mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: (a) an insulated glass unit , IGU, having two or more lites (204; 206), each comprising at least two surfaces (S1, S2, S3, S4) having regions configured for viewing through the IGU, first and second lites of the two or more lites being spaced apart from one another by a spacer (218; 548) to form an interior volume which is filled with gas or evacuated of gas; (b) optionally, a structure connected to the IGU; (c) an electrochromic device disposed on a first surface of the two or more lites; (d) an antenna structure (540; 542) disposed within the interior volume, wherein the antenna structure is formed on a surface of the spacer facing the interior volume; and (e) a ground plane: (i) disposed on a first surface of the IGU, on a second surface of the IGU, on a third surface of the IGU, or, if present in the apparatus, on the structure connected to the IGU, or (ii) comprised of, if present in the apparatus, at least a portion of the structure connected to the IGU, which structure is a conductive framing structure. (a) an insulated glass unit , IGU, having two or more lites (204; 206), each comprising at least two surfaces (S1, S2, S3, S4) having regions configured for viewing through the IGU, first and second lites of the two or more lites being spaced apart from one another by a spacer (218; 548) to form an interior volume which is filled with gas or evacuated of gas; (b) optionally, a structure connected to the IGU; (c) an electrochromic device disposed on a first surface of the two or more lites; (d) an antenna structure (540; 542) disposed within the interior volume, wherein the antenna structure is formed on a surface of the spacer facing the interior volume; and (e) a ground plane: (i) disposed on a first surface of the IGU, on a second surface of the IGU, on a third surface of the IGU, or, if present in the apparatus, on the structure connected to the IGU, or (ii) comprised of, if present in the apparatus, at least a portion of the structure connected to the IGU, which structure is a conductive framing structure. (i) disposed on a first surface of the IGU, on a second surface of the IGU, on a third surface of the IGU, or, if present in the apparatus, on the structure connected to the IGU, or (ii) comprised of, if present in the apparatus, at least a portion of the structure connected to the IGU, which structure is a conductive framing structure.
A multi-component pneumatic floating platform comprising: a plurality of floating module units , each of plurality of floating module units including a shell and an air chamber provided inside the shell , the shell having an open bottom and being surrounded by a horizontal top wall and a side wall extending downward from a peripheral edge of the top wall ; and a connection unit that connects adjacent floating module units of a plurality of the floating module units arranged in a horizontal direction, wherein each of the floating module units has a flexible membrane , the multi-component pneumatic floating platform being characterised in that the membrane of each floating module units divides the air chamber into an air layer and a water layer, and in that the membrane is installed in a loose state. a plurality of floating module units , each of plurality of floating module units including a shell and an air chamber provided inside the shell , the shell having an open bottom and being surrounded by a horizontal top wall and a side wall extending downward from a peripheral edge of the top wall ; and a connection unit that connects adjacent floating module units of a plurality of the floating module units arranged in a horizontal direction, wherein each of the floating module units has a flexible membrane , the multi-component pneumatic floating platform being characterised in that the membrane of each floating module units divides the air chamber into an air layer and a water layer, and in that the membrane is installed in a loose state.
Vehicle seat , in particular a rear bench seat, which has a functional strip between a seat part and a backrest , which, in the normal position of the vehicle seat, closes the gap between the seat part and the backrest , wherein a mirror surface of the functional strip is arranged substantially in a vertical plane (y/z plane) in the installed state and at least one recess (10.1', 10.2') is arranged so as to be integrated in the functional strip as a belt buckle pocket for receiving at least one belt buckle in a non-use position, which belt buckle is arranged movably on a bodywork with a flexible belt strap (16M.1), the belt strap (16M.1) being located opposite the buckle of the belt buckle when viewed in the longitudinal extension of the belt buckle , wherein • the at least one recess (10.1') is designed for the vertical arrangement of the belt buckle in the mirror surface of the functional strip transversely to the longitudinal extension of the functional strip , or • the at least one recess (10.2') is designed for the horizontal arrangement of the belt buckle in the mirror surface of the functional strip in the longitudinal extension of the functional strip , wherein the at least one recess (10.1', 10.2') is formed in a foam of the functional strip , the inner contour of the at least one recess (10.1', 10.2') substantially corresponding to an outer contour of the belt buckle , characterized in that the inner contour of the at least one recess (10.1', 10.2') has at least one narrowed portion which clamps the belt buckle arranged in the at least one recess (10.1', 10.2') in the non-use position in the at least one recess (10.1', 10.2'). • the at least one recess (10.1') is designed for the vertical arrangement of the belt buckle in the mirror surface of the functional strip transversely to the longitudinal extension of the functional strip , or • the at least one recess (10.2') is designed for the horizontal arrangement of the belt buckle in the mirror surface of the functional strip in the longitudinal extension of the functional strip , wherein the at least one recess (10.1', 10.2') is formed in a foam of the functional strip , the inner contour of the at least one recess (10.1', 10.2') substantially corresponding to an outer contour of the belt buckle , characterized in that the inner contour of the at least one recess (10.1', 10.2') has at least one narrowed portion which clamps the belt buckle arranged in the at least one recess (10.1', 10.2') in the non-use position in the at least one recess (10.1', 10.2').
A self-adjusting strap system of a backpack, suitcase or briefcase having shoulder pads , the self-adjusting strap system comprising: two double rings made of aluminum, brass or steel, each one sewn to a corresponding fabric connector , located at the bottom of the shoulder pads of the backpack, suitcase or briefcase; a first polymer panel having two oval holes , one hole at each end of the panel, two oval aluminium, brass or steel grommets attached to the two oval holes ; a nylon or polyester strap attaches the two double rings , the first polymer panel and the two grommets , such that the strap goes through one of the two double rings and inserted into one of the two grommets , and thereafter passes through one of the two oval holes in the first polymer panel , surrounding the first polymer panel at the rear and coming out through the other of the two oval holes at the other end of the first polymer panel and thereafter inserting again into the other of the two grommets and crossing through the other of the two double rings ; a second polymer panel located behind the first polymer panel ; two horizontal polymer bars , parallel to each other, wherein one of the two polymer bars is at the top of the second polymer panel and another one of the two second polymer bars is at the bottom of the first polymer panel , thereby creating a space between the two polymer panels (33 and 35) and forming an internal channel where the strap passes without friction and creates continuous tension between the shoulder pads and automatically balances the load of the backpack, suitcase or briefcase. two double rings made of aluminum, brass or steel, each one sewn to a corresponding fabric connector , located at the bottom of the shoulder pads of the backpack, suitcase or briefcase; a first polymer panel having two oval holes , one hole at each end of the panel, two oval aluminium, brass or steel grommets attached to the two oval holes ; a nylon or polyester strap attaches the two double rings , the first polymer panel and the two grommets , such that the strap goes through one of the two double rings and inserted into one of the two grommets , and thereafter passes through one of the two oval holes in the first polymer panel , surrounding the first polymer panel at the rear and coming out through the other of the two oval holes at the other end of the first polymer panel and thereafter inserting again into the other of the two grommets and crossing through the other of the two double rings ; a second polymer panel located behind the first polymer panel ; two horizontal polymer bars , parallel to each other, wherein one of the two polymer bars is at the top of the second polymer panel and another one of the two second polymer bars is at the bottom of the first polymer panel , thereby creating a space between the two polymer panels (33 and 35) and forming an internal channel where the strap passes without friction and creates continuous tension between the shoulder pads and automatically balances the load of the backpack, suitcase or briefcase.
A wireless power transmitter , comprising: a power conversion unit configured to transmit wireless power generated based on magnetic coupling to a wireless power receiver in a power transfer phase; and a communication/control unit configured to receive, from the wireless power receiver, a first received power packet informing about a first received power value for power calibration and a second received power packet informing about a second received power value for power calibration, perform initial calibration for a power parameter using the first received power packet and the second received power packet, and perform a detection of foreign objects using a power loss determined using the power parameter subjected to the initial calibration, wherein the communication/control unit is further configured to : receive, from the wireless power receiver, a subsequent second received power packet informing about a third received power value for power calibration, perform subsequent calibration for the power parameter using the first received power packet, the second received power packet and the subsequent second received power packet, and perform the detection of the foreign objects using a power loss determined using the power parameter subjected to the subsequent calibration. a power conversion unit configured to transmit wireless power generated based on magnetic coupling to a wireless power receiver in a power transfer phase; and a communication/control unit configured to receive, from the wireless power receiver, a first received power packet informing about a first received power value for power calibration and a second received power packet informing about a second received power value for power calibration, perform initial calibration for a power parameter using the first received power packet and the second received power packet, and perform a detection of foreign objects using a power loss determined using the power parameter subjected to the initial calibration, wherein the communication/control unit is further configured to : receive, from the wireless power receiver, a subsequent second received power packet informing about a third received power value for power calibration, perform subsequent calibration for the power parameter using the first received power packet, the second received power packet and the subsequent second received power packet, and perform the detection of the foreign objects using a power loss determined using the power parameter subjected to the subsequent calibration. receive, from the wireless power receiver, a subsequent second received power packet informing about a third received power value for power calibration, perform subsequent calibration for the power parameter using the first received power packet, the second received power packet and the subsequent second received power packet, and perform the detection of the foreign objects using a power loss determined using the power parameter subjected to the subsequent calibration.
An agrochemical combination comprising (i) linolenic acid and (ii) inositol.
An earplug for selective attenuation of sound from the environment reaching the inner ear of a user, said earplug comprising: - a body having at least two sound paths extending through said body, - a top surface with at least two inlets facing the ambient air, - an acoustic filter arranged in each of said at least two sound paths comprising an upper acoustic port , at least one acoustic membrane and/or at least one acoustic mesh , an acoustic chamber and a lower acoustic port , wherein a specific attenuation of sound passing each of said filters is determined by a combination of a selected size of an open area of said upper and lower acoustic ports and a selected size of an open surface area of said at least one acoustic membrane and/or said at least one acoustic mesh and a selected air permeability of said at least one acoustic membrane and/or said at least one acoustic mesh , and - a member arranged at said top surface configured to slide between different positions to activate or deactivate the at least two sound paths - characterized in that - said body comprises an upper body with said top surface comprising a side wall protruding from said top surface, wherein inward facing rims are arranged at said side wall for engagement with recesses of said member for holding the member while enabling the member to slide between distinct positions. - a body having at least two sound paths extending through said body, - a top surface with at least two inlets facing the ambient air, - an acoustic filter arranged in each of said at least two sound paths comprising an upper acoustic port , at least one acoustic membrane and/or at least one acoustic mesh , an acoustic chamber and a lower acoustic port , wherein a specific attenuation of sound passing each of said filters is determined by a combination of a selected size of an open area of said upper and lower acoustic ports and a selected size of an open surface area of said at least one acoustic membrane and/or said at least one acoustic mesh and a selected air permeability of said at least one acoustic membrane and/or said at least one acoustic mesh , and - a member arranged at said top surface configured to slide between different positions to activate or deactivate the at least two sound paths - characterized in that - said body comprises an upper body with said top surface comprising a side wall protruding from said top surface, wherein inward facing rims are arranged at said side wall for engagement with recesses of said member for holding the member while enabling the member to slide between distinct positions.
A processing system , comprising: a master device and a slave device coupled via an interconnection bus , wherein the master device is configured to issue memory burst transaction requests via said interconnection bus to fetch data from said slave device ; a cipher engine coupled to the interconnection bus and configured to decrypt said data fetched from said slave device to produce plaintext data for the master device , wherein the cipher engine selectively operates according to: a stream cipher operation mode, wherein a stream of data is fetched from said slave device and processed in a combinatorial circuit to produce said plaintext data, or a block cipher operation mode, wherein a block of data is fetched from said slave device , stored in a buffer memory of the cipher engine , and processed in a cryptographic engine to produce said plaintext data; wherein the cipher engine is configured to stall a read data channel of said interconnection bus between said slave device and said master device in response to the cipher engine switching from said block cipher operation mode to said stream cipher operation mode, and to reactivate said read data channel in response to a last beat of a read burst of said plaintext data produced by said cryptographic engine and corresponding to said block of data stored in said buffer memory being received by said master device . a master device and a slave device coupled via an interconnection bus , wherein the master device is configured to issue memory burst transaction requests via said interconnection bus to fetch data from said slave device ; a cipher engine coupled to the interconnection bus and configured to decrypt said data fetched from said slave device to produce plaintext data for the master device , wherein the cipher engine selectively operates according to: a stream cipher operation mode, wherein a stream of data is fetched from said slave device and processed in a combinatorial circuit to produce said plaintext data, or a block cipher operation mode, wherein a block of data is fetched from said slave device , stored in a buffer memory of the cipher engine , and processed in a cryptographic engine to produce said plaintext data; a stream cipher operation mode, wherein a stream of data is fetched from said slave device and processed in a combinatorial circuit to produce said plaintext data, or a block cipher operation mode, wherein a block of data is fetched from said slave device , stored in a buffer memory of the cipher engine , and processed in a cryptographic engine to produce said plaintext data; wherein the cipher engine is configured to stall a read data channel of said interconnection bus between said slave device and said master device in response to the cipher engine switching from said block cipher operation mode to said stream cipher operation mode, and to reactivate said read data channel in response to a last beat of a read burst of said plaintext data produced by said cryptographic engine and corresponding to said block of data stored in said buffer memory being received by said master device .
Aqueous composition for dissolving hair, comprising - one or more thioglycolates and - urea, wherein - the concentration of urea is 6 wt% or less, based on the total amount of the composition, - the total concentration of thioglycolate ions is less than 1 wt%, based on the total amount of the composition, and - the ratio of the mass of urea to the total mass of thioglycolate ions is in the range from 2 : 1 to 14 : 1. - one or more thioglycolates and - urea, wherein - the concentration of urea is 6 wt% or less, based on the total amount of the composition, - the total concentration of thioglycolate ions is less than 1 wt%, based on the total amount of the composition, and - the ratio of the mass of urea to the total mass of thioglycolate ions is in the range from 2 : 1 to 14 : 1.
Method for counting steps taken by a user, said method being implemented by a first portable electronic device formed by a personal activity monitor intended to be rather rigidly associated with the body of the user, and by a second portable electronic device formed by a smartphone , the first and second devices being configured to exchange data over a wireless connection, the first device comprising a first local clock for time-stamping collected data, and the second device comprising a second local clock for time-stamping collected data, whereby the timestamps for the data collected by the two devices are referenced to a common absolute time, the method comprising the steps of: /a1/ detecting and counting the steps of the user, by the first device , with at least one associated timestamp information, /a2/ detecting and counting the steps of the user, by the second device , with at least one associated timestamp information, /b/ transferring step data from one of the two devices to the other of the two devices, /c/ identifying at least a first time period (Tw) for which it is determined that a difference in the number of steps counted by the first device and by the second device is greater than a predetermined threshold (S), /d/ supplementing the step data recorded for said first time period in one of the two devices, with the step data from the other of the two devices. /a1/ detecting and counting the steps of the user, by the first device , with at least one associated timestamp information, /a2/ detecting and counting the steps of the user, by the second device , with at least one associated timestamp information, /b/ transferring step data from one of the two devices to the other of the two devices, /c/ identifying at least a first time period (Tw) for which it is determined that a difference in the number of steps counted by the first device and by the second device is greater than a predetermined threshold (S), /d/ supplementing the step data recorded for said first time period in one of the two devices, with the step data from the other of the two devices.
A sprocket adapted to be used in a drive unit of a chain conveyor for underground mining applications, wherein a seal gap is provided between the sprocket and a bearing housing of the drive unit , the sprocket comprising: a cylindrical body having a front face , an axis of rotation (A-A'), and a lateral surface ; a central bore extending from the front face into the cylindrical body , the central bore including a circumferential inner face , a scraping member provided on the front face and extending at least partially into the circumferential inner face , the scraping member being disposed within the seal gap for scraping off deposits during rotation of the sprocket and being provided with a scraping edge (206A, 208A; 206C, 208C; 206B, 208B; 210C, 212C) defining a deposit removal path for the scrapped off particulates to leave the seal gap . a cylindrical body having a front face , an axis of rotation (A-A'), and a lateral surface ; a central bore extending from the front face into the cylindrical body , the central bore including a circumferential inner face , a scraping member provided on the front face and extending at least partially into the circumferential inner face , the scraping member being disposed within the seal gap for scraping off deposits during rotation of the sprocket and being provided with a scraping edge (206A, 208A; 206C, 208C; 206B, 208B; 210C, 212C) defining a deposit removal path for the scrapped off particulates to leave the seal gap .
A microcapsule comprising: (i) a core comprising a benefit agent; and (ii) a shell comprising silica; wherein said shell comprises plate-like inorganic materials having an average thickness of 1-1000nm; wherein said benefit agent is fragrance, pro-fragrance, hair conditioning agent, anti-dandruff agent, moisturizers, emollients, dyes and/or pigments, colour care additives including dye fixing agents, or a mixture thereof; wherein the core of said microcapsule comprises a thickening agent. (i) a core comprising a benefit agent; and (ii) a shell comprising silica; wherein said shell comprises plate-like inorganic materials having an average thickness of 1-1000nm; wherein said benefit agent is fragrance, pro-fragrance, hair conditioning agent, anti-dandruff agent, moisturizers, emollients, dyes and/or pigments, colour care additives including dye fixing agents, or a mixture thereof; wherein the core of said microcapsule comprises a thickening agent.