mhurhangee/patent-ind-claim-en huggingface dataset:
A support module for a transmission line sleeve, comprising: a plate formed of a flexible material that extends in a longitudinal direction so as to be bent and spread; and a plurality of support blocks coupled along a longitudinal direction of the plate and disposed adjacently to each other, wherein each of the support blocks comprises: a lower body coupled to the plate at a certain interval; and an upper body which has two end portions, wherein one end portion of the upper body is coupled to an upper surface of the lower body and disposed on a vertical line spaced apart from an end portion of the lower body , so as to form a load supporting portion in which another end portion of the upper surface of the lower body is exposed, the upper body has a hexahedral shape extending in the longitudinal direction, and the other end portion thereof makes contact with the load supporting portion of an adjacent lower body to be limited in movement a plate formed of a flexible material that extends in a longitudinal direction so as to be bent and spread; and a plurality of support blocks coupled along a longitudinal direction of the plate and disposed adjacently to each other, wherein each of the support blocks comprises: a lower body coupled to the plate at a certain interval; and an upper body which has two end portions, wherein one end portion of the upper body is coupled to an upper surface of the lower body and disposed on a vertical line spaced apart from an end portion of the lower body , so as to form a load supporting portion in which another end portion of the upper surface of the lower body is exposed, the upper body has a hexahedral shape extending in the longitudinal direction, and the other end portion thereof makes contact with the load supporting portion of an adjacent lower body to be limited in movement a lower body coupled to the plate at a certain interval; and an upper body which has two end portions, wherein one end portion of the upper body is coupled to an upper surface of the lower body and disposed on a vertical line spaced apart from an end portion of the lower body , so as to form a load supporting portion in which another end portion of the upper surface of the lower body is exposed, the upper body has a hexahedral shape extending in the longitudinal direction, and the other end portion thereof makes contact with the load supporting portion of an adjacent lower body to be limited in movement
A process for the preparation of a promoted VPO catalyst, wherein the catalyst comprises the mixed oxides of vanadium and phosphorus and wherein the catalyst is promoted with at least one of niobium, cobalt, iron, zinc, molybdenum or titanium, said process comprising the steps of (i) preparing a VPO catalyst comprising greater than 80 wt% vanadyl pyrophosphate and less than 5 wt% of vanadyl phosphate, (ii) contacting the VPO catalyst with a solution comprising a metal source compound of at least one metal selected from the group consisting of niobium, cobalt, iron, zinc, molybdenum or titanium to form a metal impregnated VPO catalyst, and (iii) drying the metal impregnated VPO catalyst to form the promoted VPO catalyst. (i) preparing a VPO catalyst comprising greater than 80 wt% vanadyl pyrophosphate and less than 5 wt% of vanadyl phosphate, (ii) contacting the VPO catalyst with a solution comprising a metal source compound of at least one metal selected from the group consisting of niobium, cobalt, iron, zinc, molybdenum or titanium to form a metal impregnated VPO catalyst, and (iii) drying the metal impregnated VPO catalyst to form the promoted VPO catalyst.
A base station configured to communicate a channel state information reference signal, CSI-RS, resource element, RE, mapping configuration to a user equipment, UE, the apparatus comprising: one or more processors configured to: determine , at the base station, a CSI-RS RE mapping configuration that identifies resource elements for a CSI-RS resource at a frequency domain location, k, and at a time domain location, 1, comprising two frequency domain resource elements, FD2, and four time domain resource elements, TD4, when a number of antenna ports is equal to 32, the CSI-RS resource used for code division multiplexing, CDM, with a size 8, CDM-8; encode , at the base station, the CSI-RS RE mapping configuration for transmission to the UE via higher layer signaling; encode , at the base station, a CSI-RS for transmission to the UE in accordance with the CSI-RS resource defined by the CSI-RS RE mapping configuration; and a memory interface configured to retrieve from a memory the CSI-RS RE mapping configuration. determine , at the base station, a CSI-RS RE mapping configuration that identifies resource elements for a CSI-RS resource at a frequency domain location, k, and at a time domain location, 1, comprising two frequency domain resource elements, FD2, and four time domain resource elements, TD4, when a number of antenna ports is equal to 32, the CSI-RS resource used for code division multiplexing, CDM, with a size 8, CDM-8; encode , at the base station, the CSI-RS RE mapping configuration for transmission to the UE via higher layer signaling; encode , at the base station, a CSI-RS for transmission to the UE in accordance with the CSI-RS resource defined by the CSI-RS RE mapping configuration; and a memory interface configured to retrieve from a memory the CSI-RS RE mapping configuration.
A medical examination glove comprising: a) natural or nitrile rubber latex; and b) a water soluble singlet oxygen generator; wherein the singlet oxygen generator is selected from the group comprising Rose Bengal and water soluble phthalocyanines, preferably Tinolux BBS or Tinolux BMC, more preferably cationic phthalocyanine singlet oxygen generators. a) natural or nitrile rubber latex; and b) a water soluble singlet oxygen generator; wherein the singlet oxygen generator is selected from the group comprising Rose Bengal and water soluble phthalocyanines, preferably Tinolux BBS or Tinolux BMC, more preferably cationic phthalocyanine singlet oxygen generators.
A banknote handling apparatus configured to receive a banknote from at least two kinds of banknote feeding units, the banknote handling apparatus comprising: a transport unit configured such that the banknote feeding unit is connected thereto, the transport unit configured to transport a received banknote; a recognition unit configured to recognize the banknote being transported; an apparatus-internal reject unit configured to store a reject banknote inside the banknote handling apparatus ; an apparatus-external reject unit configured to dispense a reject banknote outside the banknote handling apparatus ; and a control unit configured to decide, when the recognition unit recognizes a banknote having been received from the banknote feeding unit as a reject banknote, to which one of the apparatus-internal reject unit and the apparatus-external reject unit the reject banknote is transported, based on the banknote feeding unit having fed the banknote, characterized in that the banknote handling apparatus further comprises a unit deciding part configured to decide the banknote feeding unit for feeding a banknote based on a connection condition of the banknote feeding unit to the transport unit . a transport unit configured such that the banknote feeding unit is connected thereto, the transport unit configured to transport a received banknote; a recognition unit configured to recognize the banknote being transported; an apparatus-internal reject unit configured to store a reject banknote inside the banknote handling apparatus ; an apparatus-external reject unit configured to dispense a reject banknote outside the banknote handling apparatus ; and a control unit configured to decide, when the recognition unit recognizes a banknote having been received from the banknote feeding unit as a reject banknote, to which one of the apparatus-internal reject unit and the apparatus-external reject unit the reject banknote is transported, based on the banknote feeding unit having fed the banknote, characterized in that the banknote handling apparatus further comprises a unit deciding part configured to decide the banknote feeding unit for feeding a banknote based on a connection condition of the banknote feeding unit to the transport unit .
An Advanced Gaming Visualization System, AGVS, apparatus , characterised by comprising: a monocular unit comprising an eyepiece , a magnification lens , and a fine-focus assembly , wherein the magnification lens and the fine-focus assembly are configured to focus an image rendered on a display of a mobile computing device ; a trigger unit for indicating a trigger actuation at the display of the mobile computing device , wherein the trigger unit includes a trigger , a trigger bar , and a grip, and wherein the trigger is mechanically or electronically coupled to the trigger bar , and wherein, when the trigger is actuated, the trigger bar is configured to move to physically touch the display ; a mounting component for mounting the mobile computing device in relation to the monocular unit and the trigger unit ; and adjustment wheels for adjusting the position of the mobile computing device in relation to the monocular unit , the trigger unit , and the mounting component . a monocular unit comprising an eyepiece , a magnification lens , and a fine-focus assembly , wherein the magnification lens and the fine-focus assembly are configured to focus an image rendered on a display of a mobile computing device ; a trigger unit for indicating a trigger actuation at the display of the mobile computing device , wherein the trigger unit includes a trigger , a trigger bar , and a grip, and wherein the trigger is mechanically or electronically coupled to the trigger bar , and wherein, when the trigger is actuated, the trigger bar is configured to move to physically touch the display ; a mounting component for mounting the mobile computing device in relation to the monocular unit and the trigger unit ; and adjustment wheels for adjusting the position of the mobile computing device in relation to the monocular unit , the trigger unit , and the mounting component .
An anti-impact LED display screen, comprising a box body and a module fixed on the box body, further comprising: a protective mechanism , a first resilient assembly , a second resilient assembly and a limit member ; The protective mechanism comprises a movable base and a corner armor ; The corner of the box body is provided with a groove for accommodating the protective mechanism, and the first resilient assembly is arranged between the corner armor and the movable base; The second resilient assembly is arranged between the side wall of the groove and the protective mechanism; When the protective mechanism is turned on, the second resilient assembly pushes the protective mechanism to move outward of the groove, the first resilient assembly pushes the corner armor out of the groove, and the corner armor covers the corner of the module; When the protective mechanism is reset, the upper end of the corner armor abuts against the upper wall of the groove, the corner armor compresses the first resilient assembly, the protective mechanism compresses the second resilient assembly, and the limit member limits the protective mechanism within the groove. The protective mechanism comprises a movable base and a corner armor ; The corner of the box body is provided with a groove for accommodating the protective mechanism, and the first resilient assembly is arranged between the corner armor and the movable base; The second resilient assembly is arranged between the side wall of the groove and the protective mechanism; When the protective mechanism is turned on, the second resilient assembly pushes the protective mechanism to move outward of the groove, the first resilient assembly pushes the corner armor out of the groove, and the corner armor covers the corner of the module; When the protective mechanism is reset, the upper end of the corner armor abuts against the upper wall of the groove, the corner armor compresses the first resilient assembly, the protective mechanism compresses the second resilient assembly, and the limit member limits the protective mechanism within the groove.
A self-assembled microparticle comprising an acid of general formula HOOC-(CH 2 ) n -COOH wherein n is at least 5 and not more than 40 and an organic base in which the molar ratio of acid groups to basic groups in the acid and base is from 0.6 to 1.4:1, the microparticle being obtainable by a process comprising contacting the said acid and organic base in aqueous solution, wherein the acid is insoluble in the aqueous solution and the organic base is soluble in the aqueous solution wherein the microparticle comprises a multi-lamellar structure.
A method for operating a base station in a wireless communication system, the method comprising: receiving first feedback information indicating a first preferred beam from a first terminal and second feedback information indicating a second preferred beam from a second terminal; allocating to both the first terminal and the second terminal the first preferred beam as a beam for data transmission; identifying a modulation and coding scheme, MCS, level for data transmission to the second terminal based on a gain difference between the first preferred beam and the second preferred beam; and while transmitting first data to the first terminal using the first preferred beam in a designated time interval, transmitting second data to the second terminal using the first preferred beam in the designated time interval based on the identified MCS level, wherein a first resource for the first data and a second resource for the second data occupy a same time resource and different frequency resources. receiving first feedback information indicating a first preferred beam from a first terminal and second feedback information indicating a second preferred beam from a second terminal; allocating to both the first terminal and the second terminal the first preferred beam as a beam for data transmission; identifying a modulation and coding scheme, MCS, level for data transmission to the second terminal based on a gain difference between the first preferred beam and the second preferred beam; and while transmitting first data to the first terminal using the first preferred beam in a designated time interval, transmitting second data to the second terminal using the first preferred beam in the designated time interval based on the identified MCS level, wherein a first resource for the first data and a second resource for the second data occupy a same time resource and different frequency resources.
A method of securing operating instructions for a driver assistance system of a motor vehicle, wherein the driver assistance system includes a safety electronic control unit, ECU, the operating instructions dictate the operation of said safety ECU the method including: a) implementing a distributed blockchain including a plurality of blocks, a copy of the blockchain being stored on each of a plurality of nodes, which are interconnected across a network; wherein each block includes a different version of the operating instructions, b) performing a verification routine including checking that the copies of the blockchain are identical across the copies at the nodes; and, where a fault copy of the blockchain is not identical, flagging the fault copy as insecure; and preventing use of the fault copy, thus preventing installation of the operating instructions on the ECU comprised in the blocks of the fault copy, the method including, with an ECU update routine, installing on the driver assistance system an install version of the operating instructions from an install block of said blockchain, wherein the install block is not comprised in the fault copy. a) implementing a distributed blockchain including a plurality of blocks, a copy of the blockchain being stored on each of a plurality of nodes, which are interconnected across a network; wherein each block includes a different version of the operating instructions, b) performing a verification routine including checking that the copies of the blockchain are identical across the copies at the nodes; and, where a fault copy of the blockchain is not identical, flagging the fault copy as insecure; and preventing use of the fault copy, thus preventing installation of the operating instructions on the ECU comprised in the blocks of the fault copy, the method including, with an ECU update routine, installing on the driver assistance system an install version of the operating instructions from an install block of said blockchain, wherein the install block is not comprised in the fault copy.
An electrically isolated driving device comprising: a driven body made of first metallic material and having a driven end configured to interface with a fastener; a drive body made of a second metallic material and having a drive end configured to receive a protrusion of a driving tool; and a body portion over-molding substantially all portions of the drive body and the driven body other than the drive end and the driven end, respectively, wherein the drive end of the drive body and the driven end of the driven body face away from each other, characterized in that the drive body and driven body each include axial grooves, and in that the axial grooves of the drive body each extend substantially perpendicular to an annular groove formed in the drive body from the annular groove formed in the drive body to the drive end, and the axial grooves of the driven body each extend substantially perpendicularly to an annular groove formed in the driven body from the annular groove formed in the driven body to the driven end. a driven body made of first metallic material and having a driven end configured to interface with a fastener; a drive body made of a second metallic material and having a drive end configured to receive a protrusion of a driving tool; and a body portion over-molding substantially all portions of the drive body and the driven body other than the drive end and the driven end, respectively, wherein the drive end of the drive body and the driven end of the driven body face away from each other, characterized in that the drive body and driven body each include axial grooves, and in that the axial grooves of the drive body each extend substantially perpendicular to an annular groove formed in the drive body from the annular groove formed in the drive body to the drive end, and the axial grooves of the driven body each extend substantially perpendicularly to an annular groove formed in the driven body from the annular groove formed in the driven body to the driven end.
Method for treating waste water containing biodegradable organic substances by feeding the liquid to be treated into a process reactor containing black soldier fly larvae to metabolize the organic substances contained in the liquid to be treated, characterized by the insertion into the process reactor of a support bed made of solid non-biodegradable material to support the larvae, wherein the support bed has a volumetric, or three-dimensional, as well as porous structure, so that the larvae on the one hand are allowed to come into contact with the liquid to be treated and on the other are allowed to move through the pores or passages in the support bed based on their metabolic needs, plunging in the liquid to feed themselves and re-emerging to breathe, wherein the volumetric, or three-dimensional, structure of the support bed is a granular structure, with granules arranged to form a layer with a thickness on the order of several centimetres, or a lattice structure.
A hand held personal care device comprising: - a main housing arranged to be held by hand; - an operative unit connected to the main housing and adapted for carrying out a personal care operation to a body part of a user; - a light source ; and - an optically transparent light guide having a light receiving surface , a light emitting surface and a light guiding member extending from the light receiving surface to the light emitting surface for guiding light from the light receiving surface to the light emitting surface; wherein the light source is arranged in a watertight chamber of the main housing; wherein the main housing includes an optically transparent wall portion arranged adjacent to the light source and bounding said watertight chamber; and wherein the light guide is arranged outside said watertight chamber, said light receiving surface being arranged adjacent to said optically transparent wall portion in a position for receiving light from the light source via said optically transparent wall portion. - a main housing arranged to be held by hand; - an operative unit connected to the main housing and adapted for carrying out a personal care operation to a body part of a user; - a light source ; and - an optically transparent light guide having a light receiving surface , a light emitting surface and a light guiding member extending from the light receiving surface to the light emitting surface for guiding light from the light receiving surface to the light emitting surface; wherein the light source is arranged in a watertight chamber of the main housing; wherein the main housing includes an optically transparent wall portion arranged adjacent to the light source and bounding said watertight chamber; and wherein the light guide is arranged outside said watertight chamber, said light receiving surface being arranged adjacent to said optically transparent wall portion in a position for receiving light from the light source via said optically transparent wall portion. wherein the light source is arranged in a watertight chamber of the main housing; wherein the main housing includes an optically transparent wall portion arranged adjacent to the light source and bounding said watertight chamber; and wherein the light guide is arranged outside said watertight chamber, said light receiving surface being arranged adjacent to said optically transparent wall portion in a position for receiving light from the light source via said optically transparent wall portion.
A centrifugal pump assembly with an electrical drive motor , with at least one impeller which is rotatingly driven by the drive motor as well as with two suction connections which are arranged at the suction side of the impeller , wherein a valve element is arranged in at least one first flow path from a first of the two suction connections to the impeller , said valve element being provided with a mechanical drive device which comprises a connection to a delivery chamber at the outlet side of the impeller and which is designed in a manner such that it exerts an actuating force upon the valve element , said force being caused by pressure and/or temperature changes, characterised in that the valve element is arranged in a cylindrical valve housing which comprises openings preferably at two axial ends which are opposite one another, wherein an insert , on which at least one valve seat cooperating with the at least one valve element is formed, is inserted in the valve housing through one of the openings.