mhurhangee/patent-ind-claim-en huggingface dataset:
A curable polyurethane polymer aqueous dispersion, wherein said curable polyurethane is formed by : i) the reaction of a) at least one polyol component comprising a1) a non-ionic polyol, a2) at least one polyol bearing at least one ionic or potentially ionic group comprising an acid group or salt thereof and a3) at least one ethylenically unsaturated monoalcohol and/or polyol, with b) at least one polyisocyanate, wherein the number of isocyanate (NCO) groups of the at least one polyisocyanate is in excess with respect to the number of hydroxyl (OH) groups of the at least one polyol component a), wherein said at least one polyol component a) comprises in said non-ionic polyol a1), carbon atoms from renewable resources with said polyol a1) being derived from a 1,4:3,6-dianhydrohexitol, with said acid group of polyol a2) being either in the acid form or in the at least partly neutralized form, preferably in the neutralized form and with said at least one ethylenically unsaturated monoalcohol and/or polyol a3) being an isocyanate-reactive ethylenically unsaturated monoalcohol or polyol selected from the group consisting of polyester (meth)acrylates, epoxy (meth)acrylates, polyether (meth)acrylates, polyurethane (meth)acrylates and other hydroxyl group-containing (meth)acrylates and said reaction being continued by ii) an extension reaction with an isocyanate-reactive chain extender in a second step. i) the reaction of a) at least one polyol component comprising a1) a non-ionic polyol, a2) at least one polyol bearing at least one ionic or potentially ionic group comprising an acid group or salt thereof and a3) at least one ethylenically unsaturated monoalcohol and/or polyol, with b) at least one polyisocyanate, wherein the number of isocyanate (NCO) groups of the at least one polyisocyanate is in excess with respect to the number of hydroxyl (OH) groups of the at least one polyol component a), wherein said at least one polyol component a) comprises in said non-ionic polyol a1), carbon atoms from renewable resources with said polyol a1) being derived from a 1,4:3,6-dianhydrohexitol, with said acid group of polyol a2) being either in the acid form or in the at least partly neutralized form, preferably in the neutralized form and with said at least one ethylenically unsaturated monoalcohol and/or polyol a3) being an isocyanate-reactive ethylenically unsaturated monoalcohol or polyol selected from the group consisting of polyester (meth)acrylates, epoxy (meth)acrylates, polyether (meth)acrylates, polyurethane (meth)acrylates and other hydroxyl group-containing (meth)acrylates and said reaction being continued by ii) an extension reaction with an isocyanate-reactive chain extender in a second step.
Grinding means device, in particular grinding-pad device or backing-pad device, for arranging at least one grinding means, in particular at least one grinding disc, on a portable power tool , in particular a power grinder, having at least one receiving unit , in particular a grinding pad or a backing pad, which can be fixed, in particular threadlessly, to an output unit of the portable power tool and on which at least one grinding means can be arranged, and having at least one securing unit , in particular realized separately from the receiving unit , at least for the purpose of axially fixing the receiving unit and/or the grinding means to the output unit of the portable power tool , wherein the securing unit is provided at least to axially fix the receiving unit and/or the grinding means to the output unit of the portable power tool without use of any tools, and/or at least to axially fix the grinding means to the receiving unit without use of any tools, wherein the securing unit comprises at least one axial securing element that is mounted so as to be movable on and relative to a basic body of the securing unit , characterized in that a movement axis of the at least one axial securing element runs at least substantially parallel to the central axis, in particular a rotation axis, of the securing unit.
A mouth rinse composition comprising a phosphate/acrylate co-polymer, an anti-bacterial agent comprising a zinc salt, or a mono-, di- or trihydrate of a zinc salt and an orally acceptable carrier, wherein the phosphate/acrylate co-polymer is a co-polymerized product of a mixture of acrylic acid, methacrylic acid, and 2-hydroxyethyl methacrylate phosphates of Formula 1 comprising acrylic acid in a molar percentage of 70 to 90 %; methacrylic acid in a molar percentage of 5 to 20 %, and hydroxyethyl methacrylate phosphates in a molar percentage of 1 to 10 %: wherein n is 0, 1 or 2.
A seal cartridge comprising: a frame that houses one or more seals; and a top cap adapted to be coupled to the frame and that includes a main body and a latch ring , wherein the latch ring is grounded to the main body and has a latch located at an angular position around the circumference of the latch ring , wherein the latch extends distally from the latch ring and is configured to releasably couple the seal cartridge to a trocar , and characterised in that the latch ring is grounded to the main body at a first angular position around the circumference of the latch ring and the latch is located at a second angular position around the circumference of the latch ring angularly offset from the first angular position , such that applying a radial load on the latch while applying an opposing load to the main body causes the latch ring to flex in torsion at an intermediate portion that angularly interposes the first and second angular positions , and causes the latch to rotate radially inward relative to the main body . a frame that houses one or more seals; and a top cap adapted to be coupled to the frame and that includes a main body and a latch ring , wherein the latch ring is grounded to the main body and has a latch located at an angular position around the circumference of the latch ring , wherein the latch extends distally from the latch ring and is configured to releasably couple the seal cartridge to a trocar , and characterised in that the latch ring is grounded to the main body at a first angular position around the circumference of the latch ring and the latch is located at a second angular position around the circumference of the latch ring angularly offset from the first angular position , such that applying a radial load on the latch while applying an opposing load to the main body causes the latch ring to flex in torsion at an intermediate portion that angularly interposes the first and second angular positions , and causes the latch to rotate radially inward relative to the main body .
Signalling system for a motor vehicle , preferably a commercial vehicle, which is configured to take part in a motor vehicle convoy of motor vehicles travelling one behind the other with common longitudinal and/or lateral control, wherein the signalling system is configured to optically indicate in the outer area of the motor vehicle an assignment to at least one further motor vehicle of the motor vehicle convoy , which preferably drives directly in front of and/or behind the motor vehicle in the motor vehicle convoy , wherein a state of common longitudinal and/or lateral control of the motor vehicle convoy is optically indicated, and wherein the signalling system is configured to be in signal connection with at least one component of the motor vehicle , which is configured for common longitudinal and/or lateral control, in order to detect the state to be indicated or the change in state to be indicated, characterised in that the signalling system is also configured to detect from the control unit a state for guiding a merging third-party vehicle and to indicate a range for merging the third-party vehicle between the motor vehicle and the at least one further motor vehicle . wherein the signalling system is configured to optically indicate in the outer area of the motor vehicle an assignment to at least one further motor vehicle of the motor vehicle convoy , which preferably drives directly in front of and/or behind the motor vehicle in the motor vehicle convoy , wherein a state of common longitudinal and/or lateral control of the motor vehicle convoy is optically indicated, and wherein the signalling system is configured to be in signal connection with at least one component of the motor vehicle , which is configured for common longitudinal and/or lateral control, in order to detect the state to be indicated or the change in state to be indicated, characterised in that the signalling system is also configured to detect from the control unit a state for guiding a merging third-party vehicle and to indicate a range for merging the third-party vehicle between the motor vehicle and the at least one further motor vehicle .
A measuring apparatus comprising a housing and a measuring device , wherein the measuring device includes an insulation , and a thermogenerator which utilises a temperature difference at the measuring device for the generation of energy for the measuring device, wherein the measuring apparatus includes a measurement window and a pyrometer and the measuring device is arranged inside the insulation.
A method for executing a service, the method comprising: continuously generating, by a node, first blocks (A), storing the first blocks on a blockchain; providing the blockchain for an end-user device; obtaining, by the end-user device, a block generation rule from a service platform; generating (S202), by the end user device and based on the blockchain, a preprocessing block that matches the block generation rule; performing (S203), by the end-user device, a procedure to generate a consensus on the preprocessing block by using one or more other end-user devices and the node, wherein performing the procedure includes sending, by the end-user device, the preprocessing block to a consensus network to perform the consensus procedure on the preprocessing block by using the consensus network; in response to determining that the consensus on the preprocessing block is achieved, storing (S203), by the end-user device, the preprocessing block on the blockchain as a second block (B); in response to determining that a predetermined condition is met, obtaining (S204), by the service platform, at least a part of the blockchain at a current moment from at least one end-user device or the node; in response to determining that the current moment is a predetermined moment of the service, determining, by the service platform, a current first block from the blockchain at the current moment; selecting a current second block based on the current first block; and executing (S204), by the service platform, the service based on a user identifier comprised in the current second block. continuously generating, by a node, first blocks (A), storing the first blocks on a blockchain; providing the blockchain for an end-user device; obtaining, by the end-user device, a block generation rule from a service platform; generating (S202), by the end user device and based on the blockchain, a preprocessing block that matches the block generation rule; performing (S203), by the end-user device, a procedure to generate a consensus on the preprocessing block by using one or more other end-user devices and the node, wherein performing the procedure includes sending, by the end-user device, the preprocessing block to a consensus network to perform the consensus procedure on the preprocessing block by using the consensus network; in response to determining that the consensus on the preprocessing block is achieved, storing (S203), by the end-user device, the preprocessing block on the blockchain as a second block (B); in response to determining that a predetermined condition is met, obtaining (S204), by the service platform, at least a part of the blockchain at a current moment from at least one end-user device or the node; in response to determining that the current moment is a predetermined moment of the service, determining, by the service platform, a current first block from the blockchain at the current moment; selecting a current second block based on the current first block; and executing (S204), by the service platform, the service based on a user identifier comprised in the current second block.
A gas turbine engine , comprising: a tail cone (199;202;302); a low-pressure spool at least partially outside the tail cone (199;202;302) and configured to rotate about an axis of rotation ; an input shaft (204;304) coupled to the low-pressure spool and at least partially inside the tail cone (199;202;302); a differential (208;308) coupled to the input shaft (204;304) and disposed inside the tail cone (199;202;302); and an electrical generator (218;318) coupled to the differential (208;308) and disposed inside the tail cone (199;202;302); characterised by further comprising an oil pump (216;316) configured to pump oil through the generator (218;318) along the axis of rotation to the differential (208;308) and disposed inside the tail cone (199,202;302); and a heat exchanger external to the tail cone (199;202;302) and in an airstream for cooling the oil pumped through the generator (218;318). a tail cone (199;202;302); a low-pressure spool at least partially outside the tail cone (199;202;302) and configured to rotate about an axis of rotation ; an input shaft (204;304) coupled to the low-pressure spool and at least partially inside the tail cone (199;202;302); a differential (208;308) coupled to the input shaft (204;304) and disposed inside the tail cone (199;202;302); and an electrical generator (218;318) coupled to the differential (208;308) and disposed inside the tail cone (199;202;302); characterised by further comprising an oil pump (216;316) configured to pump oil through the generator (218;318) along the axis of rotation to the differential (208;308) and disposed inside the tail cone (199,202;302); and a heat exchanger external to the tail cone (199;202;302) and in an airstream for cooling the oil pumped through the generator (218;318).
An overflow stop system comprising a tubular central body provided with a water inlet and a water outlet for the circulation of water between the inlet and the outlet , a sealing device surrounding the tubular central body between the inlet and the outlet , a tubular air circulation circuit connecting an air inlet to an air outlet , the air inlet being located in the immediate vicinity of the outlet and substantially parallel to the outlet , a needle movably mounted on the sealing device between an open position in which a first end of the needle is retracted into the sealing device and a closed position in which said first end of the needle projects into the central tubular body and obstructs the flow of water between the inlet and the outlet , and means for moving the needle between its open and closed positions connected to the tubular air circulation circuit , and wherein said tubular air circulation circuit comprises a membrane cavity and the means for moving the needle between its open and closed positions are activated by the mobility of the membrane of said membrane cavity , said diaphragm of said membrane cavity being movably mounted in said membrane cavity so as to be movable in response to a change in pressure in said membrane cavity .
A road sensor apparatus for installation in a recess arranged in a pavement for measuring one or more environmental characteristics on a surface of the pavement , the road sensor apparatus comprising: a sensor level adjustment element ; a sensor casing comprising a first surface for interfacing environmental conditions on the surface of the pavement , a second surface for interfacing the sensor level adjustment element , and a sensor portion including one or more sensor apparatuses for measuring respective environmental characteristics on the first surface of the sensor casing , the sensor level adjustment element comprising plastic material that exhibits permanent compression in response to being subjected to a pressure that exceeds a threshold pressure and having a first surface for interfacing the sensor casing and a second surface for interfacing a bottom of the recess; and an installation sleeve for securing the road sensor apparatus to the recess, wherein the sensor casing and the sensor level adjustment element are arranged adjacent to each other and wherein at least the sensor casing is arranged within the installation sleeve such that the sensor casing is moveable with respect to the installation sleeve in response to a pressure that exceeds said threshold pressure being applied on its first surface. a sensor level adjustment element ; a sensor casing comprising a first surface for interfacing environmental conditions on the surface of the pavement , a second surface for interfacing the sensor level adjustment element , and a sensor portion including one or more sensor apparatuses for measuring respective environmental characteristics on the first surface of the sensor casing , the sensor level adjustment element comprising plastic material that exhibits permanent compression in response to being subjected to a pressure that exceeds a threshold pressure and having a first surface for interfacing the sensor casing and a second surface for interfacing a bottom of the recess; and an installation sleeve for securing the road sensor apparatus to the recess, wherein the sensor casing and the sensor level adjustment element are arranged adjacent to each other and wherein at least the sensor casing is arranged within the installation sleeve such that the sensor casing is moveable with respect to the installation sleeve in response to a pressure that exceeds said threshold pressure being applied on its first surface.
A method of determining PTEN copy number in a sample from a subject, comprising: simultaneously amplifying three or more PTEN loci and two or more reference genes by digital PCR; calculating a ratio of PTEN amplification to reference gene amplification; and determining a PTEN copy number for the sample based on the ratio. simultaneously amplifying three or more PTEN loci and two or more reference genes by digital PCR; calculating a ratio of PTEN amplification to reference gene amplification; and determining a PTEN copy number for the sample based on the ratio.
Microphone system for a motor vehicle , having a. a microphone housing , in which a first microphone , a second microphone and a third microphone are arranged; b. a signal processing device that is configured to process respective signals provided by the microphones ; wherein the signal processing device is configured to process the signals of the first and second microphones in a first mode of operation such that a driver directivity (A1) oriented to a first position of a driver's seat of the motor vehicle is provided, and to process the signals of the second and third microphones in the first mode of operation such that a front-seat passenger directivity (B1) oriented to a first position of a front-seat passenger's seat of the motor vehicle is provided, characterised in that the signal processing device is configured to process the signals of the first and third microphones in a second mode of operation such that an alternative driver directivity (A2) is provided that is oriented to a second position of the driver's seat , or to process the signals of the second and third microphones in the second mode of operation such that an alternative front-seat passenger directivity (B2) is provided that is oriented to a second position of the front-seat passenger's seat , wherein the signal processing device is additionally configured to switch automatically between the first and the second mode of operation by being configured to compare the signals relating to the different driver directivities (A1, A2) and/or front-seat passenger directivities (B1, B2) and to detect, with which directivity (A1, A2, B1, B2) a signal with a more favourable signal-to-noise ratio is captured. a. a microphone housing , in which a first microphone , a second microphone and a third microphone are arranged; b. a signal processing device that is configured to process respective signals provided by the microphones ;
A control system for an agricultural toolbar drawn across a ground surface by a tractor , comprising: a wheel coupled to the toolbar for engaging the ground surface; an actuator coupled to the toolbar , said actuator being disposed to modify a ground force between said wheel and the ground surface, said ground force being related to an actuator pressure applied to the actuator ; a fluid control system , said fluid control system being in fluid communication with said actuator , said fluid control system being operable to bring said actuator pressure to a desired actuator pressure; an electronic control system in electronic communication with said fluid control system , wherein said electronic control system is operable to modify said desired actuator pressure and; a weight transfer sensor in electronic communication with said electronic control system , said weight transfer sensor operable to send a weight transfer signal to said electronic control system , wherein the toolbar has a transport position and a working position, characterised in that a weight of the toolbar is supported by said wheel when in said transport position. a wheel coupled to the toolbar for engaging the ground surface; an actuator coupled to the toolbar , said actuator being disposed to modify a ground force between said wheel and the ground surface, said ground force being related to an actuator pressure applied to the actuator ; a fluid control system , said fluid control system being in fluid communication with said actuator , said fluid control system being operable to bring said actuator pressure to a desired actuator pressure; an electronic control system in electronic communication with said fluid control system , wherein said electronic control system is operable to modify said desired actuator pressure and; a weight transfer sensor in electronic communication with said electronic control system , said weight transfer sensor operable to send a weight transfer signal to said electronic control system , wherein the toolbar has a transport position and a working position, characterised in that a weight of the toolbar is supported by said wheel when in said transport position.
Method for processing information in a household appliance (101 to 103), in which - a message is transmitted from the household appliance to a central unit , - first information is transmitted from the central unit to the household appliance via a first communication link , - second information is transmitted from the central unit to a communication terminal , and - the second information is transmitted from the communication terminal to the household appliance via a second communication link , - wherein the first information is checked by the household appliance with the aid of the second information , - characterised in that - the second communication link is embodied as a point-to-point connection with limited range, such that a successful check of the first information with the aid of the second information can be understood to imply consent of a user. - a message is transmitted from the household appliance to a central unit , - first information is transmitted from the central unit to the household appliance via a first communication link , - second information is transmitted from the central unit to a communication terminal , and - the second information is transmitted from the communication terminal to the household appliance via a second communication link , - wherein the first information is checked by the household appliance with the aid of the second information , - characterised in that - the second communication link is embodied as a point-to-point connection with limited range, such that a successful check of the first information with the aid of the second information can be understood to imply consent of a user.