mhurhangee/ep-ind-claims huggingface dataset:
Wind-power unit having a vertical turbine shaft (6, 106) that is radially mounted in bearings to a supporting pole (2, 102), which bearing mounting comprises at least one supporting device (13, 113) each of which comprising at least three supporting components distributed in the circumferential direction with spacings between the supporting components in the circumferential direction, the total extension of which spacings in the circumferential direction exceeds half the circumference, and which supporting components abut against the turbine shaft (6,106) and are connected with the supporting pole (2, 102), characterized in that each supporting component comprises two roller bodies arranged on a carrying element, which carrying element is turnable around a vertical shaft between the two roller bodies.
A rolling mill of a metal flat-rolled product which has a pair of upper and lower work rolls (1-1, 1-2) and a pair of upper and lower backup rolls (2-1, 2-2) which support the same, the rolling mill of a metal flat-rolled product comprising hydraulic cylinders (6-1, 6-2, 6-3, 6-4) which apply increase bending force to the upper and lower work rolls and are arranged at project blocks (5-1, 5-2) which project to the inside of a rolling mill housing, characterized in that the project blocks (5-1, 5-2) are shifted to below a pass line and are set vertically asymmetrically with respect to the pass line, contact surfaces of a project block and the lower work roll chock are configured to support rolling direction force which is applied to a lower work roll barrel, and contact surfaces of a rolling mill housing window which is positioned above the project blocks (5-1, 5-2) and the upper work roll chock are configured to support rolling direction force which is applied to an upper work roll barrel.
An endless belt (1, 33) that has a carrier structure extending over the entire surface of the belt and which is provided with at least one coating also extending over the entire surface of the belt, the belt (1, 33) being made up of a number of belt segments (2-7, 34-43) arranged one behind the other in the endless direction (A, C) and each having its own carrier structure segment with its own coating (14-19, 44-53), the extension of the belt segments (2-7, 34-43) and the carrier structure segments of the latter with the coating (14-19, 44-53) in a transverse direction perpendicular to the endless direction (A, C) corresponding to the extension of the belt (1, 33) in this direction and the belt segments (2-7, 34-43) being connected to one another by seams (20-25, 54-63) extending in the transverse direction.
A memory controller, comprising: a command queue for receiving and storing memory access requests for a memory; an arbiter for selectively picking accesses from the command queue and categorizing them as a first type of accesses or a second type of accesses, wherein the first type of accesses and the second type of accesses correspond to different page statuses of corresponding memory accesses in the memory; a refresh logic circuit for generating a refresh command to a bank of the memory, and providing a priority indicator with the refresh command whose value is set according to a number of pending per-bank refreshes, wherein the refresh logic circuit assigns the priority indicator one of a first priority status and a second priority status; and a final arbiter for selectively ordering the refresh command with respect to memory access requests of the first type accesses and the second type accesses based on the priority indicator, wherein the final arbiter prioritizes the refresh command to execute in an order between the first type of accesses and the second type of accesses when the priority indicator is the first priority status. a command queue for receiving and storing memory access requests for a memory; an arbiter for selectively picking accesses from the command queue and categorizing them as a first type of accesses or a second type of accesses, wherein the first type of accesses and the second type of accesses correspond to different page statuses of corresponding memory accesses in the memory; a refresh logic circuit for generating a refresh command to a bank of the memory, and providing a priority indicator with the refresh command whose value is set according to a number of pending per-bank refreshes, wherein the refresh logic circuit assigns the priority indicator one of a first priority status and a second priority status; and a final arbiter for selectively ordering the refresh command with respect to memory access requests of the first type accesses and the second type accesses based on the priority indicator, wherein the final arbiter prioritizes the refresh command to execute in an order between the first type of accesses and the second type of accesses when the priority indicator is the first priority status.
An aqueous alkaline cleaning composition with a pH in the range of from 8 to 14 comprising at least one thioamino acid having at least one secondary or tertiary amino group and at least one mercapto group; at least one quaternary ammonium hydroxide; and at least one functional additive selected from the group consisting of complexing or chelating agents, corrosion inhibiting agents, film-forming agents, bases, organic solvents, alcohols having at least one mercapto group, surfactants pH-adjusting agents and metal free silicates. at least one thioamino acid having at least one secondary or tertiary amino group and at least one mercapto group; at least one quaternary ammonium hydroxide; and at least one functional additive selected from the group consisting of complexing or chelating agents, corrosion inhibiting agents, film-forming agents, bases, organic solvents, alcohols having at least one mercapto group, surfactants pH-adjusting agents and metal free silicates.
An organic light emitting display device comprising: a data line; a driving thin film transistor including a gate electrode, an output electrode, an input electrode and an active layer; a storage capacitor including a first electrode electrically connected to the gate electrode and a second electrode (231; 631) electrically connected to the output electrode; an organic light emitting element including an anode connected to the output electrode of the driving thin film transistor; and a shield unit (280; 680) including a conductive portion, wherein the distance between the data line and the first electrode of the storage capacitor is larger than the distance between the data line and the conductive portion of the shield unit (280; 680); characterized in that the active layer and the shield unit (280; 680) are formed as a patterned semiconductor layer, the conductive portion of the shield unit (280; 680) being formed of doped semiconductor material, and a portion of the patterned semiconductor layer is extended from the input electrode toward the data line; wherein the shield unit (280; 680) is disposed under the first electrode of the storage capacitor and a portion of the shield unit overlaps a portion of the first electrode. a data line; a driving thin film transistor including a gate electrode, an output electrode, an input electrode and an active layer; a storage capacitor including a first electrode electrically connected to the gate electrode and a second electrode (231; 631) electrically connected to the output electrode; an organic light emitting element including an anode connected to the output electrode of the driving thin film transistor; and a shield unit (280; 680) including a conductive portion, wherein the distance between the data line and the first electrode of the storage capacitor is larger than the distance between the data line and the conductive portion of the shield unit (280; 680); characterized in that the active layer and the shield unit (280; 680) are formed as a patterned semiconductor layer, the conductive portion of the shield unit (280; 680) being formed of doped semiconductor material, and a portion of the patterned semiconductor layer is extended from the input electrode toward the data line; wherein the shield unit (280; 680) is disposed under the first electrode of the storage capacitor and a portion of the shield unit overlaps a portion of the first electrode.
Insert for the delivery of a liquid, suitable for receiving an insertion along an axis X of an infusion vial according to any one of the claims 10 to 13, insert comprising a main body and an inner part, the main body comprising a lateral wall and a lower delivery portion, the lower delivery portion defining a first lower duct and a second lower duct; the inner part comprising an inner wall and a piercing spike; - the inner wall: - Defining a seat suitable to receive a head of the infusion vial, and - Comprising at least one slit suitable to engage a radially inner portion of the at least one circumferential push surface of the infusion vial; - the piercing spike being suitable to pierce a closing septum of the infusion vial and defining a first upper duct and a second upper duct; wherein the inner part is housed inside the main body so as to be able to rotate with respect to the latter around axis X between - a fluidly open configuration A wherein the upper ducts (510, 520) are in fluid communication with the lower ducts (511, 521) respectively; and - a fluidly closed configuration B wherein the upper ducts (510, 520) are not in fluid communication with the lower ducts (511, 521) respectively. - the inner wall: - Defining a seat suitable to receive a head of the infusion vial, and - Comprising at least one slit suitable to engage a radially inner portion of the at least one circumferential push surface of the infusion vial; - Defining a seat suitable to receive a head of the infusion vial, and - Comprising at least one slit suitable to engage a radially inner portion of the at least one circumferential push surface of the infusion vial; - the piercing spike being suitable to pierce a closing septum of the infusion vial and defining a first upper duct and a second upper duct; wherein the inner part is housed inside the main body so as to be able to rotate with respect to the latter around axis X between - a fluidly open configuration A wherein the upper ducts (510, 520) are in fluid communication with the lower ducts (511, 521) respectively; and - a fluidly closed configuration B wherein the upper ducts (510, 520) are not in fluid communication with the lower ducts (511, 521) respectively.
A computer-implemented method for communicating using adaptive data compression, the method comprising: determining whether an encrypted communications channel operating with a level of compression is below an operational threshold based on a capacity of the encrypted communications channel; decreasing the level of compression when the encrypted communications channel is operating below the operational threshold; compressing, in accordance with the level of compression, data packets to be transmitted over the encrypted communications channel; creating, when the encrypted communications channel is operating below the operational threshold, one or more padding packets, wherein the data of the one or more padding data packet comprises padding data; encrypting the data packets and the at least one padding data packet; transmitting, over the encrypted communications channel, the encrypted and compressed data packets to a destination; and transmitting, over the encrypted communications channel, the encrypted one or more padding data packets to the destination. determining whether an encrypted communications channel operating with a level of compression is below an operational threshold based on a capacity of the encrypted communications channel; decreasing the level of compression when the encrypted communications channel is operating below the operational threshold; compressing, in accordance with the level of compression, data packets to be transmitted over the encrypted communications channel; creating, when the encrypted communications channel is operating below the operational threshold, one or more padding packets, wherein the data of the one or more padding data packet comprises padding data; encrypting the data packets and the at least one padding data packet; transmitting, over the encrypted communications channel, the encrypted and compressed data packets to a destination; and transmitting, over the encrypted communications channel, the encrypted one or more padding data packets to the destination.
An observation instrument that is arranged as a resectoscope, the instrument comprising a hollow shaft, which has a center plane (12, 56) and in the distal end region of which there is arranged an opto-electronic image pick-up system, which comprises a distal deflection prism on the image entrance side, whose deflection surfaces (90, 92) guide an image into an optical lens system, which images the image onto an asymmetrical image sensor that is arranged proximally of the lens system on the image plane thereof, and comprising two lateral rods (26, 28) which are connected to one another via a resectoscope loop, wherein the image sensor comprises an asymmetrical active region, which lies asymmetrically with respect to the outer contour of the image sensor, wherein the image sensor is arranged tilted with respect to the shaft axis, wherein a proximal deflection prism is arranged between the proximal end of the lens system and the image sensor, which deflects the image emerging from the optical lens system onto the tilted image sensor, and wherein the main beam is guided centrally centered along a longitudinal axis of the lens system, wherein a first plane is spanned by the main beam and a first orthogonal on the image plane of the image sensor, and a second plane is spanned by the main beam and a second orthogonal on the deflection surfaces (90, 92) of the distal deflection prism, wherein the first plane and the second plane are rotated relative to one another about the main beam in such a way that a viewing cone can be generated, which is symmetrical to the center plane of the hollow shaft, and whose image area lies fully in the active region of the image sensor, so that viewing points (27', 29') of the viewing cone are at the same axial height as the rods (26, 28), and wherein the main beam is displaced with respect to a shaft axis of the hollow shaft.
An oral care implement comprising: a handle; a head connected to the handle, the head having a front surface, an opposite rear surface, and a peripheral surface extending between the front and rear surfaces; a first cleaner for cleansing soft oral tissue, the first cleaner formed of a resilient material and fixed to the head; and a second cleaner for cleansing soft oral tissue, the second cleaner formed of a resilient material and fixed to the head, wherein the first cleaner is in the form of a pad that is fixed to the rear surface of the head, the pad having a hole extending therethrough, and the second soft tissue cleaner being positioned on that portion of the rear surface of the head that is exposed through the hole of the first soft tissue cleaner. a handle; a head connected to the handle, the head having a front surface, an opposite rear surface, and a peripheral surface extending between the front and rear surfaces; a first cleaner for cleansing soft oral tissue, the first cleaner formed of a resilient material and fixed to the head; and a second cleaner for cleansing soft oral tissue, the second cleaner formed of a resilient material and fixed to the head, wherein the first cleaner is in the form of a pad that is fixed to the rear surface of the head, the pad having a hole extending therethrough, and the second soft tissue cleaner being positioned on that portion of the rear surface of the head that is exposed through the hole of the first soft tissue cleaner.
An electric power generating set, provided with at least one combustible fluid supply duct, which leads to at least one engine for delivering mechanical energy, and a current generator, which is coupled to said engine and is capable of converting the mechanical energy delivered by said engine into electric power, to be supplied to at least one respective storage unit, at least one solenoid valve being arranged along said duct and being controlled by a respective controller that can be connected in parallel to said generator and to the storage unit, said solenoid valve being usually arranged in a first configuration, for blocking said duct, in order to prevent the supply of said engine, and being movable on command toward a second configuration, for the free passage of the combustible fluid, and vice versa, characterized in that it comprises a component for one-way clearance to the flow of current, which is arranged along an electrical line (8a, 8b) for connection between an electric pole (9a, 9b) of said solenoid valve and a corresponding common electric pole (10a, 10b) of said controller and of the storage unit, for one-way clearance to the flow of current from said positive electric pole of said solenoid valve to said positive common electric pole of said controller and of the storage unit or for one-way clearance to the flow of current from said negative common electric pole of said controller and of the storage unit to said negative electric pole of said solenoid valve.
An implantable medical device, comprising: a frame comprising at least one elongate member; and a fixation member comprising a first cuff, a second cuff, a tissue engagement member configured to anchor to tissue at an implant site to thereby hold the implantable medical device in a position at the implant site, and a cuff joining member comprising an arcuate shape and connected at a first end to the first cuff and at a second end to the second cuff; wherein the first cuff substantially surrounds a perimeter of a first portion of the at least one elongate member, the second cuff substantially surrounds a perimeter of a second portion of the at least one elongate member, and the cuff joining member does not substantially surround a perimeter of any portion of the at least one elongate member and is biased to follow an inside curvature of the frame, and wherein one or both cuffs (210, 220) have a slip fit relation to the at least one elongate member. a frame comprising at least one elongate member; and a fixation member comprising a first cuff, a second cuff, a tissue engagement member configured to anchor to tissue at an implant site to thereby hold the implantable medical device in a position at the implant site, and a cuff joining member comprising an arcuate shape and connected at a first end to the first cuff and at a second end to the second cuff; wherein the first cuff substantially surrounds a perimeter of a first portion of the at least one elongate member, the second cuff substantially surrounds a perimeter of a second portion of the at least one elongate member, and the cuff joining member does not substantially surround a perimeter of any portion of the at least one elongate member and is biased to follow an inside curvature of the frame, and wherein one or both cuffs (210, 220) have a slip fit relation to the at least one elongate member.
Auxiliary air valve for a vacuum cleaner, with a housing, an inlet opening for the auxiliary air current, an outlet opening for the auxiliary air current and a closure means that opens on a pressure-dependent basis for blocking the flow connection between inlet opening and outlet opening, wherein the housing of the auxiliary air valve is equipped with receiving means for receiving a pressure sensor.
A method of distortion correction for use in a charged particle beam system including an illumination system having a built-in aberration corrector which contains a plurality of multipole elements (32a,32b) and a transfer lens system disposed between the multipole elements to correct distortion (S100, S204) in a shadow of an aperture of the illumination system, said method comprising the step of: varying excitations of the transfer lens system to correct the distortion in the shadow of the aperture.
A method for predicting a response to and/or benefit of chemotherapy with taxane or anthracycline, including neoadjuvant chemotherapy, in a patient suffering from or at risk of developing recurrent breast cancer, said method comprising the steps of: (a) determining in a breast tumor sample from said patient the RNA expression levels of the following 8 genes: UBE2C, RACGAP1, DHCR7, STC2, AZGP1, RBBP8, IL6ST, and MGP, indicative of a response to chemotherapy for a tumor, or (b) determining in a breast tumor sample from said patient the RNA expression levels of the following 8 genes: UBE2C, BIRC5, DHCR7, STC2, AZGP1, RBBP8, IL6ST, and MGP; indicative of a response to chemotherapy for a tumor (c) mathematically combining expression level values for the genes of the said set which values were determined in the tumor sample to yield a combined score, wherein said combined score is predicting said response and/or benefit of chemotherapy. (a) determining in a breast tumor sample from said patient the RNA expression levels of the following 8 genes: UBE2C, RACGAP1, DHCR7, STC2, AZGP1, RBBP8, IL6ST, and MGP, indicative of a response to chemotherapy for a tumor, or (b) determining in a breast tumor sample from said patient the RNA expression levels of the following 8 genes: UBE2C, BIRC5, DHCR7, STC2, AZGP1, RBBP8, IL6ST, and MGP; indicative of a response to chemotherapy for a tumor (c) mathematically combining expression level values for the genes of the said set which values were determined in the tumor sample to yield a combined score, wherein said combined score is predicting said response and/or benefit of chemotherapy.
A flat security element with optical security features, comprising at least one first surface region with a first sub-wavelength structure, wherein the structure elements that define the first sub-wavelength structure periodically repeat in the plane of the security element, wherein the first sub-wavelength structure of at least one partial region of the first surface region is additionally provided with an interference coating for producing a color-shifting effect, characterized in that an unstructured surface region lies adjacent to a first surface region, which unstructured surface region does not have a sub-wavelength structure, but has, at least in one partial region, the same interference coating as at least one partial region of the first surface region, wherein a motif is conveyed by the first surface region and the unstructured surface region using at least two different color impressions.