mhurhangee/patent-ind-claim-en huggingface dataset:
A layered structure comprising a first electrode and a second electrode, a light-emitting layer or a charge separation layer between the first electrode and the second electrode, and a layer containing a conjugated polymer compound between the light-emitting layer or the charge separation layer and the first electrode, wherein the conjugated polymer compound contains one or more repeating units represented by formula : wherein Ar 2 represents a divalent aromatic group, R 3 represents a substituent group having a group represented by formula , Ar 2 may have a substituent group other than R 3 , n3 represents an integer of 1 or more and, when a plurality of R 3 s are present, they may be the same or different; -(R 4 ) c2 -(Q 2 ) n4 -Y 2 (M 2 ) a2 (Z 2 ) b2 wherein R 4 represents a 1,3-phenylene group having an alkyl group, an alkoxy group, an aryl group, an aryloxy group, a carboxyl group or a substituted oxycarbonyl group as a substituent group, Q 2 represents a divalent organic group which may have a substituent group, Y 2 represents -CO 2 - , -SO 3 - , -SO 2 - or -PO 3 2- , M 2 represents a metal cation or an ammonium cation which may have a substituent group, Z 2 represents F - , Cl - , Br - , I - , OH - , R b SO 3 - , R b COO - , ClO - , ClO 2 - , ClO 3 - , ClO 4 - , SCN - , CN - , NO 3 - , SO 4 2- , HSO 4 - PO 4 3- , HPO 4 2- , H 2 PO 4 - , BF 4 - or PF 6 - , c2 represents 1, n4 represents 0, a2 represents an integer of 1 or more, b2 represents an integer of 0 or more, a2 and b2 are selected so that the charge of the substituent group represented by formula is 0, R b represents an alkyl group having 1 to 30 carbon atoms, which may have a substituent group, or an aryl group having 6 to 50 carbon atoms, which may have a substituent group, when a plurality of M 2 s are present, they may be the same or different, and when a plurality of Z 2 s are present, they may be the same or different.
A process for preparing a substrate for an optical device comprising a base layer and a spacer on the base layer, wherein the spacer has a hemispherical portion at the top, wherein the process comprises: forming a layer comprising an ultraviolet curable compound, pressing an imprinting mask on the layer comprising the ultraviolet curable compound and then curing the ultraviolet curable compound by irradiating the top of the imprinting mask with ultraviolet light, and wherein the imprinting mask comprises a light-transmissive main body on one surface of which a concave hemispherical shape is formed and a light-shielding film formed on a portion where the hemispherical shape is not formed on the surface of the main body on which the hemispherical shape is formed, wherein, during the curing of the ultraviolet curable compound by irradiating the top of the imprinting mask with ultraviolet light, the ultraviolet curable compound is cured according to the hemispherical shape formed on the surface of the imprinting mask to form the spacer. wherein the spacer has a hemispherical portion at the top, wherein the process comprises: forming a layer comprising an ultraviolet curable compound, pressing an imprinting mask on the layer comprising the ultraviolet curable compound and then curing the ultraviolet curable compound by irradiating the top of the imprinting mask with ultraviolet light, and wherein the imprinting mask comprises a light-transmissive main body on one surface of which a concave hemispherical shape is formed and a light-shielding film formed on a portion where the hemispherical shape is not formed on the surface of the main body on which the hemispherical shape is formed, wherein, during the curing of the ultraviolet curable compound by irradiating the top of the imprinting mask with ultraviolet light, the ultraviolet curable compound is cured according to the hemispherical shape formed on the surface of the imprinting mask to form the spacer. forming a layer comprising an ultraviolet curable compound, pressing an imprinting mask on the layer comprising the ultraviolet curable compound and then curing the ultraviolet curable compound by irradiating the top of the imprinting mask with ultraviolet light, and wherein the imprinting mask comprises a light-transmissive main body on one surface of which a concave hemispherical shape is formed and a light-shielding film formed on a portion where the hemispherical shape is not formed on the surface of the main body on which the hemispherical shape is formed, wherein, during the curing of the ultraviolet curable compound by irradiating the top of the imprinting mask with ultraviolet light, the ultraviolet curable compound is cured according to the hemispherical shape formed on the surface of the imprinting mask to form the spacer.
Drinks machine for preparing infusion drinks, comprising a flow line system that has a valve arrangement (V1, V2, V3, V4) and a cleaning apparatus for carrying out a cleaning and/or care process, comprising a storage cartridge for storing cleaning agent (R), and an electrically driven pump (8, M) for supplying the cleaning agent (R) or a cleaning solution (S) from the cleaning apparatus into the flow line system , further comprising a control device for activating and deactivating the valve arrangement (V1, V2, V3, V4) and the pump (8, M) for carrying out the drink preparation and the cleaning or care process, characterised in that the cleaning apparatus further comprises a preservative (K), the cleaning apparatus being designed to introduce the preservative (K) in liquid form (S) into the flow line system , the preservative (K) being arranged in the storage container and the preservative (K) and the cleaner (R) being placed in layers in solid or pasty form in the storage container .
Rinsing device having a interior washing compartment in which an upper rack and a lower rack are arranged, and having an image recording device for recording the interior washing compartment , wherein the interior washing compartment has a first interior region and a second interior region , wherein the first interior region and the second interior region are spaced apart from one another, wherein the interior washing compartment can be closed with a door , and wherein the image recording device has the following features: an image sensor having a first sensor region for providing first sensor signals and a second sensor region for providing second sensor signals ; an optical device for guiding the first light incident from the first interior region to the first sensor region and from the second light incident from the second interior region to the second sensor region ; and an image processing device , which is designed to provide, using the first sensor signals , a first image that depicts the first interior region and to provide, using the second sensor signals , a second image that depicts the second interior region , characterised in that the optical device comprises a first mirror element for deflecting the first light and a second mirror element for deflecting the second light , or the optical device comprises at least one prism for deflecting the first light and the second light , and in that the upper rack is arranged in the first interior region and the lower rack is arranged in the second interior region when the rinsing device is ready for operation. an image sensor having a first sensor region for providing first sensor signals and a second sensor region for providing second sensor signals ; an optical device for guiding the first light incident from the first interior region to the first sensor region and from the second light incident from the second interior region to the second sensor region ; and an image processing device , which is designed to provide, using the first sensor signals , a first image that depicts the first interior region and to provide, using the second sensor signals , a second image that depicts the second interior region , characterised in that the optical device comprises a first mirror element for deflecting the first light and a second mirror element for deflecting the second light , or the optical device comprises at least one prism for deflecting the first light and the second light , and in that the upper rack is arranged in the first interior region and the lower rack is arranged in the second interior region when the rinsing device is ready for operation.
RFID system comprising a reading station and at least one RFID transponder , wherein the reading station consists of a corridor bounded by a floor area, at least two longitudinal side walls and optionally a ceiling area and of at least one reader , which is arranged in or on the corridor and which generates an electromagnetic reading field inside the corridor , characterized in that the longitudinal side walls have electromagnetic field reflectors, as a result of which scattering of the electromagnetic reading field occurs by means of multiple reflections such that there is an adequate field strength everywhere within the corridor for operating the RFID transponders and for reading their data, and in that the course (50; 52) of the longitudinal side walls along the corridor bends at least once at a non-0o angle along an axis of the corridor .
Process for the production of a ready-to-use rubber mixture comprising vulcanization chemicals in a combined assembly composed of a kneader with ram and of a ramless kneader arranged thereunder, where the process is a batch process and comprises at least the following process steps: a) production of a preparatory rubber mixture in the upper kneader with ram, and b) without intermediate storage, transfer of the preparatory rubber mixture to a weighing device arranged in a shaft below the upper kneader with ram and c) determination of the batch weight of the preparatory rubber mixture and d) transfer of the weighed preparatory rubber mixture into the ramless kneader and e) calculation of the quantity of vulcanization chemicals on the basis of the batch weight of the weighed preparatory rubber mixture and f) addition of the calculated quantity of the vulcanization chemicals into the ramless kneader , to the preparatory rubber mixture, and g) mixing of all of the constituents present in the ramless kneader to give a ready-to-use rubber mixture, characterized in that the weighing device is arranged in the shaft with a heating device and preferably with thermally insulated shaft walls , and the preparatory rubber mixture is heated on the weighing device , and the preparatory rubber mixture comprises at least one silica as filler and at least one silane. a) production of a preparatory rubber mixture in the upper kneader with ram, and b) without intermediate storage, transfer of the preparatory rubber mixture to a weighing device arranged in a shaft below the upper kneader with ram and c) determination of the batch weight of the preparatory rubber mixture and d) transfer of the weighed preparatory rubber mixture into the ramless kneader and e) calculation of the quantity of vulcanization chemicals on the basis of the batch weight of the weighed preparatory rubber mixture and f) addition of the calculated quantity of the vulcanization chemicals into the ramless kneader , to the preparatory rubber mixture, and g) mixing of all of the constituents present in the ramless kneader to give a ready-to-use rubber mixture,
A polymer composition, comprising a conjugated diene polymer (A) and a compound (B), wherein the compound (B) is at least one compound selected from the group consisting of a polysiloxane compound and a fluorine-containing compound, and wherein the conjugated diene polymer (A) comprises, when a composition ratio (molar ratio) in the polymer of a structural unit represented by formula , a structural unit represented by formula , a structural unit represented by formula , and a structural unit represented by formula are p, q, r, and s, respectively, a polymer (A-1) satisfying formula (i): 0.75 ≤ p + 0.5 × r / p + q + 0.5 × r + s ≤ 0.95 wherein the compound (B) is at least one compound selected from the group consisting of a polysiloxane compound and a fluorine-containing compound, and wherein the conjugated diene polymer (A) comprises, when a composition ratio (molar ratio) in the polymer of a structural unit represented by formula , a structural unit represented by formula , a structural unit represented by formula , and a structural unit represented by formula are p, q, r, and s, respectively, a polymer (A-1) satisfying formula (i): 0.75 ≤ p + 0.5 × r / p + q + 0.5 × r + s ≤ 0.95
An apparatus, comprising: a sequence selection module to select first and second sequences of a plurality of directional transmission patterns, each of the plurality of directional transmission patterns corresponding to a sector; and a plurality of radiating elements to: wirelessly transmit, in a first beacon period, multiple beacon transmissions in accordance with the first sequence; and wirelessly transmit, in a second beacon period, multiple beacon transmissions in accordance with the second sequence; characterised in that the first sequence is different from the second sequence. a sequence selection module to select first and second sequences of a plurality of directional transmission patterns, each of the plurality of directional transmission patterns corresponding to a sector; and a plurality of radiating elements to: wirelessly transmit, in a first beacon period, multiple beacon transmissions in accordance with the first sequence; and wirelessly transmit, in a second beacon period, multiple beacon transmissions in accordance with the second sequence; characterised in that the first sequence is different from the second sequence. wirelessly transmit, in a first beacon period, multiple beacon transmissions in accordance with the first sequence; and wirelessly transmit, in a second beacon period, multiple beacon transmissions in accordance with the second sequence; characterised in that the first sequence is different from the second sequence.
An air cleaner assembly for filtering intake air for an air-consuming device , such as an internal combustion engine or compressor, the air cleaner assembly comprising: a) a filter cartridge disposed within a housing of the air cleaner assembly ; b) a precleaner assembly including at least one particle separator for separating particulates from an airflow stream and a scavenge port for discharging the separated particulates, the precleaner assembly being located upstream of the filter cartridge ; c) a scavenge system for evacuating the separated particulates out of the scavenge port , the scavenge system including an electric motor coupled to a fan ; characterised in that said air cleaner assembly further comprises a control system operating the speed of the electric motor , at least in a normal mode of operation, such that a differential pressure across the scavenge system is at least equal to or greater than a pressure within the precleaner assembly , wherein the control system includes one or both of a minimum operating condition and a high operating condition, wherein the control system overrides the output to the electric motor to a different speed when parameters associated with either of the minimum and the high operating conditions are met. a) a filter cartridge disposed within a housing of the air cleaner assembly ; b) a precleaner assembly including at least one particle separator for separating particulates from an airflow stream and a scavenge port for discharging the separated particulates, the precleaner assembly being located upstream of the filter cartridge ; c) a scavenge system for evacuating the separated particulates out of the scavenge port , the scavenge system including an electric motor coupled to a fan ;
A method for providing a server-side event model in a distributed data grid comprising a data grid cluster that includes multiple inter-connected cluster nodes (101-106), wherein the server-side event model includes at least one event dispatcher located within the data grid cluster, said method comprising: registering one or more event interceptors with a registry that is associated with the distributed data grid; mapping the one or more registered event interceptors to the event dispatcher, wherein the event interceptors are responsible for receiving and handling an event raised by the server-side event model, wherein the event dispatcher operates to dispatch at least one event associated with an operation in the distributed data grid; handling , via said one or more event interceptors, the at least one event that is dispatched from the event dispatcher to said one or more event interceptors, wherein handling the event includes modifying data associated with the event if the context allows it, or, for pre-committed storage events, vetoing the operation by throwing an exception; and deferring completion of the operation in the distributed data grid pending completion of the handling of the at least one event by said one or more event interceptors. registering one or more event interceptors with a registry that is associated with the distributed data grid; mapping the one or more registered event interceptors to the event dispatcher, wherein the event interceptors are responsible for receiving and handling an event raised by the server-side event model, wherein the event dispatcher operates to dispatch at least one event associated with an operation in the distributed data grid; handling , via said one or more event interceptors, the at least one event that is dispatched from the event dispatcher to said one or more event interceptors, wherein handling the event includes modifying data associated with the event if the context allows it, or, for pre-committed storage events, vetoing the operation by throwing an exception; and deferring completion of the operation in the distributed data grid pending completion of the handling of the at least one event by said one or more event interceptors.
A bi-directional optical time-domain reflectometric method for characterizing an optical fiber link , the method comprising: performing a plurality of forward-direction light acquisitions from one end of the optical fiber link and performing a plurality of backward-direction light acquisitions from the opposite end of the optical fiber link , wherein each light acquisition is performed by propagating in the optical fiber link from the corresponding end , a test light signal comprising at least one test light pulse of a given pulsewidth and detecting corresponding return light from the optical fiber link so as to obtain a reflectometric trace representing backscattered and reflected light as a function of distance on the optical fiber link , characterized in that said plurality of forward-direction light acquisitions are performed with mutually different pulsewidths and said plurality of backward-direction light acquisitions are performed with mutually different pulsewidths; identifying events in said optical fiber link from return light of the forward-direction light acquisitions to create a list of events wherein each event of said list is characterized at least by a location along said optical fiber link ; identifying events in said optical fiber link from return light of the backward-direction light acquisitions to create a list of events wherein each event of said list is characterized at least by a location along said optical fiber link ; matching location of events in the forward-direction list with location of events in the backward-direction list to create a consolidated list of events comprising events of said forward-direction and said backward-direction list . wherein each light acquisition is performed by propagating in the optical fiber link from the corresponding end , a test light signal comprising at least one test light pulse of a given pulsewidth and detecting corresponding return light from the optical fiber link so as to obtain a reflectometric trace representing backscattered and reflected light as a function of distance on the optical fiber link , characterized in that said plurality of forward-direction light acquisitions are performed with mutually different pulsewidths and said plurality of backward-direction light acquisitions are performed with mutually different pulsewidths; identifying events in said optical fiber link from return light of the forward-direction light acquisitions to create a list of events wherein each event of said list is characterized at least by a location along said optical fiber link ; identifying events in said optical fiber link from return light of the backward-direction light acquisitions to create a list of events wherein each event of said list is characterized at least by a location along said optical fiber link ; matching location of events in the forward-direction list with location of events in the backward-direction list to create a consolidated list of events comprising events of said forward-direction and said backward-direction list .
An apparatus configured for a downhole tool, comprising: an antenna system to generate an electromagnetic field with a desired magnitude and in a desired direction; and a shield to protect the antenna system, the shield having a metal cylinder that covers the antenna system, wherein the metal cylinder defines a longitudinal axis and has a plurality of slots , the antenna system comprises a coil of wire wound at an angle of substantially 45 degrees with respect to a longitudinal axis defined by the metal cylinder, the plurality of slots being arranged along a curve substantially parallel to the coil, azimuthally periodic relative to the longitudinal axis of the metal cylinder and axially periodic relative to the longitudinal axis of the metal cylinder, characterized by each slot having the same dimensions along two perpendicular axes through a centroid of the slot. an antenna system to generate an electromagnetic field with a desired magnitude and in a desired direction; and a shield to protect the antenna system, the shield having a metal cylinder that covers the antenna system, wherein the metal cylinder defines a longitudinal axis and has a plurality of slots , the antenna system comprises a coil of wire wound at an angle of substantially 45 degrees with respect to a longitudinal axis defined by the metal cylinder, the plurality of slots being arranged along a curve substantially parallel to the coil, azimuthally periodic relative to the longitudinal axis of the metal cylinder and axially periodic relative to the longitudinal axis of the metal cylinder, characterized by each slot having the same dimensions along two perpendicular axes through a centroid of the slot.