mhurhangee/ep-ind-claims huggingface dataset:
Lateral guiding unit for a sliding shutter intended to close a window, said unit comprising a U shaped profile (26, 28) and at least one support arm intended to maintain said U shaped profile in a fixed position along a side edge (18, 20) of a window, said U shaped profile (26, 28) having, on the one hand, an inner longitudinal housing intended to receive the lateral border of a sliding shutter and, on the other hand, external anchoring elements located outside of said inner longitudinal housing, said at least one support arm having a base plate intended to be mounted on said side edge (18, 20) of said window, and a securing end located at the opposite of said base plate, said external anchoring elements of said U shaped profile being intended to engage said securing end in order to connect together said U shaped profile and said support arm, characterized in that said external anchoring elements comprise a longitudinal solid ridge provided longitudinally on said U shaped profile (26, 28), while said securing end comprises two facing jaws (70, 72) intended to clamp said longitudinal solid ridge, in order to connect together said U shaped profile (26, 28) and said support arm.
A computer-implemented method comprising: under the control of one or more computer systems configured with executable instructions, receiving a customer request to retrieve a persistently stored data object, the request specifying a self-describing data object identifier, the data object identifier encoding at least storage location information that permits location of the data object without recourse to a global namespace key map that provides a global view of the data stored in an archival data storage system, and validation information related to the data object; de-encoding the data object identifier to obtain the storage location information and the validation information; validate the request based at least in part on the validation information; retrieving the data object using at least the storage location information; and performing validation of integrity of the data object using at least the validation information. under the control of one or more computer systems configured with executable instructions, receiving a customer request to retrieve a persistently stored data object, the request specifying a self-describing data object identifier, the data object identifier encoding at least storage location information that permits location of the data object without recourse to a global namespace key map that provides a global view of the data stored in an archival data storage system, and validation information related to the data object; de-encoding the data object identifier to obtain the storage location information and the validation information; validate the request based at least in part on the validation information; retrieving the data object using at least the storage location information; and performing validation of integrity of the data object using at least the validation information.
An authentication server comprising: response signal reception means for receiving a response signal from a client device, the response signal being a signal in which a probe signal changed by being transmitted through a body or on a surface of the body of an authentication subject, the probe signal being a signal applied to the authentication subject by the client device; probe signal generation means for generating a same probe signal as the probe signal applied by the client device; transfer characteristic calculation means for calculating a transfer characteristic of the authentication subject using the probe signal generated by the probe signal generation means and the response signal; and authentication means for authenticating the authentication subject by comparing a previously registered transfer characteristic and the transfer characteristic calculated by the transfer characteristic calculation means, the authentication server being characterized in that the probe signal is configured of a pattern, a frequency of which changes over time. response signal reception means for receiving a response signal from a client device, the response signal being a signal in which a probe signal changed by being transmitted through a body or on a surface of the body of an authentication subject, the probe signal being a signal applied to the authentication subject by the client device; probe signal generation means for generating a same probe signal as the probe signal applied by the client device; transfer characteristic calculation means for calculating a transfer characteristic of the authentication subject using the probe signal generated by the probe signal generation means and the response signal; and authentication means for authenticating the authentication subject by comparing a previously registered transfer characteristic and the transfer characteristic calculated by the transfer characteristic calculation means, the authentication server being characterized in that the probe signal is configured of a pattern, a frequency of which changes over time.
A composition comprising an aqueous solution of a taxane and an aqueous solution of a hydrophobic statin for use in treatment or prevention of human melanoma, wherein the hydrophobic statin is selected preferably among of: simvastatin, atorvastatin, fluvastatin, rosuvastatin, cerivastatin, lovastatin, pitavastatin, and mixtures thereof, particularly among of: simvastatin, atorvastatin, fluvastatin, rosuvastatin, and mixtures thereof.
Method for controlling a voltage in a power grid comprising a PV bus (PV1, PV2) and a PQ bus (PQ1,...,PQ3), the method comprising: a) receiving a first tolerance range for an active power of the PV bus (PV1, PV2) and a second tolerance range for an active power of the PQ bus (PQ1,...,PQ3), b) receiving a first value for a reactive power of the PQ bus (PQ1,...,PQ3), c) running, by a processor, a robust optimization process for a set of power flow equations combining values for active powers, reactive powers, and voltages of the PV bus (PV1, PV2) and the PQ bus (PQ1,...,PQ3), d) inputting the first and second tolerance range and the first reactive power value to the robust optimization process using the first and second tolerance range as robust optimization uncertainty, e) determining by the robust optimization process a voltage set point (v st) for the PV bus (PV1, PV2) so that the set of power flow equations is fulfilled for the first and second tolerance range, and f) controlling a voltage at the PV bus (PV1, PV2) according to the determined voltage set point (v st), wherein - a third tolerance range for a voltage of the PQ bus (PQ1,...,PQ3) is received, - the third tolerance range is input to the robust optimization process as a robust optimization constraint, and - the voltage set point (v st) is determined so that the robust optimization constraint is satisfied for the first and second tolerance range. a) receiving a first tolerance range for an active power of the PV bus (PV1, PV2) and a second tolerance range for an active power of the PQ bus (PQ1,...,PQ3), b) receiving a first value for a reactive power of the PQ bus (PQ1,...,PQ3), c) running, by a processor, a robust optimization process for a set of power flow equations combining values for active powers, reactive powers, and voltages of the PV bus (PV1, PV2) and the PQ bus (PQ1,...,PQ3), d) inputting the first and second tolerance range and the first reactive power value to the robust optimization process using the first and second tolerance range as robust optimization uncertainty, e) determining by the robust optimization process a voltage set point (v st) for the PV bus (PV1, PV2) so that the set of power flow equations is fulfilled for the first and second tolerance range, and f) controlling a voltage at the PV bus (PV1, PV2) according to the determined voltage set point (v st), wherein - a third tolerance range for a voltage of the PQ bus (PQ1,...,PQ3) is received, - the third tolerance range is input to the robust optimization process as a robust optimization constraint, and - the voltage set point (v st) is determined so that the robust optimization constraint is satisfied for the first and second tolerance range. - a third tolerance range for a voltage of the PQ bus (PQ1,...,PQ3) is received, - the third tolerance range is input to the robust optimization process as a robust optimization constraint, and - the voltage set point (v st) is determined so that the robust optimization constraint is satisfied for the first and second tolerance range.
A passenger restraint system for a roller coaster, designed to maintain a passenger in an essentially upright posture, the passenger restraint system comprising a fixed column and a seat column designed to support and hold the passenger, which seat column is coupled to the fixed column so as to be movable relative to the fixed column and to be adjustable to the size of the passenger during an embarkation phase, characterized in that the seat column is coupled to the fixed column by means of an articulated linkage, and in that the passenger restraint system further comprises a device for balancing the seat column, which balancing device comprises a cylinder fixed, at a first articulated end, to the fixed column and, at a second articulated end, to the seat column.
An adjustable display device capable of being adjusted between flat and curved comprising: a display panel having a rear; an adjustable system at the rear of the display panel, the adjustable system including; a rod, wherein the rod comprises a curved surface and is mounted at the rear of the display panel, wherein a peak point of the curved surface is located at a center of the display panel; a fixing device attached to the rear of the display panel to support the rod; and a driving system to transmit power to the rod, wherein the driving system includes a motor generating a rotary power; and a bracket receiving the rotary power of the motor and converting the rotary power of the motor into a linear force; wherein the adjustable display device further comprises a rack gear formed in the bracket; and a pinion connected to the rod, wherein the pinion and the rack gear interlock with each other. a display panel having a rear; an adjustable system at the rear of the display panel, the adjustable system including; a rod, wherein the rod comprises a curved surface and is mounted at the rear of the display panel, wherein a peak point of the curved surface is located at a center of the display panel; a fixing device attached to the rear of the display panel to support the rod; and a driving system to transmit power to the rod, wherein the driving system includes a motor generating a rotary power; and a bracket receiving the rotary power of the motor and converting the rotary power of the motor into a linear force; wherein the adjustable display device further comprises a rack gear formed in the bracket; and a pinion connected to the rod, wherein the pinion and the rack gear interlock with each other.
Use, as a subsea control fluid in actuating devices associated with offshore oil production, of an aqueous hydraulic fluid composition comprising: (i) water; (ii) at least one salt of formic acid, in a concentration of from 15 to 50 wt% of the fluid; (iii) at least one salt of a dicarboxylic acid in a concentration of from 0.1 to 35 wt% of the fluid; (iv) alkali metal or ammonium hydroxide such that the pH of the fluid is between 8 and 10; wherein the fluid is free of mineral oils, hydrocarbon oils, and glycols. (i) water; (ii) at least one salt of formic acid, in a concentration of from 15 to 50 wt% of the fluid; (iii) at least one salt of a dicarboxylic acid in a concentration of from 0.1 to 35 wt% of the fluid; (iv) alkali metal or ammonium hydroxide such that the pH of the fluid is between 8 and 10;
A method for authenticating a physical document including a visual representation of a content, a first digital fingerprint generated by applying a hash algorithm to the content, and a reference that points to a stored digital representation of the content, comprising: scanning the document to obtain the first digital fingerprint; determining a storage location by extracting the reference; retrieving the content stored at the determined storage location; verifying the first digital fingerprint by applying a hash algorithm to at least a portion of the retrieved content to derive a first hash result and comparing the first hash result with the first digital fingerprint; generating authentication indicia for the document, the authentication indicia comprising a representation of at least a portion of the retrieved content and further comprising an assertion (106S, 106C) of the authenticity of the representation; and printing a new version of the document including the authentication indicia. scanning the document to obtain the first digital fingerprint; determining a storage location by extracting the reference; retrieving the content stored at the determined storage location; verifying the first digital fingerprint by applying a hash algorithm to at least a portion of the retrieved content to derive a first hash result and comparing the first hash result with the first digital fingerprint; generating authentication indicia for the document, the authentication indicia comprising a representation of at least a portion of the retrieved content and further comprising an assertion (106S, 106C) of the authenticity of the representation; and printing a new version of the document including the authentication indicia.
An injection device for the delivery of medicament and having an indicator for providing an activation indication, the device comprising: a housing; a plunger slidably mounted within the housing; an actuation mechanism comprising a drive source (32, 34) and a latch configured to hold the plunger in a rearward position; a trigger (15, 215) configured to release the latch to allow the plunger to move forward under the influence of the drive source relative to a syringe so as to express medicament from the syringe; and the indicator (50, 250) being responsive to the forward movement of the plunger and configured to provide an audible and/or tactile and/or visual indication when the plunger reaches or approaches its forward position; and characterised in that the plunger comprises an elongate shaft formed of at least two telescopic sections (42, 48); the actuation mechanism acts on the plunger, in use, to expand and sequentially move the telescopic sections forwardly within the housing; and wherein the indicator is arranged to be responsive to the forward movement of the trailing telescopic section. a housing; a plunger slidably mounted within the housing; an actuation mechanism comprising a drive source (32, 34) and a latch configured to hold the plunger in a rearward position; a trigger (15, 215) configured to release the latch to allow the plunger to move forward under the influence of the drive source relative to a syringe so as to express medicament from the syringe; and the indicator (50, 250) being responsive to the forward movement of the plunger and configured to provide an audible and/or tactile and/or visual indication when the plunger reaches or approaches its forward position; and characterised in that the plunger comprises an elongate shaft formed of at least two telescopic sections (42, 48); the actuation mechanism acts on the plunger, in use, to expand and sequentially move the telescopic sections forwardly within the housing; and wherein the indicator is arranged to be responsive to the forward movement of the trailing telescopic section.
A method of controlling a rotary sprinkler comprising: accessing a first angular position and a first watering distance from memory using a controller; driving a first electric motor using the controller based on the first angular position; rotating a head comprising at least one nozzle to the first angular position responsive to driving a first electric motor; driving a second electric motor using the controller based on the first watering distance; positioning a valve in a first valve position responsive to driving a second electric motor; discharging water through the valve and the at least one nozzle; and holding the head at the first angular position for a first time period based on the first watering distance. accessing a first angular position and a first watering distance from memory using a controller; driving a first electric motor using the controller based on the first angular position; rotating a head comprising at least one nozzle to the first angular position responsive to driving a first electric motor; driving a second electric motor using the controller based on the first watering distance; positioning a valve in a first valve position responsive to driving a second electric motor; discharging water through the valve and the at least one nozzle; and holding the head at the first angular position for a first time period based on the first watering distance.
A diesel fuel containing a fuel additive, comprising at least one polyoxaalkane of the general formula: R 1 (-O-CH 2 -CHR 2) m O-R 3, where R 1 is a straight-chain or branched alkyl group, R 2 is a straight-chain or branched alkyl group or H, R 3 is a straight-chain or branched alkyl group, and wherein the fuel additive is free of toxic constituents, wherein "toxic" is understood as being toxic according to the German Dangerous Substances Act (GefstoffV 23.12.2004, BGBI. I p. 3758), and wherein the diesel fuel contains 5-20% by volume of fatty acid methyl esters (FAME), and wherein m ≥ 4, and wherein the diesel fuel contains up to 10% by volume of polyoxaalkane.
Pipe connection for connecting two pipelines, the pipe connection having one pipe end with a flange part having a spherical-convex sealing surface and another pipe end with a flange part having a socket, the socket having an inner sealing surface inclined inwardly towards a longitudinal axis, an outer sealing surface inclined inwardly towards the longitudinal axis, a step between the outer and the inner sealing surface (120, 110), and a circumferential edge at the transition of the step into the inner sealing surface, an annular sealing element which consists of an elastic material being arranged between the spherical-convex sealing surface and the socket and being compressed by an axial preload force acting on the pipe ends, the sealing element bearing with an upper side against the spherical-convex sealing surface and with a lower side against the outer and the inner sealing surface (120, 110) and the circumferential edge, a raised partial surface (25, 26) being formed on the upper surface and on the lower surface of the sealing element, and the inner and the outer sealing surface (110, 120) being both concavely curved, the spherical-convex sealing surface having the same radius as the inner sealing surface, characterized in that the step is planar and at right angles to the longitudinal axis, the edge creates a local stress peak in the sealing element, and the outer sealing surface has a smaller radius of curvature than the inner sealing surface, such that a crescent-shaped gap is formed between the outer sealing surface and the spherical-convex sealing surface to prevent the sealing element from slipping out.
An orthodontic device for palatal expansion comprising at least one first bearing means for bearing on the left side of a jaw of a patient to be treated, at least one second bearing means for bearing on the right side of said jaw and a central jack (23, 51) for modulating a separation of said bearing means, characterized in that the first or second bearing means comprising at least one first connecting beam to be placed between the jack and a first tooth, and a second connecting beam to be placed between the jack and a second tooth, the device also comprises an angular adjusting means (R1, R2) between the jack and said first bearing means and an angular adjusting means (R1, R2) between the jack and said second bearing means to allow a geometric adjustment during a placement of the device in the mouth of the patient, at least in the vertical direction, the anterior-posterior direction or the transverse direction.
An end plate assembly of a battery module, the end plate assembly comprises an end plate and an energy absorbing component, wherein the energy absorbing component is configured to be arranged between the end plate and a battery in the battery module and comprises a stress bearing plate and a plurality of bending plates, the plurality of bending plates and the stress bearing plate are connected with each other, characterized in that, one end of the energy absorbing component is connected with the end plate through the stress bearing plate, and the other end of the energy absorbing component is configured to abut with the battery through the stress bearing plate, wherein the energy absorbing component comprises a plurality of stress bearing plates, the plurality of stress bearing plates is arranged parallel to each other, wherein the plurality of bending plates is arranged between each two adjacent stress bearing plates, the plurality of bending plates is spaced from each other, and the plurality of bending plates is deformable when bearing an external force, and wherein each of the plurality of bending plates comprises a first flat plate and a second flat plate, one end of the first flat plate and one end of the second flat plate are connected with each other to form a V-shaped structure, the other end of the first flat plate and the other end of the second flat plate are respectively connected with an adjacent stress bearing plate.