mhurhangee/ep-ind-claims huggingface dataset:
Polymerization process comprising the steps of: (a) reacting an aqueous suspension comprising initiator, vinyl chloride, and optionally one or more co-monomers in a continuous stirred tank reactor; and (b) further reacting the resulting suspension in at least one second reactor; wherein the conversion level of vinyl chloride in the continuous stirred tank reactor of step (a) is from 10 to 60 wt%. (a) reacting an aqueous suspension comprising initiator, vinyl chloride, and optionally one or more co-monomers in a continuous stirred tank reactor; and (b) further reacting the resulting suspension in at least one second reactor;
Battery sensor data transmission unit having a data transmission unit, the data transmission unit being designed to output a sensor signal representing a physical variable in or on the battery cell to an evaluation device using a battery housing wall and/or a wall of a battery cell as the transmission medium.
An interspinous stabilization device, comprising: a support rod, a flexible U-shaped spacer body comprising all inferior section, a superior section, a midsection therebetween, and a pair of lateral walls extending from the superior section for engaging a spinous process of a vertebra, the inferior section including a base portion configured to couple with the support rod, the base portion having a through hole for placement of the support rod therethrough; and at least one fixation element for securing the support rod to an adjacent vertebra. a support rod, a flexible U-shaped spacer body comprising all inferior section, a superior section, a midsection therebetween, and a pair of lateral walls extending from the superior section for engaging a spinous process of a vertebra, the inferior section including a base portion configured to couple with the support rod, the base portion having a through hole for placement of the support rod therethrough; and at least one fixation element for securing the support rod to an adjacent vertebra.
A comb for a hair cutting appliance having a cutting direction, the comb comprising - a first comb part comprising a plurality of first comb teeth, the first comb teeth being arranged, during use, to guide hair towards the hair cutting appliance for cutting; - a second comb part comprising a plurality of second comb teeth aligned with the first comb teeth; and - a comb connection part comprising a plurality of connection comb teeth aligned with the first comb teeth, wherein the first and second comb teeth (112, 126) are connected together by the connection comb teeth, wherein the first comb teeth and the second comb teeth are at least partially formed from a plastics material, wherein the connection comb teeth are at least partially formed from metal; and wherein, during use of the comb, the first comb teeth precede the connection comb teeth and the second comb teeth trail the connection comb teeth when viewed in the cutting direction. - a first comb part comprising a plurality of first comb teeth, the first comb teeth being arranged, during use, to guide hair towards the hair cutting appliance for cutting; - a second comb part comprising a plurality of second comb teeth aligned with the first comb teeth; and - a comb connection part comprising a plurality of connection comb teeth aligned with the first comb teeth,
Device for gripping and holding containers in container treatment systems, comprising a gripper which can be secured to a transport element, which comprises pivotable spring-loaded gripper arms, wherein the gripper comprises catch elements, which can be engaged into corresponding counter-catch elements of the transport element, wherein the gripper can be locked with the transport element in positive fit, and additionally by flexure tension of the spring arms in non-positive fit, wherein the catch elements are configured as spring webs, characterised in that the catch elements are configured as L-shaped, with a transverse web and, arranged at an angle to it, an upright web, and with its transverse web being arranged at a rotating receiver for receiving rotating pins of the pivotable gripper arms, wherein the upright web extends in the direction of a head region of the rotating receiver, and in this situation is oriented with its head part in the direction of the head region of the rotating receiver.
A method comprising: obtaining, by one or more cameras (140,142) coupled to or included within an access device, a plurality of images of an area of a resource provider captured at different time points, wherein the plurality of images comprises a first image of the area at a first time point and a second image of the area at a second time point, the first image indicating that a user at the resource provider is at a first location and the second image indicating that the user is at a second location; based on a current position of the user near the access device, a communication device being within a proximate vicinity of the access device, and an association between the user and the communication device, determining that a transaction is to be conducted between the access device and the communication device, wherein the association between the user and the communication device is based on the first location being proximate to a location of the communication device at the first time point and the second location being proximate to a location of the communication device at the second time point; and responsive to the determining, conducting the transaction between the access device and the communication device, wherein conducting the transaction comprises the access device transmitting to an external service computer a request for a user account of the user and receiving a response including the user account, the access device conducting the transaction using the user account. obtaining, by one or more cameras (140,142) coupled to or included within an access device, a plurality of images of an area of a resource provider captured at different time points, wherein the plurality of images comprises a first image of the area at a first time point and a second image of the area at a second time point, the first image indicating that a user at the resource provider is at a first location and the second image indicating that the user is at a second location; based on a current position of the user near the access device, a communication device being within a proximate vicinity of the access device, and an association between the user and the communication device, determining that a transaction is to be conducted between the access device and the communication device, wherein the association between the user and the communication device is based on the first location being proximate to a location of the communication device at the first time point and the second location being proximate to a location of the communication device at the second time point; and responsive to the determining, conducting the transaction between the access device and the communication device, wherein conducting the transaction comprises the access device transmitting to an external service computer a request for a user account of the user and receiving a response including the user account, the access device conducting the transaction using the user account.
A reference sample with an inclined support base, the reference sample comprising: a scanning electron microscope reference sample for evaluating performance of a scanning electron microscope; and an inclined support base that supports the scanning electron microscope reference sample, wherein the scanning electron microscope reference sample is made of a hexagonal SiC single crystal, has an off angle, and has a step/terrace structure including a step with a half unit height and a terrace even in an atomic level, the step/terrace structure being formed on a surface of the scanning electron microscope reference sample, a surface of each terrace has a first stack orientation or a second stack orientation, a support surface of the inclined support base has an inclination angle identical to an off angle of the scanning electron microscope reference sample, and contrast as difference in lightness and darkness between an image of a terrace with a surface directly under which the first stack orientation lies and an image of a terrace with a surface directly under which the second stack orientation lies changes according to an incident electron angle irrespective of the off angle of the scanning electron microscope reference sample, where the incident electron angle is an angle that an electron beam emitted from the scanning electron microscope forms with respect to a perpendicular to a surface of the terrace. a scanning electron microscope reference sample for evaluating performance of a scanning electron microscope; and an inclined support base that supports the scanning electron microscope reference sample, wherein the scanning electron microscope reference sample is made of a hexagonal SiC single crystal, has an off angle, and has a step/terrace structure including a step with a half unit height and a terrace even in an atomic level, the step/terrace structure being formed on a surface of the scanning electron microscope reference sample, a surface of each terrace has a first stack orientation or a second stack orientation, a support surface of the inclined support base has an inclination angle identical to an off angle of the scanning electron microscope reference sample, and contrast as difference in lightness and darkness between an image of a terrace with a surface directly under which the first stack orientation lies and an image of a terrace with a surface directly under which the second stack orientation lies changes according to an incident electron angle irrespective of the off angle of the scanning electron microscope reference sample, where the incident electron angle is an angle that an electron beam emitted from the scanning electron microscope forms with respect to a perpendicular to a surface of the terrace.
A composition comprising nanoparticles comprising a taxane and an albumin for use in a method of treating hepatocellular carcinoma in an individual in need thereof, wherein the method comprises further administering at least one other agent, wherein said other agent inhibits microtubule disassembly.
A measuring system including: a first sensor that is configured to emit light to a first portion of a subject, compress the first portion, and measure reflected light or transmitted light from the first portion; a second sensor that is configured to emit light to a second portion of the subject, compress the second portion, and measure reflected light or transmitted light from the second portion a first measurement value calculator that is configured to, based on a change of an amount of received light that is measured by the first sensor, calculate a first measurement value indicating an index related to a first blood refill time; a second measurement value calculator that is configured to, based on a change of an amount of received light that is measured by a second sensor, calculate a second measurement value indicating an index related to a second blood refill time; and a pressure controller that is configured to control the first sensor and the second sensor so that a time difference between a start of compression release by the first sensor and a start of compression release by the second sensor is within a predetermined time period; and an evaluator that is configured to evaluate a cardiovascular system of the subject based on a comparison process using the first measurement value and the second measurement value. a first sensor that is configured to emit light to a first portion of a subject, compress the first portion, and measure reflected light or transmitted light from the first portion; a second sensor that is configured to emit light to a second portion of the subject, compress the second portion, and measure reflected light or transmitted light from the second portion a first measurement value calculator that is configured to, based on a change of an amount of received light that is measured by the first sensor, calculate a first measurement value indicating an index related to a first blood refill time; a second measurement value calculator that is configured to, based on a change of an amount of received light that is measured by a second sensor, calculate a second measurement value indicating an index related to a second blood refill time; and a pressure controller that is configured to control the first sensor and the second sensor so that a time difference between a start of compression release by the first sensor and a start of compression release by the second sensor is within a predetermined time period; and an evaluator that is configured to evaluate a cardiovascular system of the subject based on a comparison process using the first measurement value and the second measurement value.
A combination comprising a first agent that is a cyclin dependent kinase 4 or cyclin dependent kinase 6 (CDK4/6) inhibitor, wherein said first agent is Compound A described by Formula A: or a pharmaceutically acceptable salt thereof, and a second agent that is a PI3Kinase inhibitor, wherein said second agent is (i) Compound B1 described by Formula B1: or a pharmaceutically acceptable salt thereof, or (ii) Compound B2 described by Formula B2: or a pharmaceutically acceptable salt thereof. (i) Compound B1 described by Formula B1: or a pharmaceutically acceptable salt thereof, or (ii) Compound B2 described by Formula B2: or a pharmaceutically acceptable salt thereof.
A method of completing object input/outputs, IOs, the method comprising: receiving a first set of object IOs for a target storage device (108, 208, 304, 318); dispatching the first set of object IOs to a first buffer of a first zone, the first buffer being configured to function as a first log buffer; concatenating the first set of object IOs to form a first object group in the first buffer; logging the first object group to a log device (117, 206, 312, 314) that has persistent memory and that is distinct from the target storage device (108, 208, 304, 318); modifying a function of the first buffer from the first log buffer to a first flush buffer; transferring the first object group to the target storage device (108, 208, 304, 318); and wherein the first object group currently in the log buffer is logged to the log device (117, 206, 312, 314) based on a timeout window corresponding to a maximum amount of time for storing one of the first set of object IOs in the first log buffer, a maximum number of object IOs to be held in first the log buffer, or a threshold size of the first object group. receiving a first set of object IOs for a target storage device (108, 208, 304, 318); dispatching the first set of object IOs to a first buffer of a first zone, the first buffer being configured to function as a first log buffer; concatenating the first set of object IOs to form a first object group in the first buffer; logging the first object group to a log device (117, 206, 312, 314) that has persistent memory and that is distinct from the target storage device (108, 208, 304, 318); modifying a function of the first buffer from the first log buffer to a first flush buffer; transferring the first object group to the target storage device (108, 208, 304, 318); and wherein the first object group currently in the log buffer is logged to the log device (117, 206, 312, 314) based on a timeout window corresponding to a maximum amount of time for storing one of the first set of object IOs in the first log buffer, a maximum number of object IOs to be held in first the log buffer, or a threshold size of the first object group.
A composite comprising a substrate and an optically transparent resin layer formed on the substrate, wherein the substrate comprises a woven fabric and a composition layer formed on the woven fabric and comprising tetrafluoroethylene resin and silicon dioxide.
Separating apparatus having a drum for separating closure caps and having a sorting device for sorting a plurality of closure caps, wherein the sorting device has a plurality of sorting pockets for transporting in each case one of the closure caps in a transport direction and has a stop element with an abutment surface, wherein a cross-sectional profile of each of the sorting pockets is configured in such a way that a closure cap can be positioned in the sorting pocket in a first orientation or in a second orientation in such a way that, at least in the second orientation, the closure cap protrudes from the sorting pocket, wherein the first orientation and the second orientation are different, and wherein the abutment surface is arranged obliquely to the transport direction, wherein the stop element is arranged in such a way that the closure cap comes into abutment with the abutment surface, and is guided from the transport direction along the abutment surface, only in the second orientation, wherein the drum is configured in such a way that each closure cap is separated into a sorting pocket in each case, wherein the separating apparatus has a first transport path and a first section, wherein the first section is arranged downstream of the stop element and is configured in such a way that the closure caps are each guided to the first transport path such that the closure caps are oriented in the first orientation on the first transport path, wherein, in the first section, the separating apparatus has a further stop element with a further abutment surface, wherein the further abutment surface is arranged obliquely to the transport direction, wherein the further stop element is arranged in such a way that each closure cap in the first orientation comes into abutment with the further abutment surface and is guided along the abutment surface to the first transport path, wherein a longitudinal axis of the drum is inclined at an angle β in relation to a vertical direction, which vertical direction corresponds to the direction of gravitational force, characterized in that the separating apparatus has a second transport path, wherein the stop element is arranged in such a way that each closure cap in the second orientation is guided along the abutment surface to the second transport path such that the closure caps are oriented in the second orientation on the second transport path, wherein the separating apparatus has a turn-over device which is configured for changing the orientation (24, 26) of the closure caps on the second transport path such that the closure caps are turned from the second orientation over into the first orientation.
A coaxial connection system, intended to transmit radio frequency RF signals, of longitudinal axis X, comprising a first system element forming a plug and a second system element forming a jack, the plug and the jack each comprising: • a central contact (20; 30), • a peripheral contact (21; 31), arranged on the periphery of the central contact, forming a ground contact, • a solid insulating structure (23; 33) interposed between the central contact and the ground contact, wherein the jack comprises a body having a cylindrical inner surface forming a guiding portion, wherein one of the ground contact is elastic and comprises a slotted sleeve, whereas the other cooperating ground contact is rigid, the elastic one bearing radially against the inner surface of the rigid one in connection configuration between the plug and the jack, with a minimum axial gap between ground contacts (21, 31) along the axis X; wherein the solid insulating structure of the jack protects physically the female central contact and the slotted elastic ground contact of the jack during the mating connection, and wherein the outer surface of the ground contact of the plug is forming a guiding portion which is mechanically guided against the guiding portion of the body of the jack, during the connection, said guiding portion of the ground contact of the plug having a diameter D and a length L along the axis X, defining a ratio L/D which is superior or equal to 0,5. • a central contact (20; 30), • a peripheral contact (21; 31), arranged on the periphery of the central contact, forming a ground contact, • a solid insulating structure (23; 33) interposed between the central contact and the ground contact,
Diagnostic method for determining the presence and amount of human IL-3 (hIL-3) in a sample, wherein the method comprises adding an anti-IL-3 antibody, fragment or construct thereof to said sample under conditions which allow for binding of said antibody, fragment or construct thereof to IL-3 and detecting the amount of antibody-bound IL-3 in said sample, wherein the anti-IL-3 antibody is produced by hybridoma cell line DSM ACC3164.
A method of creating a light script for a video, the light script comprising lighting control instructions for controlling one or more light sources when the video is being displayed, the method comprising: - receiving a user input indicative of a selection of a lighting control instruction for a scene (S1, S11, S21, S31, S32), - associating the lighting control instruction (L1, L11, L21, L31, L32) with the scene (S1, S11, S21, S31, S32), - analyzing the scene (S1, S11, S21, S31, S32) of the video to identify a scene characteristic (C1, C11, C21, C31, C32) in the scene, - analyzing the video or another video to recognize, in a further scene (S4, S13, S24, S34), a similar or identical scene characteristic (C1, C11, C21, C31, C32), and - associating, based on the recognition of the similar or identical scene characteristic (C1, C 11, C21, C31, C32), the lighting control instruction (L1, L11, L21, L31, L32) with the further scene (S4, S13, S24, S34), such that when the scene (S1, S11, S21, S31, S32) and the further scene (S4, S13, S24, S34) are being displayed the one or more light sources are controlled according to the lighting control instruction (L1, L11, L21, L31, L32). - receiving a user input indicative of a selection of a lighting control instruction for a scene (S1, S11, S21, S31, S32), - associating the lighting control instruction (L1, L11, L21, L31, L32) with the scene (S1, S11, S21, S31, S32), - analyzing the scene (S1, S11, S21, S31, S32) of the video to identify a scene characteristic (C1, C11, C21, C31, C32) in the scene, - analyzing the video or another video to recognize, in a further scene (S4, S13, S24, S34), a similar or identical scene characteristic (C1, C11, C21, C31, C32), and - associating, based on the recognition of the similar or identical scene characteristic (C1, C 11, C21, C31, C32), the lighting control instruction (L1, L11, L21, L31, L32) with the further scene (S4, S13, S24, S34), such that when the scene (S1, S11, S21, S31, S32) and the further scene (S4, S13, S24, S34) are being displayed the one or more light sources are controlled according to the lighting control instruction (L1, L11, L21, L31, L32).