is configured to detect threats within a secured area; at least one Bluetooth low energy device located proximate an exit from the secured area that is configured to broadcast a wireless location identification signal within a limited range; and a portable wireless device that is configured to detect the wireless location identification signal when located within the limited range to identify that the portable wireless device is departing from the secured area; wherein the portable wireless device is configured to send a notification of the wireless location identification signal to the control panel, and responsive thereto, the control panel is configured to initiate display of a first screen used to arm the security system on a first user interface of the control panel, and wherein the portable wireless device, simultaneously with sending the notification, is configured to initiate display of a second screen used to arm the security system on a second user interface of the portable wireless device. a control panel that is configured to detect threats within a secured area; at least one Bluetooth low energy device located proximate an exit from the secured area that is configured to broadcast a wireless location identification signal within a limited range; and a portable wireless device that is configured to detect the wireless location identification signal when located within the limited range to identify that the portable wireless device is departing from the secured area; wherein the portable wireless device is configured to send a notification of the wireless location identification signal to the control panel, and responsive thereto, the control panel is configured to initiate display of a first screen used to arm the security system on a first user interface of the control panel, and wherein the portable wireless device, simultaneously with sending the notification, is configured to initiate display of a second screen used to arm the security system on a second user interface of the portable wireless device.
A biopotential electrode for transferring electrical signals with a subject comprising: an external electrical conductor; a membrane; and a conductive medium positioned in communication with a portion of said electrical conductor and a portion of said membrane; wherein electrical potentials are coupled from said subject across said membrane into said conductive medium and then transferred from said subject to said electrical conductor, characterised in that the conductive medium is hydrophilic for aiding in keeping the surface of the membrane dry and the membrane permits exchange of ions between the subject's body and the conductive medium while at the same time being sufficiently restrictive to block moisture such that the exterior face of the membrane presents a dry surface to the skin of the subject's body. an external electrical conductor; a membrane; and a conductive medium positioned in communication with a portion of said electrical conductor and a portion of said membrane; wherein electrical potentials are coupled from said subject across said membrane into said conductive medium and then transferred from said subject to said electrical conductor, characterised in that the conductive medium is hydrophilic for aiding in keeping the surface of the membrane dry and the membrane permits exchange of ions between the subject's body and the conductive medium while at the same time being sufficiently restrictive to block moisture such that the exterior face of the membrane presents a dry surface to the skin of the subject's body.
A motor vehicle power steering mechanism with an electric motor for steering assist and/or steering, and a steering controller, which controls the electric motor with a position control mode for autonomous driving and/or automatic steering and a torque control mode for manual steering by a driver, wherein the steering controller comprises an arbitration unit, a column torque controller, and a steering algorithm, characterized in that the steering controller further comprises a steering column reference controller and an estimator to calculate states of the steering mechanism, wherein the steering column reference controller calculates for position control based on a reference position and a measured position a first reference steering column torque and the steering algorithm calculates for torque control based on a measured column torque a second reference steering column torque, wherein the arbitration unit weights and adds the first and second reference steering column torques (5, 10), and wherein the output of the arbitration unit is input to the column torque controller to calculate a target motor torque from the output of the arbitration unit and the states.
A spray bottle cap comprising: a base lid, an upper end of an inner wall of the base lid is provided with a first limit rib and a first guide groove penetrating the first limit rib; a pressing head connecting to the upper end of the base lid; the pressing head comprises a outlet rod, a pressing handle and a connection portion, the outer wall of the outlet rod is provided with an outer thread; inside the connection portion is provided with a first limit flange and a protrusion portion (321b, 316), the protrusion portion (321b, 316) is located above the first limit flange; the pressing handle is provided with an anti-reversion snap parent body; the first limit flange of the connection portion is arranged under the first limit rib of the base lid, the protrusion portion (321b, 316) is up-down slidable along the first guide groove of the base lid; a protective cap covering the outside of the outlet rod; a lower end of the protective cap is a double-layer structure comprising an outer ring of the protective cap and an inner ring of the protective cap; an inner wall of the inner ring of the protective cap is provided with an inner thread matched with the outer thread of the outlet rod, and an lower end of an inner wall of the outer ring of the protective cap is provided with an anti-reversion snap daughter body matched with the anti-reversion snap parent body. a base lid, an upper end of an inner wall of the base lid is provided with a first limit rib and a first guide groove penetrating the first limit rib; a pressing head connecting to the upper end of the base lid; the pressing head comprises a outlet rod, a pressing handle and a connection portion, the outer wall of the outlet rod is provided with an outer thread; inside the connection portion is provided with a first limit flange and a protrusion portion (321b, 316), the protrusion portion (321b, 316) is located above the first limit flange; the pressing handle is provided with an anti-reversion snap parent body; the first limit flange of the connection portion is arranged under the first limit rib of the base lid, the protrusion portion (321b, 316) is up-down slidable along the first guide groove of the base lid; a protective cap covering the outside of the outlet rod; a lower end of the protective cap is a double-layer structure comprising an outer ring of the protective cap and an inner ring of the protective cap; an inner wall of the inner ring of the protective cap is provided with an inner thread matched with the outer thread of the outlet rod, and an lower end of an inner wall of the outer ring of the protective cap is provided with an anti-reversion snap daughter body matched with the anti-reversion snap parent body.
A sand control screen assembly (24,32,100) for use in a subterranean wellbore, the sand control screen assembly comprising: a base pipe; a screen jacket positioned around the base pipe that prevents the flow of particulate material of a predetermined size therethrough and allows the flow of production fluids therethrough; and a control line capture assembly coupled to the screen jacket, the control line capture assembly having an axially extending flange coupled to the screen jacket, the flange protecting the control line (40,146,162) during installation of the sand control screen in the wellbore and an axially extending spring channel (134,150) coupled to the flange, the spring channel (134,150) being metal and having a base (136,152), a pair of oppositely disposed legs (138,140,154,156), each leg extending from the base, each leg having an arm (142,144,158,160) extending therefrom and towards the base to form a pair of oppositely disposed receiving arms (142,144,158,160) operable to flex relative to legs (138,140,154,156) enabling the arms (142,144,158,160) to exert a biasing force therebetween to enable the spring channel (134,150) to receive and retain a control line therein between the arms (142,144,158,160) which exert a biasing force on the control line. a base pipe; a screen jacket positioned around the base pipe that prevents the flow of particulate material of a predetermined size therethrough and allows the flow of production fluids therethrough; and a control line capture assembly coupled to the screen jacket, the control line capture assembly having an axially extending flange coupled to the screen jacket, the flange protecting the control line (40,146,162) during installation of the sand control screen in the wellbore and an axially extending spring channel (134,150) coupled to the flange, the spring channel (134,150) being metal and having a base (136,152), a pair of oppositely disposed legs (138,140,154,156), each leg extending from the base, each leg having an arm (142,144,158,160) extending therefrom and towards the base to form a pair of oppositely disposed receiving arms (142,144,158,160) operable to flex relative to legs (138,140,154,156) enabling the arms (142,144,158,160) to exert a biasing force therebetween to enable the spring channel (134,150) to receive and retain a control line therein between the arms (142,144,158,160) which exert a biasing force on the control line.
A controlled release pharmaceutical composition for oral use in the form of a capsule or a tablet comprising as an active substance one or more fumaric acid esters selected from di-(C 1 -C 5)alkylesters of fumaric acid and mono-(C 1 -C 5)alkylesters of fumaric acid, or a pharmaceutically acceptable salt thereof, wherein the release of the fumaric acid ester - when subjected to an in vitro dissolution test employing 0.1 N hydrochloric acid as dissolution medium during the first 2 hours of the test and then 0.05 M phosphate buffer pH 6.5 as dissolution medium, wherein the dissolution profile is determined as described in the United States Pharmacopoeia at 37 °C and a rotation speed of 100 rpm using a rotating basket for a capsule and a paddle dissolution apparatus for a tablet - is as follows: within the first 3 hours after start of the test at the most 70% w/w of the total amount of the fumaric acid ester contained in the composition is released.
A unitary retainer assembly for a high-pressure spray nozzle assembly comprising: a retainer having a clasp for releasably trapping wear components, characterized by a sleeve having a first radial detent; a check valve assembly comprising a valve seal attached to a valve body having a second radial detent; and a helical spring which at one terminal end removably attaches to the first radial detent formed on the sleeve of the retainer, and at its opposite terminal end removably attaches to the second radial detent formed on the valve body of the check valve.
An X-ray source comprising: a target generator adapted to form a liquid jet propagating through an interaction region; an electron source adapted to provide an electron beam directed towards the interaction region such that the electron beam interacts with the liquid jet to generate X-ray radiation; characterized in that the x-ray source comprises a mixing tool adapted to induce mixing of the liquid jet at a distance downstream of the interaction region such that a maximum surface temperature (T max) of the liquid jet downstream of the interaction region is below a threshold temperature. a target generator adapted to form a liquid jet propagating through an interaction region; an electron source adapted to provide an electron beam directed towards the interaction region such that the electron beam interacts with the liquid jet to generate X-ray radiation; characterized in that the x-ray source comprises a mixing tool adapted to induce mixing of the liquid jet at a distance downstream of the interaction region such that a maximum surface temperature (T max) of the liquid jet downstream of the interaction region is below a threshold temperature.
A food composition comprising from 0.1 to less than 1 mg/kg selenium on a dry matter basis in conjunction with an antithyroid agent as a combined preparation for use in treating hyperthyroidism in a feline.
Support bearing for a suspension spring between a superstructure of a vehicle and a wheel-guiding element of the vehicle, having at least two bearing parts (1, 2) which by means of an actuator are displaceable relative to one another at least approximately in the direction of the vehicle vertical axis, of which a first bearing part is fastened to the vehicle superstructure and the second bearing part forms a support for the suspension spring, characterized in that the actuator is formed by an electric motor which has a downstream stress wave gearbox and is able to rotate relative to one another the bearing parts (1, 2) that are supported on top of one another in the manner of a threaded spindle, wherein a deformable gearbox bushing of the stress wave gearbox as a so-called flexspline is connected in a form-fitting manner to the second bearing part that forms the suspension spring support and in a manner so as to be mutually displaceable to said second bearing part in the displacement direction of the two bearing parts (1, 2) or of the cylinder axis, and wherein the gearbox bushing in an external portion that interacts with a hollow-cylindrical rotor of the electric motor that rotates about a or the cylinder axis has an internal toothing which can engage with an external toothing that is provided on a circular-cylindrical portion of the first bearing part which is fixedly connected to the vehicle superstructure, and wherein the hollow-cylindrical rotor of the electric motor, when viewed in the axial direction of said cylinder axis, externally is circular-cylindrical and internally has an oval cross section on which the deformable gearbox bushing in the case of a rotating rotor rolls directly or with the intervention of a friction bearing or rolling bearing.
A combination of a support constituted by a frame of a door or window or by a leaf, and a strike plate (10, 100) for spring-latch locks, particularly with a magnetic spring latch, adapted to be associated with said support, the support being provided with a spring-latch hole in a position that corresponds to the spring latch in order to receive it when the lock closes, comprising - a body (15, 115), which forms a receptacle for a spring latch, to be positioned at a spring-latch hole, - fixing means for fixing said body (15, 115) to a support, such as screws or the like, said body (15, 115) comprising at least one protrusion (18, 118) adapted to be inserted in said spring-latch hole, provided with engagement seats (19, 119) for said fixing means, said engagement seats (19, 119) being adapted to be arranged inside said spring-latch hole when said at least one protrusion (18, 118) is inserted therein, said engagement seats (19, 119) forming, for said fixing means, fixing directions that are inclined with respect to the longitudinal axis of said spring-latch hole in said support, characterized in that said body (15, 115) comprises two spacers (21a, 21b), which delimit laterally said receptacle so as to define it asymmetrically in said body, said strike plate (10, 100), when installed on said support, having said spacers (21a, 21b) that are adapted to abut against side walls (13a, 13b) of said spring-latch hole, delimiting therein said receptacle in an axially offset position with respect to a longitudinal axis of extension of said spring-latch hole. - a body (15, 115), which forms a receptacle for a spring latch, to be positioned at a spring-latch hole, - fixing means for fixing said body (15, 115) to a support, such as screws or the like,
Household refrigerating appliance with a door tray arranged on the refrigerating appliance door in a height-adjustable manner, which is fixed to the inner side of the door of the refrigerating appliance door in a releasable manner, wherein at least one rail of the refrigerating appliance door has both a multiplicity of holding elements to carry a releasable catch element of the door tray at different vertical height positions, as well as at least one vertically extending guiding element, into which the door tray engages, wherein the refrigerating appliance door and rail with holding elements and guiding element are formed in one piece, characterised in that the rail is L-shaped in form and the distance between the holding elements is smaller than the height of the door tray, wherein the holding elements have release bevels.
A crystalline form of 3-(3-{2-[ -3,5-Diamino-6-chloro-pyrazine-2-carbonylimino]-1,3,8-triaza-spiro[4.5]decane-8-carbonyl}-benzenesulfonylamino)-propionic acid dipropylcarbamoylmethyl ester succinate of formula comprising Form C, wherein said Form C is in substantially pure form, being characterized by an x-ray powder diffraction pattern comprising four or more 2-theta values selected from the group of 7.0°±0.2, 10.6°±0.2, 14.3*±0.2,18.2*±0.2, 18.6°±0.2, 19.2°±0.2, 21.2°±0.2, 21.8°±0.2, 24.7°±0.2, 29.0°±0.2 and 31.5°±0.2 at a temperature of 21-26°C °C.
A process of making an adamantanamide, the process comprising the steps: i. mixing 0.9 to 1 molar equivalents of an alkylamine and 1.0-1.5 molar equivalents of a base in sufficient water to obtain a concentration of the alkylamine in the aqueous solution between 0.1 to 1.0 M and the pH between 8 to 14; ii. heating the mixture to a temperature in the range of from 50°C to 90°C, to obtain a heated aqueous basic solution of the alkylamine; iii. adding 1 molar equivalent of adamantanecarbonyl chloride to the heated aqueous basic solution of alkylamine, to obtain a bi-phasic mixture; iv. stirring the bi-phasic mixture of the alkylamine and the adamantanecarbonyl chloride and maintaining the temperature in the range of from 50°C to 90°C, until the reaction is completed; v. stirring and allowing the reaction mixture to cool to below 30°C, to precipitate the adamantanamide product out of the reaction mixture; and vi. separating the adamantanamide product from the reaction mixture. i. mixing 0.9 to 1 molar equivalents of an alkylamine and 1.0-1.5 molar equivalents of a base in sufficient water to obtain a concentration of the alkylamine in the aqueous solution between 0.1 to 1.0 M and the pH between 8 to 14; ii. heating the mixture to a temperature in the range of from 50°C to 90°C, to obtain a heated aqueous basic solution of the alkylamine; iii. adding 1 molar equivalent of adamantanecarbonyl chloride to the heated aqueous basic solution of alkylamine, to obtain a bi-phasic mixture; iv. stirring the bi-phasic mixture of the alkylamine and the adamantanecarbonyl chloride and maintaining the temperature in the range of from 50°C to 90°C, until the reaction is completed; v. stirring and allowing the reaction mixture to cool to below 30°C, to precipitate the adamantanamide product out of the reaction mixture; and vi. separating the adamantanamide product from the reaction mixture.
User equipment, UE, comprising: a sending module, configured to transmit an uplink reference signal which is Sounding Reference Signal, SRS, of the UE according to reference signal bandwidth configuration information Bsrs for the UE, configuration information of a maximum reference signal frequency hopping bandwidth C SRS for the UE, and a frequency domain position parameter, wherein the reference signal bandwidth configuration information Bsrs for the UE indicates a user-specific reference signal bandwidth used by the UE to send the SRS, the configuration information of a maximum reference signal frequency hopping bandwidth C SRS for the UE is user-specific configuration information indicating a maximum measurable SRS bandwidth, and the frequency domain position parameter indicates a frequency domain position that is of the SRS and is obtained after the UE performs reference signal frequency-domain frequency hopping, characterized by: a value of the C SRS when the UE is in cell-edge is smaller than a value of the C SRS when the UE is in cell-center. a sending module, configured to transmit an uplink reference signal which is Sounding Reference Signal, SRS, of the UE according to reference signal bandwidth configuration information Bsrs for the UE, configuration information of a maximum reference signal frequency hopping bandwidth C SRS for the UE, and a frequency domain position parameter, wherein the reference signal bandwidth configuration information Bsrs for the UE indicates a user-specific reference signal bandwidth used by the UE to send the SRS, the configuration information of a maximum reference signal frequency hopping bandwidth C SRS for the UE is user-specific configuration information indicating a maximum measurable SRS bandwidth, and the frequency domain position parameter indicates a frequency domain position that is of the SRS and is obtained after the UE performs reference signal frequency-domain frequency hopping, characterized by: a value of the C SRS when the UE is in cell-edge is smaller than a value of the C SRS when the UE is in cell-center.
A relay node, which uses a full multiple access broadcast (FMABC) protocol, in a multi-pair bi-directional relay network, comprising a base station, M user nodes, wherein M >2, and said relay node, the relay node comprising: a receiver configured to receive in a predetermined time interval M signals C 0,i (i=1..M) transmitted over a full time interval from the base station and M signals C i,0 (i=1..M) from the respective M user nodes, said signal C 0,i being intended for the i th user node, said signal C i,0 being intended for the base station, said signals C i,0 and C 0,i being encoded using a nested lattice code chain, said nested lattice code chain comprising a plurality of lattices Λ n, wherein Λ n ⊆ Λ n-1; a decoding unit configured to estimate M pairwise lattice code sum signals C i = C 0,i + C i,0 (i=1..M) between the base station and the M user nodes based on the nested lattice code chain with respect to the 2M encoded signals; and a transmitter configured to encode the M pairwise lattice code sum signals C i to broadcasting codewords to generate M encoded signals after the predetermined time interval has ended, and transmit the M encoded signals to the base station and the M user nodes, wherein the base station, the relay node, and the M user nodes use the same nested lattice code chain. a receiver configured to receive in a predetermined time interval M signals C 0,i (i=1..M) transmitted over a full time interval from the base station and M signals C i,0 (i=1..M) from the respective M user nodes, said signal C 0,i being intended for the i th user node, said signal C i,0 being intended for the base station, said signals C i,0 and C 0,i being encoded using a nested lattice code chain, said nested lattice code chain comprising a plurality of lattices Λ n, wherein Λ n ⊆ Λ n-1; a decoding unit configured to estimate M pairwise lattice code sum signals C i = C 0,i + C i,0 (i=1..M) between the base station and the M user nodes based on the nested lattice code chain with respect to the 2M encoded signals; and a transmitter configured to encode the M pairwise lattice code sum signals C i to broadcasting codewords to generate M encoded signals after the predetermined time interval has ended, and transmit the M encoded signals to the base station and the M user nodes, wherein the base station, the relay node, and the M user nodes use the same nested lattice code chain.