mhurhangee/ep-ind-claims huggingface dataset:
A transdermal patch formulation comprising: hGH in an amount sufficient to achieve a formulation concentration of 30 mg/ml to 170 mg/ml, at least one sugar selected from the group consisting of sucrose and trehalose in an amount sufficient to achieve a formulation concentration of 22 mg/ml to 200 mg/ml, mannitol in an amount sufficient to achieve a formulation concentration of 10 mg/ml to 100 mg/ml or glycine in an amount sufficient to achieve a formulation concentration of 3 mg/ml to 99 mg/ml, and a buffer, wherein the buffer maintains the pH of the formulation in the range of 6 to 8, the formulation does not contain both glycine and mannitol, wherein the formulation comprises hGH, sucrose and glycine in a concentration ratio (mg/ml) ranging from 0.85:0.8:026 to 0.85:1.2:0.4 and the buffer is 30 mM phosphate buffer, or wherein the formulation comprises hGH, trehalose and mannitol in a concentration ratio (mg/ml) ranging from 0.85:0.8:0.4 to 0.85:1.2:0.6 and the buffer is 20 mM citrate buffer. hGH in an amount sufficient to achieve a formulation concentration of 30 mg/ml to 170 mg/ml, at least one sugar selected from the group consisting of sucrose and trehalose in an amount sufficient to achieve a formulation concentration of 22 mg/ml to 200 mg/ml, mannitol in an amount sufficient to achieve a formulation concentration of 10 mg/ml to 100 mg/ml or glycine in an amount sufficient to achieve a formulation concentration of 3 mg/ml to 99 mg/ml, and a buffer, wherein the buffer maintains the pH of the formulation in the range of 6 to 8, the formulation does not contain both glycine and mannitol, wherein the formulation comprises hGH, sucrose and glycine in a concentration ratio (mg/ml) ranging from 0.85:0.8:026 to 0.85:1.2:0.4 and the buffer is 30 mM phosphate buffer, or wherein the formulation comprises hGH, trehalose and mannitol in a concentration ratio (mg/ml) ranging from 0.85:0.8:0.4 to 0.85:1.2:0.6 and the buffer is 20 mM citrate buffer.
A kit of parts attachable to a pole, preferably a street pole, said kit of parts comprising: - an elongated, electric conductive bracket extending along an axis and attachable to the pole in an electrically grounded connection thereto, and - a modular housing comprising: - a base mountable onto the bracket; - a cover mounted onto the base, the cover and the base enclosing a chamber; and - a plate-shaped, axially extending, elongated electric conductive carrier provided inside the chamber and in electrically grounded connection to the bracket. - an elongated, electric conductive bracket extending along an axis and attachable to the pole in an electrically grounded connection thereto, and - a modular housing comprising: - a base mountable onto the bracket; - a cover mounted onto the base, the cover and the base enclosing a chamber; and - a plate-shaped, axially extending, elongated electric conductive carrier provided inside the chamber and in electrically grounded connection to the bracket. - a base mountable onto the bracket; - a cover mounted onto the base, the cover and the base enclosing a chamber; and - a plate-shaped, axially extending, elongated electric conductive carrier provided inside the chamber and in electrically grounded connection to the bracket.
Wheeled bin, in particular for collecting waste, of which at least one wheel comprises a tread of flexible plastic material, in particular elastomer, the tread forming at least one substantially closed cavity, characterised in that the tread has at least one internal rib, in particular annular, extending into said cavity substantially perpendicular to the axis of rotation of the wheel.
Method for controlling an electromagnetically controllable suction valve for a high-pressure pump in a fuel injection system, in which method, for the closure of the suction valve, a magnet coil is electrically energized such that a magnetic field is built up, the magnetic force of which acts on an armature, which is coupled to a valve body, in such a way that said armature is moved counter to the spring force of a spring in the direction of a stroke stop and causes the valve piston to be relieved of load, which valve piston is thereupon pulled by the spring force of a valve spring into a valve seat, characterized in that, in the period of time between two electrical energization phases for the closure of the suction valve, during a suction phase, the magnet coil is temporarily electrically energized such that the armature is decoupled from the valve piston and, having been released from the valve piston, performs a free stroke in order to ventilate a working air gap which is formed between the armature and the stroke stop, without the valve piston following the movement of the armature.
A snowboard, comprising: a board having an upper surface, a lower surface (305, 505), a first and a second end, a first peripheral edge (304a, 504a) and a second peripheral edge (304b, 504b), wherein a longitudinal axis of the board extends through the first and second ends, the lower surface having a first rail (301a, 501a) and a second rail (301b, 501b) extending along the longitudinal axis, and the rails being separated by a recess (302, 502) extending along the longitudinal axis, the rails and the recess each having a width measured transverse to the longitudinal axis and the width of the recess being greater than the width of each respective rail, and the first and second rails and the recess extending along the length of the lower surface, and the first peripheral edge being located at a periphery of the board, and the first rail being located on the lower surface and closer than the first peripheral edge to the longitudinal axis, and the second peripheral edge being located at a periphery of the board, and the second rail being located on the lower surface and closer than the second peripheral edge to the longitudinal axis, characterised in that: a thickness of the respective rail decreases in a direction from the recess toward the first peripheral edge of the board and the second peripheral edge of the board, respectively. a board having an upper surface, a lower surface (305, 505), a first and a second end, a first peripheral edge (304a, 504a) and a second peripheral edge (304b, 504b), wherein a longitudinal axis of the board extends through the first and second ends, the lower surface having a first rail (301a, 501a) and a second rail (301b, 501b) extending along the longitudinal axis, and the rails being separated by a recess (302, 502) extending along the longitudinal axis, the rails and the recess each having a width measured transverse to the longitudinal axis and the width of the recess being greater than the width of each respective rail, and the first and second rails and the recess extending along the length of the lower surface, and the first peripheral edge being located at a periphery of the board, and the first rail being located on the lower surface and closer than the first peripheral edge to the longitudinal axis, and the second peripheral edge being located at a periphery of the board, and the second rail being located on the lower surface and closer than the second peripheral edge to the longitudinal axis, characterised in that: a thickness of the respective rail decreases in a direction from the recess toward the first peripheral edge of the board and the second peripheral edge of the board, respectively.
An electronic device, comprising: a display that displays content for a user; control circuitry; head-mounted support structures that support the display and the control circuitry; and a three-dimensional image sensor (16, 18) that is configured to capture a three-dimensional image of the user, wherein the head-mounted support structures include a first portion and a removable second portion, wherein the first portion supports the display, wherein the control circuitry is configured to analyze the three-dimensional image to identify a version of the second portion to couple to the first portion, and wherein the identified version of the second portion is removably coupled to the first portion and is configured to rest against the user while the display displays the content for the user, characterised in that the three-dimensional image sensor is supported by the head-mounted support structures. a display that displays content for a user; control circuitry; head-mounted support structures that support the display and the control circuitry; and a three-dimensional image sensor (16, 18) that is configured to capture a three-dimensional image of the user, wherein the head-mounted support structures include a first portion and a removable second portion, wherein the first portion supports the display, wherein the control circuitry is configured to analyze the three-dimensional image to identify a version of the second portion to couple to the first portion, and wherein the identified version of the second portion is removably coupled to the first portion and is configured to rest against the user while the display displays the content for the user, characterised in that the three-dimensional image sensor is supported by the head-mounted support structures.
Method for operating an energy storage device comprising, - operating the energy storage device in a regular mode different from a primary power mode, wherein in the regular mode the exchange of electrical power between the energy storage device and a grid connection of the energy storage device is independent of a grid frequency, - detecting a power failure at the grid connection of the energy storage device, - detecting a voltage return at the grid connection after detecting the power failure, - changing the operating mode of the energy storage device from the regular mode to the primary power mode, characterized in that the method further comprises: - providing primary power by the energy storage device at the grid connection immediately after the voltage return has been detected. - operating the energy storage device in a regular mode different from a primary power mode, wherein in the regular mode the exchange of electrical power between the energy storage device and a grid connection of the energy storage device is independent of a grid frequency, - detecting a power failure at the grid connection of the energy storage device, - detecting a voltage return at the grid connection after detecting the power failure, - changing the operating mode of the energy storage device from the regular mode to the primary power mode, - providing primary power by the energy storage device at the grid connection immediately after the voltage return has been detected.
A communications device for use in a communications network having a core network and a base station, the communications device comprising: means for communicating with the base station using a first radio access technology; means for communicating with a local area network using a second radio access technology which is an access technology according to a wireless local area network, WLAN, standard and different than said first radio access technology; wherein said means for communicating with the base station using the first radio access technology is operable to receive, from said base station, using said first radio access technology, when the communications device and another communications device are within radio range of each other, control information comprising at least an IP address and associated Traffic Flow Template, TFT, filtering parameters for configuring a WLAN channel for direct communication with another communications device via the local area network using said second radio access technology, wherein the received control information is based on proximity information that indicates when the communications device and another communications device are within radio range of each other; and means for configuring, based on said received control information, said WLAN channel for direct communication with the other communications device via the local area network using said second radio access technology. means for communicating with the base station using a first radio access technology; means for communicating with a local area network using a second radio access technology which is an access technology according to a wireless local area network, WLAN, standard and different than said first radio access technology; wherein said means for communicating with the base station using the first radio access technology is operable to receive, from said base station, using said first radio access technology, when the communications device and another communications device are within radio range of each other, control information comprising at least an IP address and associated Traffic Flow Template, TFT, filtering parameters for configuring a WLAN channel for direct communication with another communications device via the local area network using said second radio access technology, wherein the received control information is based on proximity information that indicates when the communications device and another communications device are within radio range of each other; and means for configuring, based on said received control information, said WLAN channel for direct communication with the other communications device via the local area network using said second radio access technology.
Method for securing a gasket to a bipolar plate, comprising the steps of: - applying and aligning a first gasket film to/with a second gasket film having connecting cutouts, - connecting the first gasket film to the second gasket film, so that the gasket is formed, - placing the gasket onto the bipolar plate, so that the second gasket film with the connecting cutouts bears against the bipolar plate, - carrying out an embossing step, in which an embossing force is applied in the region of the connecting cutouts by an embossing tool, so that an embossed adhesive point is formed and the first gasket film is connected to the bipolar plate via an adhesive arranged in the connecting cutout on the first gasket film. - applying and aligning a first gasket film to/with a second gasket film having connecting cutouts, - connecting the first gasket film to the second gasket film, so that the gasket is formed, - placing the gasket onto the bipolar plate, so that the second gasket film with the connecting cutouts bears against the bipolar plate, - carrying out an embossing step, in which an embossing force is applied in the region of the connecting cutouts by an embossing tool, so that an embossed adhesive point is formed and the first gasket film is connected to the bipolar plate via an adhesive arranged in the connecting cutout on the first gasket film.
A cathode for secondary batteries comprising an electrode mixture comprising a cathode active material, binder and a first conductive material, wherein a second conductive material is coated to a thickness of 30 to 60 μ m on a current collector of the cathode and the electrode mixture is coated on a coating layer of the second conductive material so as to improve electrical conductivity, wherein the second conductive material is coated on 50 to 80% of a total area of the current collector, wherein the second conductive material comprises one, two or more selected from the group consisting of graphite, carbon nanotube and graphene, and wherein the cathode comprises a spinel-structure lithium metal oxide represented by Formula 2 below as a cathode active material: Li x Ni y Mn 2-y O 4 wherein 0.9≤x≤1.2 and 0.4≤y≤0.5.
A system comprising an ion source and means for delivering feed gas to said ion source, comprising: a gas tube, having an inner channel configured to be in fluid communication with a dopant source; and a gas bushing attached to an ion source chamber and having an inner channel in fluid communication with the inner channel of the gas tube and the ion source chamber, wherein the gas bushing is constructed of a thermally isolating material so as to thermally separate the gas tube from the ion source, wherein the gas bushing has an inner surface in communication with the ion source chamber and an outer surface, and wherein the shape of the gas bushing is symmetrical such that the gas bushing can be flipped, i.e., the inner surface becomes the outer surface. a gas tube, having an inner channel configured to be in fluid communication with a dopant source; and a gas bushing attached to an ion source chamber and having an inner channel in fluid communication with the inner channel of the gas tube and the ion source chamber, wherein the gas bushing is constructed of a thermally isolating material so as to thermally separate the gas tube from the ion source, wherein the gas bushing has an inner surface in communication with the ion source chamber and an outer surface, and wherein the shape of the gas bushing is symmetrical such that the gas bushing can be flipped, i.e., the inner surface becomes the outer surface.
A method of managing a plurality of electronic messages, said method comprising: receiving, at a device, an electronic message and a session key, said electronic message encrypted with said session key, said session key encrypted with a passphrase; receiving a request to access said electronic message; receiving a candidate passphrase; arranging an attempt to decrypt said session key with said candidate passphrase; determining that said attempt has resulted in a failure; said method characterised by: incrementing a count of failed decryption attempts; and upon determining that said count of failed decryption attempts exceeds a predetermined limit for decryption attempts, restricting access to said electronic message by locking the device. receiving, at a device, an electronic message and a session key, said electronic message encrypted with said session key, said session key encrypted with a passphrase; receiving a request to access said electronic message; receiving a candidate passphrase; arranging an attempt to decrypt said session key with said candidate passphrase; determining that said attempt has resulted in a failure; said method characterised by: incrementing a count of failed decryption attempts; and upon determining that said count of failed decryption attempts exceeds a predetermined limit for decryption attempts, restricting access to said electronic message by locking the device. incrementing a count of failed decryption attempts; and upon determining that said count of failed decryption attempts exceeds a predetermined limit for decryption attempts, restricting access to said electronic message by locking the device.
A material lifter comprising: a vacuum pump; a frame containing the vacuum pump; an arm located on each of two opposing sides of the frame, each arm including an upper and a lower end, the upper end pivotally connected to the frame; a vacuum pad located on each of the two opposing sides of the frame, each vacuum pad in fluid communication with the vacuum pump and removably connected to a respective arm, the material lifter being characterized in that it comprises: a cylinder located on each of the two opposing sides of the frame, each cylinder including an upper end connected to the frame and a lower end connected to a respective arm; and in that the vacuum pads are moveable along the arm to a first location and a first orientation and a second different location and a second different orientation; wherein as the cylinders extend and retract: the arms pivot toward and away from one another between a first clock position and a second different clock position. a vacuum pump; a frame containing the vacuum pump; an arm located on each of two opposing sides of the frame, each arm including an upper and a lower end, the upper end pivotally connected to the frame; a vacuum pad located on each of the two opposing sides of the frame, each vacuum pad in fluid communication with the vacuum pump and removably connected to a respective arm, the material lifter being characterized in that it comprises: a cylinder located on each of the two opposing sides of the frame, each cylinder including an upper end connected to the frame and a lower end connected to a respective arm; and in that the vacuum pads are moveable along the arm to a first location and a first orientation and a second different location and a second different orientation; a cylinder located on each of the two opposing sides of the frame, each cylinder including an upper end connected to the frame and a lower end connected to a respective arm; and in that the vacuum pads are moveable along the arm to a first location and a first orientation and a second different location and a second different orientation;
A laminated protective sheet which is for a blade and is bondable to a surface of an FRP blade body, wherein a leading edge of said blade body has a circular arc shape in a cross section orthogonal to a longitudinal direction of said blade body, wherein a distal end of said leading edge, which is farthest from a rotational center of said blade body, includes a tapered distal end, having a narrowing thickness in cross section orthogonal to said longitudinal direction of said blade body and having a narrowing width in said cross section from said leading edge to a trailing edge of said blade body, and wherein said laminated protective sheet includes an adhesive layer, an intermediate fabric layer and a durable surface layer, in that order from the blade body side, said laminated protective sheet being bondable to said tapered distal end of said leading edge of said blade body over two sides thereof that extend toward said trailing edge from a generating line of said arc-shaped cross section, characterized in that a distal end of said laminated protective sheet that is farthest from said rotational center of said blade body being in the shape of a curved surface which is convex toward said distal end of said laminated protective sheet and which extends continuously over said two sides of said blade body.
Processes for preparing carbonized polymers, comprising a) treating a polymer with a sulfonating agent that is fuming sulfuric acid, chlorosulfonic acid, or a combination thereof to form a sulfonated polymer; b) treating the sulfonated polymer with a heated solvent comprising sulfuric acid, wherein the temperature of the heated solvent is at least 95 °C; and c) carbonizing the resulting product by heating it to a temperature of 500-3000 °C. a) treating a polymer with a sulfonating agent that is fuming sulfuric acid, chlorosulfonic acid, or a combination thereof to form a sulfonated polymer; b) treating the sulfonated polymer with a heated solvent comprising sulfuric acid, wherein the temperature of the heated solvent is at least 95 °C; and c) carbonizing the resulting product by heating it to a temperature of 500-3000 °C.