mhurhangee/ep-ind-claims huggingface dataset:
A method for making naphthenic process oils, the method comprising: a) vacuum distilling naphthenic crude residual bottoms from a naphthenic crude atmospheric distillation unit to provide one or more naphthenic vacuum gas oils in one or more viscosity ranges; b) blending at least one such naphthenic vacuum gas oil with a high aromatic carbon content (C A) distilled aromatic extract feedstock to provide at least one blended oil; and c) hydrotreating the at least one blended oil obtained from step b) to provide an enhanced C A content naphthenic process oil; wherein the high C A distilled aromatic extract feedstock and enhanced C A content naphthenic process oil each have greater C A content than that of a comparison oil made by similarly hydrotreating the same one or more naphthenic vacuum gas oils alone without blending step b); and wherein the high C A distilled aromatic extract feedstock is a liquid material having a viscosity-gravity constant of greater than 0.95 as determined by ASTM D2501. a) vacuum distilling naphthenic crude residual bottoms from a naphthenic crude atmospheric distillation unit to provide one or more naphthenic vacuum gas oils in one or more viscosity ranges; b) blending at least one such naphthenic vacuum gas oil with a high aromatic carbon content (C A) distilled aromatic extract feedstock to provide at least one blended oil; and c) hydrotreating the at least one blended oil obtained from step b) to provide an enhanced C A content naphthenic process oil;
A polynucleotide encoding a polypeptide having Δ15-desaturase activity and that does not convert 18:1 fatty acids comprising a) a nucleotide sequence as shown in SEQ ID NO: 1, b) a nucleic acid sequence encoding a polypeptide having an amino acid sequence as shown in SEQ ID NO: 2, c) a nucleic acid sequence being at least 70% identical to the nucleic acid sequence of a), wherein said nucleic acid sequence encodes a polypeptide having Δ15-desaturase activity that does not convert 18:1 fatty acids; and d) a nucleic acid sequence encoding a polypeptide having Δ15-desaturase activity that does not convert 18:1 fatty acids and having an amino acid sequence which is at least 70% identical to the amino acid sequence of SEQ ID NO: 2. a) a nucleotide sequence as shown in SEQ ID NO: 1, b) a nucleic acid sequence encoding a polypeptide having an amino acid sequence as shown in SEQ ID NO: 2, c) a nucleic acid sequence being at least 70% identical to the nucleic acid sequence of a), wherein said nucleic acid sequence encodes a polypeptide having Δ15-desaturase activity that does not convert 18:1 fatty acids; and d) a nucleic acid sequence encoding a polypeptide having Δ15-desaturase activity that does not convert 18:1 fatty acids and having an amino acid sequence which is at least 70% identical to the amino acid sequence of SEQ ID NO: 2.
An athletic performance monitoring system, comprising: a global positioning satellite receiver for obtaining data relating to a series of time-stamped position points encountered by an athlete during an athletic performance; and means for controlling an audio device during the athletic performance based, at least in part, on data obtained via the global positioning satellite receiver, wherein the means for controlling the audio device is able to receive control input from the athlete during the athletic performance in a non-contacting manner. a global positioning satellite receiver for obtaining data relating to a series of time-stamped position points encountered by an athlete during an athletic performance; and means for controlling an audio device during the athletic performance based, at least in part, on data obtained via the global positioning satellite receiver, wherein the means for controlling the audio device is able to receive control input from the athlete during the athletic performance in a non-contacting manner.
A membrane comprising: a sulfonated polymer; a nonwoven or microporous support film; and a multi-nitrogen containing heterocyclic molecule, the heterocyclic molecule comprising a primary amine substituent, wherein the primary amine is covalently or ionically bonded to a sulfonic acid of the sulfonated polymer, and wherein the sulfonated polymer is housed within a plurality of pores within the nonwoven or microporous support film. a sulfonated polymer; a nonwoven or microporous support film; and a multi-nitrogen containing heterocyclic molecule, the heterocyclic molecule comprising a primary amine substituent, wherein the primary amine is covalently or ionically bonded to a sulfonic acid of the sulfonated polymer, and wherein the sulfonated polymer is housed within a plurality of pores within the nonwoven or microporous support film.
An inkjet ink, comprising: a solvent system; a pigment dispersed in the solvent system having a particle diameter of at least 0.2 μm and a density of at least 2 g/cm 3; and a surfactant comprising at least one of polyethoxylated alcohols, alkyl-substituted betaine-type surfactants, and alkyl-substituted aminoxides, the surfactants being present in an amount less than 30 weight percent, the amount being sufficient to impart to the ink composition a viscosity that decreases as shear rate increases, such that the composition has a dynamic viscosity greater than 100 centipoise at a shear rate of 1 s -1 and a dynamic viscosity from 1 to 10 centipoise at a shear rate of 10,000 s -1. a solvent system; a pigment dispersed in the solvent system having a particle diameter of at least 0.2 μm and a density of at least 2 g/cm 3; and a surfactant comprising at least one of polyethoxylated alcohols, alkyl-substituted betaine-type surfactants, and alkyl-substituted aminoxides, the surfactants being present in an amount less than 30 weight percent, the amount being sufficient to impart to the ink composition a viscosity that decreases as shear rate increases, such that the composition has a dynamic viscosity greater than 100 centipoise at a shear rate of 1 s -1 and a dynamic viscosity from 1 to 10 centipoise at a shear rate of 10,000 s -1.
A method of transmitting a warning message for a mobile communication system, the method comprising: transmitting, by a base station, BS, a paging message to a user equipment, UE, wherein the paging message is used to inform the UE about a presence of the warning message; characterised by transmitting, by the BS, a physical downlink control channel, PDCCH, for a certain time window/time period allocated for a transmission of the warning message; and transmitting, by the BS, the warning message through a downlink shared channel, DL-SCH, wherein the warning message is an Earthquake and Tsunami Warning System, ETWS, message; and the paging message includes an ETWS message indication indicating that there will be the transmission of the ETWS message through the DL-SCH. transmitting, by a base station, BS, a paging message to a user equipment, UE, wherein the paging message is used to inform the UE about a presence of the warning message; characterised by transmitting, by the BS, a physical downlink control channel, PDCCH, for a certain time window/time period allocated for a transmission of the warning message; and transmitting, by the BS, the warning message through a downlink shared channel, DL-SCH, wherein the warning message is an Earthquake and Tsunami Warning System, ETWS, message; and the paging message includes an ETWS message indication indicating that there will be the transmission of the ETWS message through the DL-SCH.
A system for archiving and retention of image data within a multiple node image storage network, said system comprising a primary network node for storing and sending transmitted image data, where said transmitted image data includes metadata; and a secondary network node coupled to the primary network node for receiving and storing the transmitted image data as received image data, where said received image data includes metadata; said system characterized by said secondary network node also including a data protection module configured for: (a) determining whether the primary network node is the originating source of the image data; (b) if (a) is true, then including a data retention attribute within the metadata for the received image data stored on the secondary network node; and (c) reading the metadata on the secondary network node and enforcing data retention if the metadata includes a data retention attribute. (a) determining whether the primary network node is the originating source of the image data; (b) if (a) is true, then including a data retention attribute within the metadata for the received image data stored on the secondary network node; and (c) reading the metadata on the secondary network node and enforcing data retention if the metadata includes a data retention attribute.
A method for enhancing the reliability of a multicasting forwarding protocol in a wireless network, the method comprising: establishing a list of multi-point relaying nodes for each of a plurality of nodes (102, 104, 106, 108, 110) in the wireless network, the list of multi-point relaying nodes including for each node neighbor nodes that cover each of the two hop neighbors of said each node; identifying a first set of nodes in the wireless network that is not already in the list of multi-point relaying nodes, the first set of nodes comprising nodes that are the only neighbor node to a node in the list of multi-point relaying nodes; adding the first set of nodes to the list of multi-point relaying nodes. establishing a list of multi-point relaying nodes for each of a plurality of nodes (102, 104, 106, 108, 110) in the wireless network, the list of multi-point relaying nodes including for each node neighbor nodes that cover each of the two hop neighbors of said each node; identifying a first set of nodes in the wireless network that is not already in the list of multi-point relaying nodes, the first set of nodes comprising nodes that are the only neighbor node to a node in the list of multi-point relaying nodes; adding the first set of nodes to the list of multi-point relaying nodes.
Method for defining an automated process which is to be carried out in a liquid handling system, wherein the liquid handling system comprises - an outlet element for aspirating and/or dispensing a liquid volume (x), - a numerically controlled movement apparatus for carrying out movements (P1, P2, P3) in connection with the aspirating and/or dispensing, - a controller for controlling the process, - a graphic user interface for displaying and/or defining parameters for carrying out the process, and - a set of parameters using which the controller controls the process which shall be carried out in the liquid handling system, wherein parameters of this parameter set are used during execution of one or more substeps of the process, and are to be defined directly by a user using the graphic user interface, characterized in that at least one formula is provided in the graphic user interface, said formula being configured to bring at least a first parameter (f(x)), which is to be directly defined by a user, into a functional dependency from a second parameter (x), which is also to be defined directly by a user, so that the first parameter (f(x)) is - instead of being to be defined by a user - adjusted automatically by the system if the second parameter (x) changes. - an outlet element for aspirating and/or dispensing a liquid volume (x), - a numerically controlled movement apparatus for carrying out movements (P1, P2, P3) in connection with the aspirating and/or dispensing, - a controller for controlling the process, - a graphic user interface for displaying and/or defining parameters for carrying out the process, and - a set of parameters using which the controller controls the process which shall be carried out in the liquid handling system, wherein parameters of this parameter set are used during execution of one or more substeps of the process, and are to be defined directly by a user using the graphic user interface,
A ball and socket joint comprising: a socket comprising an opening; a ball configured to be located in the socket; an attachment surface for attaching a device to the ball and socket joint; a pin located on either the socket or the ball, a groove located on the other of the socket or ball, and wherein the pin is configured to engage the groove and can translate along the length of the groove when the ball is located in the socket; and wherein the pin and groove are arranged to prevent rotation of the ball about an axis that is parallel to the plane of the groove and extends through the attachment surface when the ball is located in the socket, characterized in that the ball and socket joint further comprises a tamper circuit, and in that the surfaces of the pin and groove are conductive, and wherein the conductive surface of the pin and groove provide a connection for the tamper circuit when the ball is located within the socket. a socket comprising an opening; a ball configured to be located in the socket; an attachment surface for attaching a device to the ball and socket joint; a pin located on either the socket or the ball, a groove located on the other of the socket or ball, and wherein the pin is configured to engage the groove and can translate along the length of the groove when the ball is located in the socket; and wherein the pin and groove are arranged to prevent rotation of the ball about an axis that is parallel to the plane of the groove and extends through the attachment surface when the ball is located in the socket, characterized in that the ball and socket joint further comprises a tamper circuit, and in that the surfaces of the pin and groove are conductive, and wherein the conductive surface of the pin and groove provide a connection for the tamper circuit when the ball is located within the socket.
An orthodontic,implant device, said device including a head portion; engagement means to allow an insertion instrument to engage therewith in use; a body portion extending from a lower surface of the head portion wherein the engagement means includes one or more slots defined in an upper surfate of the head portion, the one or more slots in the form of a channel with an open end, a base and side walls; wherein at least one recess or undercut is provided substantially internally of the head portion to provide a point of attachment for at least part of an orthodontic appliance thereto, characterised in that said at least one recess or undercut being defined in a side wall or walls of the channel and provided laterally of the channel substantially perpendicular to the side walls.
A hygienic protector, particularly for the collection and separation of human solid excrement, which is configured to be at least partially inserted into the opening of a toilet bowl, or of a bedpan, or of a pot for children, and comprises a central portion and a peripheral portion, said central portion defining a container body for the collection and treatment of human solid excrement, said peripheral portion being configured to protrude externally with respect to the edge of said opening of said toilet bowl or of said bedpan, or of said pot for children, said central portion and said peripheral portion being provided in a water-soluble and biodegradable material, said container body comprising an opening that is shaped like said opening of said toilet bowl or of said bedpan, or of said pot for children, characterized in that it comprises at least one anti-odor membrane (10, 11) that extends over said central portion, so as to close said opening of said container body, said anti-odor membrane (10, 11) being provided in a material that is water-soluble, biodegradable and heat- sensitive, which is adapted to puncture upon contact with said solid excrement, substantially at the area of contact between said at least one anti-odor membrane (10, 11) and said solid excrement.
Industrial mixing machine, comprising a mixing head, a frame, and at least one connecting means for connecting a mixing container, containing a mixing material and open on the connection side, to the mixing head for the purpose of forming a closed mixing container, said mixing head, as part of a component group or module which can be pivoted in relation to the frame, is mounted in such a way that the closed mixing container, formed from the mixing head and mixing container, can be pivoted in relation to the frame in order to carry out the mixing process, and said mixing head comprises at least one mixing tool (19, 19.1), located on a drive shaft which engages through the base of the mixing head and driven rotationally by this drive shaft, with several radial wings (20, 20.1, 20.2; 29, 29.1, 29.2), said radial wings (20, 20.1, 20.2; 29, 29.1, 29.2) exhibiting a cross-section geometry wherein, starting from its maximum thickness, the wing thickness decreases in the direction of rotation towards the rear wing end, wherein, in the section of decreasing wing thickness, the under side of the wing (24, 30) is configured as stronger in the direction of rotation to the horizontal than the upper side of the wing (25, 31), and wherein an imaginary straight line, connecting the rear termination of the radial wing (20, 20.1, 20.2; 29, 29.1, 29.2) with its respective front termination pointing in the direction of rotation, is inclined in the same direction as the inclination of the under side of the wing (24, 30) in the section of decreasing thickness in relation to the horizontal, characterised in that the upper side of the wing (25, 31) of the radial wing (20, 20.1, 20.2; 29, 29.1, 29.2) is inclined in the same direction to the under side of the wing (24, 30).
Cable route (C1-C10) comprising at least one tray (2; 1002; 2002; 3002) in the form of a lattice of welded wires (22, 24) and at least one element (8; 1008, 1008') for fixing the tray (2; 1002; 2002; 3002), the fixing element having a wall extending along a longitudinal axis and at least one fixing hole (82, 83a, 83b, 84a, 84b, 85a, 85b), the fixing element (8; 1008, 1008') having two first tongues and two second tongues which project out from the wall and which each delimit, together with the wall, a space for receiving a wire (22, 24) of the tray (2; 1002; 2002; 3002), - the first tongues, for the first part, and the second tongues, for the second part, being aligned in a direction perpendicular to the longitudinal axis, - the fixing element (8; 1008, 1008') having a groove, the groove being parallel to the longitudinal axis which extends between the first tongues, for the first part, and between the second tongues, for the second part, characterised in that: - a length of the first tongues is strictly greater than a length of the second tongues - the groove accommodates a single warp wire forming the bottom of the tray. - the first tongues, for the first part, and the second tongues, for the second part, being aligned in a direction perpendicular to the longitudinal axis, - the fixing element (8; 1008, 1008') having a groove, the groove being parallel to the longitudinal axis which extends between the first tongues, for the first part, and between the second tongues, for the second part, characterised in that: - a length of the first tongues is strictly greater than a length of the second tongues - the groove accommodates a single warp wire forming the bottom of the tray. - a length of the first tongues is strictly greater than a length of the second tongues - the groove accommodates a single warp wire forming the bottom of the tray.
A rotor blade for an axial fan, comprising: a main body which is to be fastened to a hub of the rotor, and which is made predominantly or entirely of a first material; and a cap which is attachable to a radially outwards pointing end of the main body, and which is made predominantly or entirely of a second material, wherein the second material has a higher thermal expansion coefficient than the first material, characterised in that the second material is aluminium or contains aluminium. a main body which is to be fastened to a hub of the rotor, and which is made predominantly or entirely of a first material; and a cap which is attachable to a radially outwards pointing end of the main body, and which is made predominantly or entirely of a second material, wherein the second material has a higher thermal expansion coefficient than the first material, characterised in that the second material is aluminium or contains aluminium.
A storage status adjusting circuit, comprising: n (n is natural number greater than 2) switching units configured to switch between energy accumulation in respective n coils (L1, L2, L3, L4) and energy release from the respective n coils to any one of component electric storage devices (B1, B2, B3, B4), which are respectively included in n assembled electric storage devices respectively including a plurality of the component electric storage devices; and n changing units (111, 112, 113, 114) configured to trigger the switching unit to switch from energy accumulation in the coil to energy release from the coil to a component electric storage device, based on the voltage across the coil with respect to a reference voltage. n (n is natural number greater than 2) switching units configured to switch between energy accumulation in respective n coils (L1, L2, L3, L4) and energy release from the respective n coils to any one of component electric storage devices (B1, B2, B3, B4), which are respectively included in n assembled electric storage devices respectively including a plurality of the component electric storage devices; and n changing units (111, 112, 113, 114) configured to trigger the switching unit to switch from energy accumulation in the coil to energy release from the coil to a component electric storage device, based on the voltage across the coil with respect to a reference voltage.
Method for additively manufacturing a component of an eyeglass structure by means of stereolithography, wherein the component comprises at least one eyeglass frame having an inner edge, wherein an inner support structure for supporting the eyeglass frame is manufactured together with the eyeglass frame, wherein the inner support structure of the manufactured component is connected to the inner edge at least at two opposite points so that these points are supported with respect to one another, wherein the surface of the component comprises at least one connecting region, wherein the connecting region is concealed in a use position of the finished eyeglass structure, wherein an outer support structure is provided, which is manufactured together with the component, wherein a connection between the outer support structure and the component is created in the connecting region, wherein manufacturing of the inner support structure is started after the connection between the outer support structure and the component has been created. by means of stereolithography, wherein the component comprises at least one eyeglass frame having an inner edge, wherein an inner support structure for supporting the eyeglass frame is manufactured together with the eyeglass frame, wherein the inner support structure of the manufactured component is connected to the inner edge at least at two opposite points so that these points are supported with respect to one another, wherein the surface of the component comprises at least one connecting region, wherein the connecting region is concealed in a use position of the finished eyeglass structure, wherein an outer support structure is provided, which is manufactured together with the component, wherein a connection between the outer support structure and the component is created in the connecting region, wherein manufacturing of the inner support structure is started after the connection between the outer support structure and the component has been created.