mhurhangee/patent-ind-claim-en huggingface dataset:
A fabric treatment composition comprising: i) 1 to 35 % by weight of a solvent system comprising: (a) 2 to 66 % by weight of a glycol ether; (b) 0.8% to 25% by weight of a diol which is a vicinal diol with carbon chain length from C 7 to C 14 ; (c) 2% to 66%by weight of a fatty acid ester of the formula R 1 C(=O)OR 2 wherein R 1 represents an alkyl group having 6 to 15 carbon atoms and R 2 is preferably a methyl or ethyl; and ii) 0.25% to 10% by weight of an alkoxylated C 8-18 anionic surfactant; iii) 0.75% to 27% by weight of a nonionic surfactant selected from alkoxylated alkanols in which the alkanol comprises 6 to 20 carbon atoms and wherein the number of moles of C 2-3 alkylene oxide is from 5 to 20; iv) 0.1% to 20% by weight of a hydrotrope selected from 1,2 propanediol, polypropylene glycol and combinations thereof; v) 0.1% to 2% by weight of a phosphonate based sequestrant; vi) 0.5% to 2% by weight of sodium citrate; and vii) water, wherein the composition has a pH ranging from 2.5 to 5.0. i) 1 to 35 % by weight of a solvent system comprising: (a) 2 to 66 % by weight of a glycol ether; (b) 0.8% to 25% by weight of a diol which is a vicinal diol with carbon chain length from C 7 to C 14 ; (c) 2% to 66%by weight of a fatty acid ester of the formula R 1 C(=O)OR 2 wherein R 1 represents an alkyl group having 6 to 15 carbon atoms and R 2 is preferably a methyl or ethyl; and (a) 2 to 66 % by weight of a glycol ether; (b) 0.8% to 25% by weight of a diol which is a vicinal diol with carbon chain length from C 7 to C 14 ; (c) 2% to 66%by weight of a fatty acid ester of the formula R 1 C(=O)OR 2 wherein R 1 represents an alkyl group having 6 to 15 carbon atoms and R 2 is preferably a methyl or ethyl; and ii) 0.25% to 10% by weight of an alkoxylated C 8-18 anionic surfactant; iii) 0.75% to 27% by weight of a nonionic surfactant selected from alkoxylated alkanols in which the alkanol comprises 6 to 20 carbon atoms and wherein the number of moles of C 2-3 alkylene oxide is from 5 to 20; iv) 0.1% to 20% by weight of a hydrotrope selected from 1,2 propanediol, polypropylene glycol and combinations thereof; v) 0.1% to 2% by weight of a phosphonate based sequestrant; vi) 0.5% to 2% by weight of sodium citrate; and vii) water,
A system, comprising: a circular, segmented, transducer probe comprising an array of transducer segments circularly disposed about an inner diameter of the circular segmented transducer probe and comprising a plurality of opposite pairs of transducer segments, wherein the transducer segments are configured to be activated to generate a rotatable, non-axial-symmetric sound field so as to transmit ultrasonic excitation signals into a test specimen and to receive echo signals resulting from an interaction of the ultrasonic excitation signals and the test specimen at multiple rotation angles of the non-axial-symmetric sound field; and a processing system configured to receive data from the segmented transducer probe at the multiple rotation angles of the non-axial-symmetric sound field that corresponds to the received echo signals and to utilize a tomographic reconstruction method to reconstruct an image corresponding to at least one volumetric slice of the test specimen . a circular, segmented, transducer probe comprising an array of transducer segments circularly disposed about an inner diameter of the circular segmented transducer probe and comprising a plurality of opposite pairs of transducer segments, wherein the transducer segments are configured to be activated to generate a rotatable, non-axial-symmetric sound field so as to transmit ultrasonic excitation signals into a test specimen and to receive echo signals resulting from an interaction of the ultrasonic excitation signals and the test specimen at multiple rotation angles of the non-axial-symmetric sound field; and a processing system configured to receive data from the segmented transducer probe at the multiple rotation angles of the non-axial-symmetric sound field that corresponds to the received echo signals and to utilize a tomographic reconstruction method to reconstruct an image corresponding to at least one volumetric slice of the test specimen .
A method of manufacturing a duct for a fluid management system of an aircraft, wherein an additive manufacturing apparatus is used to perform the manufacturing process, said additive manufacturing apparatus being a filament-fed apparatus, said additive manufacturing apparatus comprising a nozzle , wherein the nozzle receives material in the form of a filament and adds said material to the duct in a location proximate to the nozzle location; characterised in that the nozzle moves in a generally helical path relative to the duct .
Flushing system comprising a cistern with a first tank compartment and a second tank compartment , a filling valve for filling the cistern with flushing water, a first flush valve arranged in the first tank compartment , a second flush valve arranged in the second tank compartment , and a sanitary article with a receiving compartment , a first flush opening , which can be supplied with flush water via the first flush valve , a second flush opening , which can be supplied with flush water via the second flush valve , as well as a siphon section adjoining the receiving compartment and a drain section adjoining the siphon section , wherein the filling valve is directed into the first tank compartment in such a way that the first tank compartment is filled through the filling valve , and wherein the first tank compartment has an overflow edge , via which the rinsing water can be guided from the first tank compartment into the second tank compartment when the first tank compartment is filled and the first tank compartment is further filled. a cistern with a first tank compartment and a second tank compartment , a filling valve for filling the cistern with flushing water, a first flush valve arranged in the first tank compartment , a second flush valve arranged in the second tank compartment , and a sanitary article with a receiving compartment , a first flush opening , which can be supplied with flush water via the first flush valve , a second flush opening , which can be supplied with flush water via the second flush valve , as well as a siphon section adjoining the receiving compartment and a drain section adjoining the siphon section , wherein the filling valve is directed into the first tank compartment in such a way that the first tank compartment is filled through the filling valve , and wherein the first tank compartment has an overflow edge , via which the rinsing water can be guided from the first tank compartment into the second tank compartment when the first tank compartment is filled and the first tank compartment is further filled.
A method for wireless communication, comprising: sending a random access preamble for system access by a user equipment, UE ; receiving a random access response, characterised in that the receiving the random access response comprises: receiving a first message for the random access response on a control channel for a shared data channel, the first message comprising at least identification information for the random access preamble or a random access channel used to send the random access preamble, and downlink resources for the shared data channel, and receiving a second message for the random access response on the shared data channel, the second message comprising at least assigned control channel resources, control information, uplink resources, and a Cell Radio Network Temporary Identifier, C-RNTI; adjusting transmit timing of the UE based on the timing advance; and sending an uplink transmission using the assigned uplink resources conveyed in the random access response and based on the adjusted transmit timing of the UE . sending a random access preamble for system access by a user equipment, UE ; receiving a random access response, characterised in that the receiving the random access response comprises: receiving a first message for the random access response on a control channel for a shared data channel, the first message comprising at least identification information for the random access preamble or a random access channel used to send the random access preamble, and downlink resources for the shared data channel, and receiving a second message for the random access response on the shared data channel, the second message comprising at least assigned control channel resources, control information, uplink resources, and a Cell Radio Network Temporary Identifier, C-RNTI; receiving a first message for the random access response on a control channel for a shared data channel, the first message comprising at least identification information for the random access preamble or a random access channel used to send the random access preamble, and downlink resources for the shared data channel, and receiving a second message for the random access response on the shared data channel, the second message comprising at least assigned control channel resources, control information, uplink resources, and a Cell Radio Network Temporary Identifier, C-RNTI; adjusting transmit timing of the UE based on the timing advance; and sending an uplink transmission using the assigned uplink resources conveyed in the random access response and based on the adjusted transmit timing of the UE .
A filter arrangement comprising: a filter base including a fluid inlet and a clean fluid outlet ; a filter element selectively mountable to the filter base , the filter element including: an outer filter housing including a sidewall defining an open end and; a filter cartridge axially received within the outer filter housing slidable between a released position relative to the outer filter housing and an inserted position relative to the outer filter housing , the filter cartridge including filter media for filtering fluid passing through the filter element ; and an auto-ejecting interface provided between the filter element and the filter base , wherein the auto-ejecting interface includes a filter base abutment shelf and a filter cartridge abutment catch , the filter cartridge abutment catch axially engages the filter base abutment shelf axially limiting motion of the filter cartridge relative to the filter base as the filter element is transitioned from the mounted state to the unmounted state, such that the filter cartridge transitions from the inserted state to the released state as the filter element is transitioned from the mounted state to the unmounted state along a mounting axis . a filter base including a fluid inlet and a clean fluid outlet ; a filter element selectively mountable to the filter base , the filter element including: an outer filter housing including a sidewall defining an open end and; a filter cartridge axially received within the outer filter housing slidable between a released position relative to the outer filter housing and an inserted position relative to the outer filter housing , the filter cartridge including filter media for filtering fluid passing through the filter element ; and an outer filter housing including a sidewall defining an open end and; a filter cartridge axially received within the outer filter housing slidable between a released position relative to the outer filter housing and an inserted position relative to the outer filter housing , the filter cartridge including filter media for filtering fluid passing through the filter element ; and an auto-ejecting interface provided between the filter element and the filter base , wherein the auto-ejecting interface includes a filter base abutment shelf and a filter cartridge abutment catch , the filter cartridge abutment catch axially engages the filter base abutment shelf axially limiting motion of the filter cartridge relative to the filter base as the filter element is transitioned from the mounted state to the unmounted state, such that the filter cartridge transitions from the inserted state to the released state as the filter element is transitioned from the mounted state to the unmounted state along a mounting axis .
A robot gripper comprising a first tubular part , and a gripping member comprising a movable part arranged linearly movable inside the first tubular part, and grip claws adapted to be opened and closed by means of linear movements of the movable part, wherein the grip claws are rigidly connected to the movable part and thereby are linearly movable in relation to the first tubular part between a retracted position and an extended position, and the grip claws are adapted to be opened in the extended position and closed in the retracted position, characterized by a telescopic arm comprising the first tubular part and a second tubular part , wherein the first tubular part is arranged linearly movable inside the second tubular part .
Separating device for separating materials of different flowability, with a support apparatus for supporting a compression belt in the separating device , comprising a housing with side walls, a rotationally driven hollow drum with a perforated circumferential surface, a continuous compression belt which can be pressed from outside onto said circumferential surface by winding around a portion of the circumference of the hollow drum , a product intake wedge , stripping means for stripping the compressed material on the hollow drum , the continuous compression belt being supported by means of at least two rollers , one of which is designed to be pressed separately by the compression belt elastically against the hollow drum , the support apparatus comprising a support chain , wherein the support chain is an articulated chain which has individual chain links connected to each other in an articulated manner, and wherein the chain links are threaded onto chain pins extending transverse to the conveying direction F, and the chain link has a support surface and an inner surface opposite said support surface , characterised in that a protruding support element is arranged on at least one end face of the chain link so as to form an undercut and the inner surface comprises a concave contact region .
A manufacturing method for a structure , which is an insole or a supporter, using a three-dimensional modeling equipment with a nozzle configured to eject a linear resin , the manufacturing method comprising: a forming step of forming a linear structure (4, 5, Bd) by ejecting the linear resin (4b, Rs) from the nozzle while moving the nozzle , and forming a formed body by laminating a plurality of the linear structure (4, 5, Bd); wherein, while the forming step is performed, first and second elastic regions (Rg1, Rg2) are formed in the formed body by changing a thickness of the linear resin (4b, Rs) ejected from the nozzle , the linear resin (4b, Rs) forming the first elastic region (Rg1) is thinner than the linear resin (4b, Rs) forming the second elastic region (Rg2), the first and second elastic regions (Rg1, Rg2) extend from a bottom layer of the linear structures (4, 5, Bd) to a top layer of the linear structures (4, 5, Bd), and the first and second elastic regions (Rg1, Rg2) are connected directly. a forming step of forming a linear structure (4, 5, Bd) by ejecting the linear resin (4b, Rs) from the nozzle while moving the nozzle , and forming a formed body by laminating a plurality of the linear structure (4, 5, Bd); wherein, while the forming step is performed, first and second elastic regions (Rg1, Rg2) are formed in the formed body by changing a thickness of the linear resin (4b, Rs) ejected from the nozzle , the linear resin (4b, Rs) forming the first elastic region (Rg1) is thinner than the linear resin (4b, Rs) forming the second elastic region (Rg2), the first and second elastic regions (Rg1, Rg2) extend from a bottom layer of the linear structures (4, 5, Bd) to a top layer of the linear structures (4, 5, Bd), and the first and second elastic regions (Rg1, Rg2) are connected directly.
A method of enabling content access, comprising: generating at a first device , an information signal , the information signal including information associated with accessing the content from a source other than the first device; before transmitting the information signal, transmitting from the first device a notification signal , the notification signal informing a second device that the information signal is forthcoming; and transmitting from the first device the information signal as a sound based signal, wherein the information signal is configured to be received by the second device within a detectable range of the transmitted information signal. generating at a first device , an information signal , the information signal including information associated with accessing the content from a source other than the first device; before transmitting the information signal, transmitting from the first device a notification signal , the notification signal informing a second device that the information signal is forthcoming; and transmitting from the first device the information signal as a sound based signal, wherein the information signal is configured to be received by the second device within a detectable range of the transmitted information signal.
Method for manufacturing one-piece, flat cut sections from a foldable material , in particular of wrapping paper, foils, or the like for wraparound packaging, in particular for packing different cube-shaped or cuboid objects , with two end-faced surfaces , of an upper and a lower surface , as well as two side surfaces , having the features: a) from the measurements of the different objects possibly to be packed, the measurements of the cut sections corresponding to these objects are initially determined and stored in an electronic storage as digital data; b) after selecting a specific object to be packed, the foldable material , stored as a roll, is automatically pulled off from an unwinder by means of a pull-off device , and the stored digital data corresponding to the cut section of this object are supplied to a computer-controlled cutting device , which then creates a cut section corresponding to the digital data, wherein the end surfaces as well as the upper and lower surfaces of the respective object to be packed correspond to substantially equally large surfaces (25-28) of the cut section , which surfaces adjoin axially to one another, and substantially triangular surface sections (29-32 and 33-36) adjoin laterally to each of these surfaces (25-28), which triangular surface sections are selected in such a manner that, after the packaging of the object , they form the side surfaces of this packaging. a) from the measurements of the different objects possibly to be packed, the measurements of the cut sections corresponding to these objects are initially determined and stored in an electronic storage as digital data; b) after selecting a specific object to be packed, the foldable material , stored as a roll, is automatically pulled off from an unwinder by means of a pull-off device , and the stored digital data corresponding to the cut section of this object are supplied to a computer-controlled cutting device , which then creates a cut section corresponding to the digital data, wherein the end surfaces as well as the upper and lower surfaces of the respective object to be packed correspond to substantially equally large surfaces (25-28) of the cut section , which surfaces adjoin axially to one another, and substantially triangular surface sections (29-32 and 33-36) adjoin laterally to each of these surfaces (25-28), which triangular surface sections are selected in such a manner that, after the packaging of the object , they form the side surfaces of this packaging.
A master-slave base station cluster, comprising: a central unit and at least one remote unit, wherein each remote unit is connected to the central unit through a remote interface; the central unit comprises: a radio resource control, RRC, protocol function module, a coordination module, and a first interface function module; the RRC function module comprised in the central unit is configured to perform corresponding processing on data by using a protocol of a layer to which the RRC protocol function module belongs; the coordination module is configured to coordinate communication between the at least one remote unit and the central unit, and when the at least one remote unit comprises at least two remote units, perform coordination and control on radio signal interference between the at least two remote units; and the first interface function module is configured to generate an IP packet or a Layer 2 packet according to the data processed by the RRC function module, and transfer the packet to each remote unit; characterized in that each remote unit comprises: a second interface function module, a Layer 1, L1, layer function module, and a media access control, MAC, layer function module, a radio link control, RLC, layer function module, and a packet data convergence protocol, PDCP, layer function module; the second interface function module is connected to the first interface function module through a PDCP remote interface, and is configured to parse the IP packet or the Layer 2 packet transferred by the first interface function module; and the L1 layer function module, the MAC layer function module, the RLC layer function module, and the PDCP layer function module are configured to perform corresponding processing on the data which is obtained through parsing by the second interface function module by using a protocol of a layer to which each function module belongs.
A gel-filled soft prosthetic implant, comprising: a core comprising silicone gel; and a flexible shell including a substantially homogenous layer of a silicone elastomer comprising a polysiloxane backbone and having a mole percent of at least about 10% of a pendant chemical group that sterically retards permeation of said silicone gel through the layer; characterised by the substantially homogenous layer enveloping and in direct contact with the silicone gel of the core. a core comprising silicone gel; and a flexible shell including a substantially homogenous layer of a silicone elastomer comprising a polysiloxane backbone and having a mole percent of at least about 10% of a pendant chemical group that sterically retards permeation of said silicone gel through the layer; characterised by the substantially homogenous layer enveloping and in direct contact with the silicone gel of the core.