mhurhangee/ep-ind-claims huggingface dataset:
A toy comprising: a) a body; b) wings (14A, 14B) having a folded and an unfolded position; said wings (14A, 14B) also independently having a retracted state and an extended state, characterised by c) articulation means for moveably and releasably effecting a connection between said wings (14A, 14B) and said body, said articulation means adapted to allow the pivotal movement of said wings (14A, 14B) between said folded and said unfolded positions during normal functioning, said articulation means adapted to impart to said wings (14A, 14B), when in said folded position, a space minimizing nesting configuration, said articulation means adapted to reversibly release said connection during the application of a mechanical stress on said wings approaching a level that could cause breakage or destructive disassembly, said articulation means adapted to receive said wings (14A, 14B) in a snap-in fashion and re-form said connection; d) first retention latches substantially located within said wings (14A, 14B) to lock said wings (14A, 14B) in said retracted state; e) second retention latches substantially located within said body to lock said wings (14A, 14B) in said folded position; f) first biasing means to urge said wings (14A, 14B) to said extended state when not locked by said first retention latches; g) second biasing means to urge wings (14A, 14B) to fully unfolded position when not locked by said second retention latches; and h) deployment means for automatic release of said first retention latches when said wings (14A, 14B) move from said folded position into said unfolded position. a) a body; b) wings (14A, 14B) having a folded and an unfolded position; said wings (14A, 14B) also independently having a retracted state and an extended state, characterised by c) articulation means for moveably and releasably effecting a connection between said wings (14A, 14B) and said body, said articulation means adapted to allow the pivotal movement of said wings (14A, 14B) between said folded and said unfolded positions during normal functioning, said articulation means adapted to impart to said wings (14A, 14B), when in said folded position, a space minimizing nesting configuration, said articulation means adapted to reversibly release said connection during the application of a mechanical stress on said wings approaching a level that could cause breakage or destructive disassembly, said articulation means adapted to receive said wings (14A, 14B) in a snap-in fashion and re-form said connection; d) first retention latches substantially located within said wings (14A, 14B) to lock said wings (14A, 14B) in said retracted state; e) second retention latches substantially located within said body to lock said wings (14A, 14B) in said folded position; f) first biasing means to urge said wings (14A, 14B) to said extended state when not locked by said first retention latches; g) second biasing means to urge wings (14A, 14B) to fully unfolded position when not locked by said second retention latches; and h) deployment means for automatic release of said first retention latches when said wings (14A, 14B) move from said folded position into said unfolded position.
A pharmaceutical composition comprising cyclobenzaprine in a therapeutically effective amount and a therapeutically effective carrier, for use in a method for treating the development of a post-traumatic stress disorder (PTSD) symptom, or the initiation of a PTSD symptom, or the consolidation of a PTSD symptom, or the perpetuation of a PTSD symptom following a traumatic event comprising administering to a human in need of such treatment said pharmaceutical composition, wherein such treatment eliminates or ameliorates the PTSD symptom, wherein the therapeutically effective amount of cyclobenzaprine administered is between 0.5 mg and 50 mg/day.
A infrastructure cooperative system which, when mounted in a vehicle, allows the vehicle, which is traveling within a roadside-to-vehicle communication area, to receive traffic light signal information from a roadside device multiple times and to use the traffic light signal information for driving support, the infrastructure cooperative system comprising: determination means for determining whether or not new information is added to the traffic light signal information currently transmitted from the roadside device as compared to traffic light signal information previously transmitted from the roadside device; characterized by update means for, only when the determination means determines that the new information is added to the traffic light signal information, updating the traffic light signal information for use for the driving support by the vehicle, wherein the determination means is adapted to determine whether or not the new information is added by comparing a number of traffic light color changes included in the traffic light signal information currently transmitted with a number of color light changes included in the traffic light signal information previously transmitted. determination means for determining whether or not new information is added to the traffic light signal information currently transmitted from the roadside device as compared to traffic light signal information previously transmitted from the roadside device; update means for, only when the determination means determines that the new information is added to the traffic light signal information, updating the traffic light signal information for use for the driving support by the vehicle, wherein the determination means is adapted to determine whether or not the new information is added by comparing a number of traffic light color changes included in the traffic light signal information currently transmitted with a number of color light changes included in the traffic light signal information previously transmitted.
An aqueous concentrated liquid laundry detergent comprising: (a) at least 8 wt%, preferably at most 40 wt%, anionic non-soap surfactant; (b) at most 30 wt% of nonionic surfactant; (c) at most 10 wt% of surfactant other than (a) and (b) (d) at least 0.1 wt%, preferably at most 10 wt%, alkyl hydroxamate with the structure shown in Formula I: wherein R 1 is: a straight or branched C 4 -C 20 alkyl, or a straight or branched substituted C 4 -C 20 alkyl, or a straight or branched C 4 -C 20 alkenyl, or a straight or branched substituted C 4 -C 20 alkenyl, and the types of substitution include one or more of NH 2, OH, S, -O-, COOH, and; and (e) at least 2 wt%, preferably at most 20 wt%, nonionic ethoxylated polyethylene imine (EPEI) with an average of between 7 and 40 ethoxy units per substitution site on each nitrogen, wherein the weight ratio of non-soap surfactant to EPEI is from 2:1 to 7:1, preferably from 3:1 to 6:1. (a) at least 8 wt%, preferably at most 40 wt%, anionic non-soap surfactant; (b) at most 30 wt% of nonionic surfactant; (c) at most 10 wt% of surfactant other than (a) and (b) (d) at least 0.1 wt%, preferably at most 10 wt%, alkyl hydroxamate with the structure shown in Formula I: wherein R 1 is: a straight or branched C 4 -C 20 alkyl, or a straight or branched substituted C 4 -C 20 alkyl, or a straight or branched C 4 -C 20 alkenyl, or a straight or branched substituted C 4 -C 20 alkenyl, and the types of substitution include one or more of NH 2, OH, S, -O-, COOH, and; and a straight or branched C 4 -C 20 alkyl, or a straight or branched substituted C 4 -C 20 alkyl, or a straight or branched C 4 -C 20 alkenyl, or a straight or branched substituted C 4 -C 20 alkenyl, and the types of substitution include one or more of NH 2, OH, S, -O-, COOH, and; and (e) at least 2 wt%, preferably at most 20 wt%, nonionic ethoxylated polyethylene imine (EPEI) with an average of between 7 and 40 ethoxy units per substitution site on each nitrogen, wherein the weight ratio of non-soap surfactant to EPEI is from 2:1 to 7:1, preferably from 3:1 to 6:1.
A support frame for a flexible leaf et prosthetic heart valve; a plurality of cusps each sized and shaped to support a cusp of a flexible leaflet of the heart valve; and a plurality of commissures one each between each adjacent pair of cusps, characterised by commissures each having a point of weakness designed to fracture upon repeated relative movement of the cusps after implantation such that the cusps move substantially independently of each other and wherein the support frame is a single, continuous, element comprising:
Display device for a motor vehicle having a mirror apparatus which has a display element with a semi-transparent mirror surface, and having a drive apparatus by means of which the mirror apparatus can be moved between a storage position and a position of use, characterized in that the mirror apparatus has a sensor apparatus which is configured to detect, in the position of use of the mirror apparatus, a force applied to the display element.
An accessory removably attachable to a camera body and including a terminal holding unit on which a plurality of terminals are arranged, the accessory comprising: a first terminal (LDET) for causing the camera body to detect that the accessory is attached thereto; a second terminal (VBAT)through which a first power is supplied from the camera body; a third terminal (PGND) used as a ground terminal corresponding to the first power; a fourth terminal (V33) through which a second power is supplied from the camera body; a fifth terminal (GND) used as a ground terminal corresponding to the second power; a sixth terminal (RDY) used to indicate whether or not communication with the camera body is allowed; an eighth terminal (CLK) that receives a first clock signal from the camera body; a seventh terminal (DATAB) that receives a first data signal from the camera body in synchronization with the first clock signal; a ninth terminal (DATAL) that outputs a third data signal to the camera body in synchronization with the first clock signal; a tenth terminal HCLK) that outputs a second clock signal to the camera body; and an eleventh terminal HDATA) that outputs a second data signal to the camera body in synchronization with the second clock signal, wherein: the eighth terminal is positioned between the seventh terminal and the ninth terminal, and the tenth terminal is positioned between the ninth terminal and the eleventh terminal. a first terminal (LDET) for causing the camera body to detect that the accessory is attached thereto; a second terminal (VBAT)through which a first power is supplied from the camera body; a third terminal (PGND) used as a ground terminal corresponding to the first power; a fourth terminal (V33) through which a second power is supplied from the camera body; a fifth terminal (GND) used as a ground terminal corresponding to the second power; a sixth terminal (RDY) used to indicate whether or not communication with the camera body is allowed; an eighth terminal (CLK) that receives a first clock signal from the camera body; a seventh terminal (DATAB) that receives a first data signal from the camera body in synchronization with the first clock signal; a ninth terminal (DATAL) that outputs a third data signal to the camera body in synchronization with the first clock signal; a tenth terminal HCLK) that outputs a second clock signal to the camera body; and an eleventh terminal HDATA) that outputs a second data signal to the camera body in synchronization with the second clock signal, wherein: the eighth terminal is positioned between the seventh terminal and the ninth terminal, and the tenth terminal is positioned between the ninth terminal and the eleventh terminal.
A braking device comprising: - a bracket in which a brake caliper is suspended floating on guide pins (3,4), - first and second brake pads (8,9) supported in the brake caliper, movable between braking and idle positions, - an actuator applying a pressure for moving the brake pads towards each other in braking mode, and return springs (5,13) in non-braking mode effective for returning the brake pads to idle positions, wherein the actuator is an electromechanical screw jack that acts upon one of the brake pads via an extendable piston assembly that is elastically compressible in the extension direction against the force of a cup spring pack that is disposed to operate between a jack screw and a piston, characterized in that the hollow piston is of circular section and is inserted from one end of a cylindrical sleeve that is secured to a housing of the screw jack, a jack screw projects into the hollow piston from the other end of the sleeve, a push rod is secured to the jack screw clamping the cup spring pack inside the hollow piston towards an inwards facing surface of a piston head. - a bracket in which a brake caliper is suspended floating on guide pins (3,4), - first and second brake pads (8,9) supported in the brake caliper, movable between braking and idle positions, - an actuator applying a pressure for moving the brake pads towards each other in braking mode, and return springs (5,13) in non-braking mode effective for returning the brake pads to idle positions,
A method for automatically controlling the operation of a work vehicle during the performance of a material moving operation, the work vehicle include a lift assembly having a pair of loader arms coupled to an implement, characterised in that the method comprises: - monitoring, with a computing device, cycle times for moving the work vehicle between a first location and a second location as the material moving operation is being performed; - determining, with the computing device, a work cycle time for moving the work vehicle between the first and second locations based on the monitored cycle times; and - automatically controlling, with the computing device, the operation of the lift assembly based on the work cycle time such that the loader arms and the implement are moved to a pre-defined loading position as the work vehicle is moved from the first location to the second location and to a pre-defined unloading position as the work vehicle is moved from the second location to the first location. - monitoring, with a computing device, cycle times for moving the work vehicle between a first location and a second location as the material moving operation is being performed; - determining, with the computing device, a work cycle time for moving the work vehicle between the first and second locations based on the monitored cycle times; and - automatically controlling, with the computing device, the operation of the lift assembly based on the work cycle time such that the loader arms and the implement are moved to a pre-defined loading position as the work vehicle is moved from the first location to the second location and to a pre-defined unloading position as the work vehicle is moved from the second location to the first location.
A method of identifying T cell receptors that respond to specific target cell antigens, said method comprising: providing a substrate bearing a plurality of target cells; contacting said target cells on said substrate with CD8+ T cells; and using label-free optical imaging to identify an increase in mass of a T-cell and/or a decrease in mass of a target cell, where an increase in mass of a T cell and/or a decrease in mass of a target cell is an indicator that said T cell bears a T cell receptor activated by antigens presented on said target cell. providing a substrate bearing a plurality of target cells; contacting said target cells on said substrate with CD8+ T cells; and using label-free optical imaging to identify an increase in mass of a T-cell and/or a decrease in mass of a target cell, where an increase in mass of a T cell and/or a decrease in mass of a target cell is an indicator that said T cell bears a T cell receptor activated by antigens presented on said target cell.
Arc welding device having a melting electrode, wherein the arc welding device comprises short circuit detection means and wherein the arc welding device is configured to carry out a pulsed arc welding process, characterized in that the arc welding device comprises indication means (110, 111) that are configured to indicate a short circuit detected by the short circuit detection means, wherein the indication means (110, 111) are configured to only indicate a short circuit detected by the short circuit detection means if a set number of detected short circuits has preceded the detected short circuit during the welding process being executed.
An anti-pullout and low-resistance screw comprising: a shank defining a longitudinal axis and including front and rear segments (20, 22) spaced from each other along the longitudinal axis; a screw-in portion formed at the front segment of the shank; a head portion formed at the rear segment of the shank; a thread helically formed around both the screw-in portion and the shank and including a plurality of thread convolutions, with the thread convolution having a thread height and including an upper tooth surface facing the head portion and a lower tooth surface facing the screw-in portion; and at least one tapered pressing structure designed on the screw-in portion and/or the shank to define at least one section having an outer diameter tapering towards the screw-in portion gradually, with the tapered pressing structure extending at a bottom edge of the lower tooth surface of a corresponding thread convolution along the longitudinal axis, wherein the lower tooth surface of the corresponding thread convolution has a lower tooth surface height that is greater than the thread height of the thread convolution around which no tapered pressing structure is designed. a shank defining a longitudinal axis and including front and rear segments (20, 22) spaced from each other along the longitudinal axis; a screw-in portion formed at the front segment of the shank; a head portion formed at the rear segment of the shank; a thread helically formed around both the screw-in portion and the shank and including a plurality of thread convolutions, with the thread convolution having a thread height and including an upper tooth surface facing the head portion and a lower tooth surface facing the screw-in portion; and at least one tapered pressing structure designed on the screw-in portion and/or the shank to define at least one section having an outer diameter tapering towards the screw-in portion gradually, with the tapered pressing structure extending at a bottom edge of the lower tooth surface of a corresponding thread convolution along the longitudinal axis, wherein the lower tooth surface of the corresponding thread convolution has a lower tooth surface height that is greater than the thread height of the thread convolution around which no tapered pressing structure is designed.
A recording apparatus which includes a recording head including a first nozzle column and a second nozzle column in which nozzles for ejecting ink are aligned in a first direction, and in which partial regions of the first nozzle column and the second nozzle column overlap each other when viewed in a second direction which intersects the first direction, and is configured to perform recording while causing the recording head and a medium for recording to relatively move in the second direction, the apparatus comprising: a calculation unit which is configured to calculate an attaching amount of the ink per unit volume of the medium for recording based on recording data; and a unit for changing the number of nozzles which is configured to change the number of nozzles of which ejecting amounts are controlled in at least one of the first nozzle column and the second nozzle column at the periphery of the partial region, based on the attaching amount calculated by the calculation unit, the periphery of the partial region being a region of nozzles that is outside the partial region and adjacent to the partial region, wherein controlling the ejecting amounts of the nozzles means performing control such that a total recording duty obtained by adding a recording duty of the first nozzle column to a recording duty of the second nozzle column is substantially equal to the recording duty required by the recording data. a calculation unit which is configured to calculate an attaching amount of the ink per unit volume of the medium for recording based on recording data; and a unit for changing the number of nozzles which is configured to change the number of nozzles of which ejecting amounts are controlled in at least one of the first nozzle column and the second nozzle column at the periphery of the partial region, based on the attaching amount calculated by the calculation unit, the periphery of the partial region being a region of nozzles that is outside the partial region and adjacent to the partial region, wherein controlling the ejecting amounts of the nozzles means performing control such that a total recording duty obtained by adding a recording duty of the first nozzle column to a recording duty of the second nozzle column is substantially equal to the recording duty required by the recording data.
Method for performing delegation of resources, wherein a user - resource owner - has access to a resource offered by a service provider and wherein the resource is delegated to at least one other user - delegate - by using delegation credentials, issued by the service provider and comprising a private key, characterized in that the method comprises the following steps: the resource owner employs said delegation credentials for configuring authorization rules for a delegate at an identity provider and gives the private key to the delegate, the service provider authenticating the delegate based on said delegation credentials, wherein the service provider, upon the delegate contacting the service provider for a resource, contacts the identity provider to authenticate the delegate, and wherein, upon successful authentication by the identity provider, the service provider requests the delegate to authenticate himself by employing a challenge-response protocol on the basis of said private key, and an authorization of the delegate is performed at the identity provider based on said authorization rules. the resource owner employs said delegation credentials for configuring authorization rules for a delegate at an identity provider and gives the private key to the delegate, the service provider authenticating the delegate based on said delegation credentials, wherein the service provider, upon the delegate contacting the service provider for a resource, contacts the identity provider to authenticate the delegate, and wherein, upon successful authentication by the identity provider, the service provider requests the delegate to authenticate himself by employing a challenge-response protocol on the basis of said private key, and an authorization of the delegate is performed at the identity provider based on said authorization rules.