mhurhangee/patent-ind-claim-en huggingface dataset:
A window or a door comprising a glass removal sensor for detecting removal of a glass unit of the window or door having a glass pane and optionally a glass frame , said glass removal sensor comprising: - a sensor assembly comprising a capacitive sensor ; a first conductive area in connection with the capacitive sensor ; and a second conductive area ; - at least a first conductive element connected, directly or indirectly, between the first conductive area of the sensor assembly , the second conductive area of the sensor assembly and the glass unit of the window or door such that when the glass unit is removed from a sash of the window or door it causes a change of capacitance in the first conductive area relative to the second conductive area of the sensor assembly ; wherein the sensor assembly is configured to detect the removal of the glass unit from the sash of the window or door as the change of capacitance detected by the capacitive sensor , characterised in that the sensor assembly further comprises: - at least a first wire attachable, directly or indirectly, between the first conductive element and the glass unit of the window or door such that when the glass unit is removed from the sash , it causes a change of capacitance in the first conductive area, wherein the first wire is attached to the glass unit , optionally attached to an attachment element attached to the glass unit , and configured such that when the glass unit is removed from the sash , the first conductive element is pulled away from the first conductive area and the second conductive area . - a sensor assembly comprising a capacitive sensor ; a first conductive area in connection with the capacitive sensor ; and a second conductive area ; - at least a first conductive element connected, directly or indirectly, between the first conductive area of the sensor assembly , the second conductive area of the sensor assembly and the glass unit of the window or door such that when the glass unit is removed from a sash of the window or door it causes a change of capacitance in the first conductive area relative to the second conductive area of the sensor assembly ; wherein the sensor assembly is configured to detect the removal of the glass unit from the sash of the window or door as the change of capacitance detected by the capacitive sensor , - at least a first wire attachable, directly or indirectly, between the first conductive element and the glass unit of the window or door such that when the glass unit is removed from the sash , it causes a change of capacitance in the first conductive area, wherein the first wire is attached to the glass unit , optionally attached to an attachment element attached to the glass unit , and configured such that when the glass unit is removed from the sash , the first conductive element is pulled away from the first conductive area and the second conductive area .
A method for wireless communication, comprising: receiving signaling indicative of a set of physical random access channel, PRACH, procedures for use in accessing a wireless communications network, the set of PRACH procedures including at least a first PRACH procedure, wherein the first PRACH procedure supports access to the wireless communications network with a total of two random access messages and a second PRACH procedure which supports access to the wireless communications network with a total of four random access messages; selecting the first PRACH procedure of the set of PRACH procedures based at least in part on the received signaling; and transmitting a random access message according to the selected PRACH procedure. receiving signaling indicative of a set of physical random access channel, PRACH, procedures for use in accessing a wireless communications network, the set of PRACH procedures including at least a first PRACH procedure, wherein the first PRACH procedure supports access to the wireless communications network with a total of two random access messages and a second PRACH procedure which supports access to the wireless communications network with a total of four random access messages; selecting the first PRACH procedure of the set of PRACH procedures based at least in part on the received signaling; and transmitting a random access message according to the selected PRACH procedure.
A capacity control valve (V) comprising: a valve housing to which a suction fluid having a suction pressure and a control fluid having a control pressure are supplied; a solenoid ; a CS valve formed of a CS valve body that partitions an inside of the valve housing into a first space (15, S) and a second space and moves according to the suction pressure (Ps) of the suction fluid and the control pressure (Pc) of the control fluid, and a CS valve seat with which the CS valve body is configured to come into contact; and a biasing member that biases the CS valve body in a valve opening direction of the CS valve ; characterized by a pilot valve formed of a pilot valve body to be driven by the solenoid and a pilot valve seat with which the pilot valve body is configured to come into contact, wherein the control fluid flows into the first space , the suction fluid is flowable into the second space via an orifice , and the control fluid is introduced into the second space by the pilot valve . a valve housing to which a suction fluid having a suction pressure and a control fluid having a control pressure are supplied; a solenoid ; a CS valve formed of a CS valve body that partitions an inside of the valve housing into a first space (15, S) and a second space and moves according to the suction pressure (Ps) of the suction fluid and the control pressure (Pc) of the control fluid, and a CS valve seat with which the CS valve body is configured to come into contact; and a biasing member that biases the CS valve body in a valve opening direction of the CS valve ; characterized by a pilot valve formed of a pilot valve body to be driven by the solenoid and a pilot valve seat with which the pilot valve body is configured to come into contact, wherein the control fluid flows into the first space , the suction fluid is flowable into the second space via an orifice , and the control fluid is introduced into the second space by the pilot valve .
Apparatus for coating systems comprising: - at least a first feeding unit provided with first loading and unloading means of at least a first coating powder; - at least a second feeding unit provided with second loading and unloading means of at least a second coating powder; - at least a pump assembly associated with a spraying system for sending said first powder and said second powder into a coating booth ; - connecting means of said pump assembly to said first feeding unit and to said second feeding unit , variable between: - a first configuration, in which said pump assembly is operatively connected to said first feeding unit for sending said first powder into said booth ; and - a second configuration, in which said pump assembly is operatively connected to said second feeding unit for sending said second powder into said booth ; characterized by the fact that in said first configuration said second feeding unit is connected to an external circuit for the unloading of residual powder, and that in said second configuration said first feeding unit is connected to said external circuit . - at least a first feeding unit provided with first loading and unloading means of at least a first coating powder; - at least a second feeding unit provided with second loading and unloading means of at least a second coating powder; - at least a pump assembly associated with a spraying system for sending said first powder and said second powder into a coating booth ; - connecting means of said pump assembly to said first feeding unit and to said second feeding unit , variable between: - a first configuration, in which said pump assembly is operatively connected to said first feeding unit for sending said first powder into said booth ; and - a second configuration, in which said pump assembly is operatively connected to said second feeding unit for sending said second powder into said booth ; - a first configuration, in which said pump assembly is operatively connected to said first feeding unit for sending said first powder into said booth ; and - a second configuration, in which said pump assembly is operatively connected to said second feeding unit for sending said second powder into said booth ;
A method effected by a source local content centric network, CCN, protocol, CCNx, node in a mobile CCN, the method comprising: in response to detecting a user equipment, UE, performing a handover, caching a source content among contents directed to the UE; transmitting , to a target local CCNx node, a first request that the target local CCNx node excludes a first content, from transmission from the target local CCNx node to the UE of the contents directed to the UE, wherein the first content has been transmitted to the UE by the source local CCNx node; receiving , from the target local CCNx node, a second request that the source local CCNx node excludes a second content, from transmission from the source local CCNx node to the target local CCNx node of the cached contents directed to the UE, wherein the second content is being cached by the target local CCNx node; and transmitting , to the target local CCNx node, the source content except the second content. in response to detecting a user equipment, UE, performing a handover, caching a source content among contents directed to the UE; transmitting , to a target local CCNx node, a first request that the target local CCNx node excludes a first content, from transmission from the target local CCNx node to the UE of the contents directed to the UE, wherein the first content has been transmitted to the UE by the source local CCNx node; receiving , from the target local CCNx node, a second request that the source local CCNx node excludes a second content, from transmission from the source local CCNx node to the target local CCNx node of the cached contents directed to the UE, wherein the second content is being cached by the target local CCNx node; and transmitting , to the target local CCNx node, the source content except the second content.
A method for screening for candidate agents that promote myelination, the method comprising: incubating a candidate agent with a substrate comprising a plurality of micropillars and oligodendrocyte precursor cells (OPCs); and determining presence or absence of myelination on the plurality of micropillars by visualization of myelin rings around a circumference of the micropillars, wherein the presence of myelination of the plurality of micropillars indicates that the candidate agent promotes myelination, wherein the plurality of micropillars comprise micropillars that project vertically from the substrate and comprise a shape that tapers in diameter from a base of the micropillars attached to the substrate to a tip of the micropillars projecting away from the substrate. incubating a candidate agent with a substrate comprising a plurality of micropillars and oligodendrocyte precursor cells (OPCs); and determining presence or absence of myelination on the plurality of micropillars by visualization of myelin rings around a circumference of the micropillars, wherein the presence of myelination of the plurality of micropillars indicates that the candidate agent promotes myelination, wherein the plurality of micropillars comprise micropillars that project vertically from the substrate and comprise a shape that tapers in diameter from a base of the micropillars attached to the substrate to a tip of the micropillars projecting away from the substrate.
A female member of a snap fastener, the female member of a snap fastener comprising: a main body made of a metal and having a cylindrical tube portion and a dish-shaped portion ; a resin spring housed in the main body ; and a surface covering member crimped onto the main body , wherein the resin spring is a resin plate that can be housed in the main body of the female member, the resin plate having a slot at a central portion thereof, characterized in that the cylindrical tube portion has two slits that oppose each other, and the resin spring is fixed in position by the two opposing slits . a main body made of a metal and having a cylindrical tube portion and a dish-shaped portion ; a resin spring housed in the main body ; and a surface covering member crimped onto the main body , wherein the resin spring is a resin plate that can be housed in the main body of the female member, the resin plate having a slot at a central portion thereof, characterized in that the cylindrical tube portion has two slits that oppose each other, and the resin spring is fixed in position by the two opposing slits .
Drive for adjusting the needle of a needle valve nozzle in hot runner systems for injection moulding systems with a cooling device for the drive, wherein the drive is arranged on the hot runner distributor of the injection moulding system and wherein the drive housing , in which the drive is accommodated, is connected on its side facing the hot runner distributor to a cooling body of the cooling device constructed as a separate part, characterized in that the heat sink of the cooling device is neither loaded by the clamping forces of the drive housing with the hot-runner distributor and in its arrangement with the drive housing on the hot-runner distributor nor by the weight of the drive housing .
A method performed by a central unit for control plane, CU-CP, node of a distributed base station , the method comprising: receiving, from a central unit for user plane CU-UP, node , a bearer context setup failure message or a bearer context modification failure message including a cause value indicating that Packet Data Convergence Protocol, PDCP, configuration including information for Robust Header Compression, ROHC, is not supported.
A carbon composite comprising: a plurality of expanded graphite particles; and a second phase comprising a carbide; the second phase bonding at least two adjacent basal planes of the same expanded graphite particle together, wherein the carbon composite further comprises a filler selected from SiO2, Si, B, B 2 O 3 , a metal selected from aluminum, copper, titanium, nickel, tungsten, chromium, or iron, an alloy of the metal, or a combination comprising at least one of the foregoing materials. a plurality of expanded graphite particles; and a second phase comprising a carbide; the second phase bonding at least two adjacent basal planes of the same expanded graphite particle together, wherein the carbon composite further comprises a filler selected from SiO2, Si, B, B 2 O 3 , a metal selected from aluminum, copper, titanium, nickel, tungsten, chromium, or iron, an alloy of the metal, or a combination comprising at least one of the foregoing materials.
A wafer-level method for manufacturing a uniform layer of material, the method comprising: assembling a wafer assembly , the wafer assembly including a chuck , a tool wafer , and a module wafer wherein the module wafer includes a plurality of optoelectronic modules ; injecting a formable material into the wafer assembly , such that one or more surfaces of the plurality of optoelectronic modules are coated with a formable material layer ; ejecting excess formable material from the wafer assembly ; and hardening the formable material layer ; characterized in that : injecting the formable material into the wafer assembly includes rotating the wafer assembly . assembling a wafer assembly , the wafer assembly including a chuck , a tool wafer , and a module wafer wherein the module wafer includes a plurality of optoelectronic modules ; injecting a formable material into the wafer assembly , such that one or more surfaces of the plurality of optoelectronic modules are coated with a formable material layer ; ejecting excess formable material from the wafer assembly ; and hardening the formable material layer ;
A pneumatic tire comprising: a tread portion provided with at least one block and a shoulder main groove adjacent the at least one block ; the at least one block comprising a main portion having a ground contact surface for coming into contact with a ground and an auxiliary portion located radially inward of the ground contact surface of the main portion and protruding laterally from the main portion ; and the auxiliary portion comprising a first portion extending along in a longitudinal direction of the shoulder main groove and at least two second portions located radially outward of the first portion and arranged separately from one another in the longitudinal direction of the shoulder main groove . a tread portion provided with at least one block and a shoulder main groove adjacent the at least one block ; the at least one block comprising a main portion having a ground contact surface for coming into contact with a ground and an auxiliary portion located radially inward of the ground contact surface of the main portion and protruding laterally from the main portion ; and the auxiliary portion comprising a first portion extending along in a longitudinal direction of the shoulder main groove and at least two second portions located radially outward of the first portion and arranged separately from one another in the longitudinal direction of the shoulder main groove .
A computer-implemented method for providing adaptive video encoding, comprising: routing a video stream from a signal extractor to a first virtual encoder , wherein the first virtual encoder is instantiated on a cloud platform and configured to provide a first video output at a first bitrate; instantiating a second virtual encoder on the cloud platform in response to a decrease in viewer count; and routing the video stream from the signal extractor to the second virtual encoder , wherein the second virtual encoder is configured to provide a second video output at a second bitrate, wherein the second bitrate is a reduced bitrate from the first bitrate, the computer-implemented method comprising: transitioning a first subset of client devices of a plurality of client devices (150A-150N) connected to the first virtual encoder , to the second virtual encoder ; assessing a quality of the second video output from the second virtual encoder received by the first subset of client devices while the first virtual encoder and the second virtual encoder are concurrently maintained on the cloud platform; if the assessment of the quality of the second video output does not indicate issues with video stream quality or continuity, transitioning a remaining set of client devices of the plurality of client devices (150A-150N) connected to the first virtual encoder to the second virtual encoder , wherein the remaining set of client devices do not include client devices from the first subset of client devices; and disconnecting the video stream from the first virtual encoder after the remaining set of client devices of the plurality of client devices (150A-150N) are connected to the second virtual encoder . transitioning a first subset of client devices of a plurality of client devices (150A-150N) connected to the first virtual encoder , to the second virtual encoder ; assessing a quality of the second video output from the second virtual encoder received by the first subset of client devices while the first virtual encoder and the second virtual encoder are concurrently maintained on the cloud platform; if the assessment of the quality of the second video output does not indicate issues with video stream quality or continuity, transitioning a remaining set of client devices of the plurality of client devices (150A-150N) connected to the first virtual encoder to the second virtual encoder , wherein the remaining set of client devices do not include client devices from the first subset of client devices; and disconnecting the video stream from the first virtual encoder after the remaining set of client devices of the plurality of client devices (150A-150N) are connected to the second virtual encoder .
A biodegradable bottle comprising a structural layer, wherein the structural layer comprises a fibrous substrate comprising at least one surface, wherein the at least one surface comprises a layer of coating, wherein the coating comprises a rubber and at least one additive that promotes biodegradation of rubber.
A powder supply device , comprising: a main body ; a plurality of stockers to be connected to the main body and to reserve powder therein; and a dust collection unit , wherein said stocker has a charge port through which said powder is to be charged into said stocker, and a supplier (3 2) which has a supply port and which supplies said powder reserved inside said stocker through the supply port, said dust collection unit has a casing , an exhauster and a filtering member , said casing includes a ceiling portion and a lateral side portion , with a side opposing said ceiling portion being opened to form a lid-shaped configuration, said lateral side portion has a notched portion into which said supplier is to be inserted, said filtering member is provided inside said casing and is positioned above the notched portion and below the ceiling portion in order to collect said powder, said casing has an inner space divided into a first region and a second region by the filtering member, said first region is an area below said filtering member, and said second region is an area above said filtering member, said second region being an area which permits said exhauster to exhaust air inside said second region and permits an entry of air passing through said filtering member. a main body ; a plurality of stockers to be connected to the main body and to reserve powder therein; and a dust collection unit , wherein said stocker has a charge port through which said powder is to be charged into said stocker, and a supplier (3 2) which has a supply port and which supplies said powder reserved inside said stocker through the supply port, said dust collection unit has a casing , an exhauster and a filtering member , said casing includes a ceiling portion and a lateral side portion , with a side opposing said ceiling portion being opened to form a lid-shaped configuration, said lateral side portion has a notched portion into which said supplier is to be inserted, said filtering member is provided inside said casing and is positioned above the notched portion and below the ceiling portion in order to collect said powder, said casing has an inner space divided into a first region and a second region by the filtering member, said first region is an area below said filtering member, and said second region is an area above said filtering member, said second region being an area which permits said exhauster to exhaust air inside said second region and permits an entry of air passing through said filtering member.
Process for production of 9-amino-anthracycline-derivatives according to Formula 2 at least comprising two oxazolidine moieties at the anthracycline, at least comprising the steps of: a) Suspending 9-amino-anthracycline according to the following Formula 1 in an aprotic solvent wherein R 1 is selected from the group consisting of H, OH, OMe or F and R 2 is selected from the group consisting of methyl, ethyl or propyl; b) Reacting formaldehyde and the two 1,2 amino-alcohol-moieties of the 9-amino-anthracycline to form an anthracycline according to the following Formula 2 comprising two oxazolidine moieties a) Suspending 9-amino-anthracycline according to the following Formula 1 in an aprotic solvent wherein R 1 is selected from the group consisting of H, OH, OMe or F and R 2 is selected from the group consisting of methyl, ethyl or propyl; b) Reacting formaldehyde and the two 1,2 amino-alcohol-moieties of the 9-amino-anthracycline to form an anthracycline according to the following Formula 2 comprising two oxazolidine moieties