mhurhangee/ep-ind-claims huggingface dataset:
A method for upgrading carbohydrates, carbohydrate derivatives or angelica lactone, the method comprising providing a feedstock comprising carbohydrates comprising angelica lactone, or; carbohydrate derivatives comprising angelica lactone, or; angelica lactone, and dimerising and/or oligomerising the carbohydrates comprising angelica lactone, the carbohydrate derivatives comprising angelica lactone or the angelica lactone in the presence of a heterogeneous catalyst, wherein oligomers are trimers or higher, wherein the step of dimerising/oligomerising is carried out at a reaction temperature in the range of 30 °C to 195 °C, and wherein the heterogeneous catalyst is an inorganic catalyst comprising an alkali metal compound and/or an alkaline earth metal compound and at least one further metal compound. providing a feedstock comprising carbohydrates comprising angelica lactone, or; carbohydrate derivatives comprising angelica lactone, or; angelica lactone, and dimerising and/or oligomerising the carbohydrates comprising angelica lactone, the carbohydrate derivatives comprising angelica lactone or the angelica lactone in the presence of a heterogeneous catalyst, wherein oligomers are trimers or higher, wherein the step of dimerising/oligomerising is carried out at a reaction temperature in the range of 30 °C to 195 °C, and wherein the heterogeneous catalyst is an inorganic catalyst comprising an alkali metal compound and/or an alkaline earth metal compound and at least one further metal compound.
Aero-refrigeration tower which comprises a mixed module comprising an air humidifying device and a bypass device and a dry module, the dry module being stacked on the mixed module, the tower further comprising a ventilation module, the mixed module being stacked on the ventilation module, said ventilation module comprises a free wheel for drawing in outside air and for outputting the air into the upper portion of the ventilation module, wherein the free wheel has two faces, one so-called rear face and one so-called front face, said free wheel being configured to draw in the outside air in the direction of the axis of rotation of said free wheel via the front face and output the air radially with respect to the axis of rotation of said free wheel, the ventilation module having, passing through it, at least one passage for drawing in outside air and at least one passage for outputting air, said at least one air output passage being configured to direct the flow of air towards the mixed module to the front of the plane formed by the front face, opposite the rear face.
A method, comprising: identifying a set of frequencies available for measurement by a user equipment, characterized in that the method further comprises: selecting a subset of frequencies from the set of frequencies based on parameters comprising a group profile and configured by a mobile network operator, the group profile, for a group of frequencies, comprising: a group priority, a group size and a frequency selection method; and causing a communication of the selection to the user equipment in a list. selecting a subset of frequencies from the set of frequencies based on parameters comprising a group profile and configured by a mobile network operator, the group profile, for a group of frequencies, comprising: a group priority, a group size and a frequency selection method; and causing a communication of the selection to the user equipment in a list.
An information processing method performed using a computer, the information processing method comprising: obtaining, for each of a plurality of vehicles that are monitoring targets, first position information indicating a first position of the vehicle; obtaining, for each of the plurality of vehicles, second position information indicating a second position in which the vehicle is requested to be monitored; determining, for each of the plurality of vehicles, a monitoring priority level of the vehicle according to movement information relating to movement of the vehicle from the first position to the second position; generating presentation information for monitoring only one or more of the plurality of vehicles, each of the one or more of the plurality of vehicles being identified based on the monitoring priority level of the vehicle; and causing a presentation device to output the presentation information. obtaining, for each of a plurality of vehicles that are monitoring targets, first position information indicating a first position of the vehicle; obtaining, for each of the plurality of vehicles, second position information indicating a second position in which the vehicle is requested to be monitored; determining, for each of the plurality of vehicles, a monitoring priority level of the vehicle according to movement information relating to movement of the vehicle from the first position to the second position; generating presentation information for monitoring only one or more of the plurality of vehicles, each of the one or more of the plurality of vehicles being identified based on the monitoring priority level of the vehicle; and causing a presentation device to output the presentation information.
Vessel comprising a barge loading system for loading a secondary vessel positioned alongside the vessel with a mixture of water and material, the barge loading system comprising a discharge pipe and a discharge head being in fluid communication with the discharge pipe to receive the mixture, characterized in that the barge loading system comprises at least two moveable crane arms connected to the discharge head, the crane arms being arranged to move the discharge head to an overboard position, the crane arms comprising respective base arm portions rotatably connected to a deck of the vessel and respective remote arm portions, wherein the remote arm portions are with one end rotatably connected to respective base arm portions and with another end connected to the discharge head, wherein the barge loading system comprises cable systems arranged to move the base arm portions and the remote arm portions.
A plug connection for connecting electrical cables in particular, comprising at least one female connecting element and a male connecting element, wherein the female connecting element receives the male connecting element in a positive fit, and wherein the two connecting elements (2, 3) can be detachably connected in a non-positive manner while in positive-locking contact, wherein a connecting portion of the male connecting element is designed with a coaxial taper and comprises multiple displaceable contact bodies, which are arranged in a first position within the male connecting element and in a second position protruding from the male connecting element, wherein multiple contact bodies are provided in the male connecting element and multiple contact layers are provided in the female connecting element, wherein the contact bodies or, respectively, the contact layers are arranged alternately with insulating layers, wherein the insulating layers of both connecting elements (2, 3) rest on top of each other while in positive-locking contact.
A one-pot process for preparing a compound of Formula, the process comprising: (a) forming a reaction mixture comprising a solvent and a compound of Formula, the solvent being an alkyl tetrahydrofuran; (b) adding a compound of Formula to the reaction mixture, thereby forming an intermediate compound of Formula; (c) phase extracting the reaction mixture after step (b) by sequential contact with (i) a water solution, (ii) an acid solution having a pH of less than about 3, (iii) an alkaline solution having a pH of greater than about 12, and (iv) one or more additional water solutions to remove the compounds of Formulas and and reaction by-products, thereby forming a purified mixture comprising the intermediate compound of Formula; and (d) contacting the purified mixture comprising the intermediate compound of Formula with an acid to form the compound of Formula; wherein: R is hydrocarbyl or substituted hydrocarbyl; LG is a leaving group chosen from N -hydroxysuccinimidyl or halo; PG is a protecting group; and A is an anion; wherein the term "about" encompasses deviations of plus or minus five percent. (a) forming a reaction mixture comprising a solvent and a compound of Formula, the solvent being an alkyl tetrahydrofuran; (b) adding a compound of Formula to the reaction mixture, thereby forming an intermediate compound of Formula; (c) phase extracting the reaction mixture after step (b) by sequential contact with (i) a water solution, (ii) an acid solution having a pH of less than about 3, (iii) an alkaline solution having a pH of greater than about 12, and (iv) one or more additional water solutions to remove the compounds of Formulas and and reaction by-products, thereby forming a purified mixture comprising the intermediate compound of Formula; and (d) contacting the purified mixture comprising the intermediate compound of Formula with an acid to form the compound of Formula; wherein: R is hydrocarbyl or substituted hydrocarbyl; LG is a leaving group chosen from N -hydroxysuccinimidyl or halo; PG is a protecting group; and A is an anion; R is hydrocarbyl or substituted hydrocarbyl; LG is a leaving group chosen from N -hydroxysuccinimidyl or halo; PG is a protecting group; and A is an anion;
A system for the optimisation of the thermal and/or acoustic insulation of slidable windows or lift-slide windows which comprise at least one pair of doors ( A, A') mutually slidable between an open and a closed position, the system comprising: - at least one longitudinal profile which can be connected to one of said doors ( A') comprising at least one first shaped portion with at least one first operative area and at least one first gasket, - at least one abutment element which can be connected or are connected with the other of said doors or integrated therein, said at least one abutment element comprising at least one second shaped portion including at least one second operative area and at least one second gasket, said at least one longitudinal profile and at least one abutment element cooperating with each other so that the at least one first or second operative area ( 13, 13') of one mutually interacts with the at least one second or first gasket ( 20', 20) of the other to define an insulated air chamber between them; - adjustment means ( 40, 41, 42; 50, 51, 53) acting at least on said first shaped portion to adjust the relative position thereof with respect to said second shaped portion, said adjustment means ( 40, 41, 42; 50, 51, 53) being accessible to an operator - when the system is mounted - to allow at least the adjustment of the mutual interaction between the at least one first operative area of said at least one first shaped portion and the at least one second gasket. - at least one longitudinal profile which can be connected to one of said doors ( A') comprising at least one first shaped portion with at least one first operative area and at least one first gasket, - at least one abutment element which can be connected or are connected with the other of said doors or integrated therein, said at least one abutment element comprising at least one second shaped portion including at least one second operative area and at least one second gasket, said at least one longitudinal profile and at least one abutment element cooperating with each other so that the at least one first or second operative area ( 13, 13') of one mutually interacts with the at least one second or first gasket ( 20', 20) of the other to define an insulated air chamber between them; - adjustment means ( 40, 41, 42; 50, 51, 53) acting at least on said first shaped portion to adjust the relative position thereof with respect to said second shaped portion, said adjustment means ( 40, 41, 42; 50, 51, 53) being accessible to an operator - when the system is mounted - to allow at least the adjustment of the mutual interaction between the at least one first operative area of said at least one first shaped portion and the at least one second gasket.
A calibration sleeve for calibrating an infrared measuring device, wherein the calibration sleeve has a floor and, on its inner lateral surface a plurality of surface sections (21, 22) that are oriented at an angle relative to the centre longitudinal axis of the calibration sleeve, wherein two surface sections (21, 22) are disposed on the inner lateral surface of the calibration sleeve so that they are adjacent and run transversely around the centre axis, while forming a dual-pitched-roof-type body, characterized in that the two surface sections (21, 22) forming the dual-pitched-roof-type body have an unequal leg length in a cross-section of the dual-pitched-roof-type body, wherein when several dual-pitched-roof-type bodies are disposed one behind the other on the inner lateral surface of the calibration sleeve, the angle α between the surface sections (21, 22) of the dual-pitched-roof-type body is greater than 90° and the angle α of the several dual-pitched-roof-type bodies disposed one behind the other on the inner lateral surface of the calibration sleeve increases toward the floor of the calibration sleeve, wherein the floor has a cone-shaped recess, wherein the point of the cone-shaped recess is located in the centre vertical axis of the calibration sleeve and wherein the inner lateral surface of the calibration sleeve is made of a material with a porous surface.
An oral care implement comprising: a handle; a head coupled to the handle, the head comprising a front surface and a longitudinal axis (B-B) extending from a proximal end of the head to a distal end of the head; a plurality of tooth cleaning elements extending from the front surface of the head; the plurality of tooth cleaning elements comprising a conical tuft comprising a bristle wall having an inner surface defining a cavity along a cavity axis (C-C), the cavity having a transverse cross-sectional area that increases with distance from the front surface of the head, the conical tuft terminating in an annular top surface, the annular top surface being a first height from the front surface of the head, characterized in that: the plurality of tooth cleaning elements comprising an arcuate cleaning element at least partially surrounding the conical tuft, no other tooth cleaning elements positioned between the arcuate cleaning element and the conical tuft,the arcuate cleaning element having a top surface having a high point being a second height from the front surface of the head and a first low point being a third height from the front surface of the head; and the first height being greater than the third height and less than the second height. a head coupled to the handle, the head comprising a front surface and a longitudinal axis (B-B) extending from a proximal end of the head to a distal end of the head; a plurality of tooth cleaning elements extending from the front surface of the head; the plurality of tooth cleaning elements comprising a conical tuft comprising a bristle wall having an inner surface defining a cavity along a cavity axis (C-C), the cavity having a transverse cross-sectional area that increases with distance from the front surface of the head, the conical tuft terminating in an annular top surface, the annular top surface being a first height from the front surface of the head, characterized in that: the plurality of tooth cleaning elements comprising an arcuate cleaning element at least partially surrounding the conical tuft, no other tooth cleaning elements positioned between the arcuate cleaning element and the conical tuft,the arcuate cleaning element having a top surface having a high point being a second height from the front surface of the head and a first low point being a third height from the front surface of the head; and the first height being greater than the third height and less than the second height. the plurality of tooth cleaning elements comprising an arcuate cleaning element at least partially surrounding the conical tuft, no other tooth cleaning elements positioned between the arcuate cleaning element and the conical tuft,the arcuate cleaning element having a top surface having a high point being a second height from the front surface of the head and a first low point being a third height from the front surface of the head; and the first height being greater than the third height and less than the second height.
Tool, to be mounted on a manipulator and able to grasp flat bases of the pallet type, said tool comprising a chassis, and a gripper for said bases, which is mounted on said chassis, the gripper is able to move in the chassis so as to cooperate with a single edge of a pallet, said gripper comprising a clamping means forming a vice for grasping the edge of a pallet so as to hold it in a cantilevered manner, characterized in that the gripper has a plurality of arms that are secured in rotation in the tool about an axis of rotation located at an edge of the tool, said arms each having, at their free end, a clamp so as to form together the clamping means and in that said tool has, on the one hand, at least one retractable lever mounted so as to be able to move on the chassis at the side opposite the one where the gripper is mounted, and on the other hand, a plurality of suction cups, for grasping an insert, at least one of them being mounted on the gripper and at least one other being mounted on said at least one lever.
A method for estimating velocity of an aircraft, the method comprising: transmitting a beam toward a surface from the aircraft using a Doppler beam sharpened radar altimeter; receiving a plurality of reflected signals that correspond to portions of the transmitted beam that are reflected by the surface; forming a plurality of Doppler beams by filtering the received signals; computing a complex-valued array of range bin with respect to frequency of the Doppler beams from at least one antenna aperture of the radar altimeter; characterized by estimating a range for each of the Doppler beams; and estimating a velocity vector magnitude for the aircraft by a curve fit of the range with respect to the frequency of the Doppler beams. transmitting a beam toward a surface from the aircraft using a Doppler beam sharpened radar altimeter; receiving a plurality of reflected signals that correspond to portions of the transmitted beam that are reflected by the surface; forming a plurality of Doppler beams by filtering the received signals; computing a complex-valued array of range bin with respect to frequency of the Doppler beams from at least one antenna aperture of the radar altimeter; characterized by estimating a range for each of the Doppler beams; and estimating a velocity vector magnitude for the aircraft by a curve fit of the range with respect to the frequency of the Doppler beams.
A multipath data transmission method, comprising: sending, by a multipath management device, indication information to a multipath proxy gateway, the indication information indicates that the multipath proxy gateway for the multipath data transmission is allocated to a multipath proxy client; determining, by the multipath proxy gateway, that the multipath proxy client supports a multipath service based on the indication information; obtaining, by the multipath proxy gateway, a first internet protocol, IP, address of the multipath proxy client, and establishing of at least two multipath data subflows between the multipath proxy gateway and the multipath proxy client based on the first IP address; and establishing, by the multipath proxy gateway based on the first IP address, a transmission control protocol, TCP, connection to an application server to be accessed by the multipath proxy client, and the multipath data transmission is performed through the TCP connection and the at least two multipath data subflows. sending, by a multipath management device, indication information to a multipath proxy gateway, the indication information indicates that the multipath proxy gateway for the multipath data transmission is allocated to a multipath proxy client; determining, by the multipath proxy gateway, that the multipath proxy client supports a multipath service based on the indication information; obtaining, by the multipath proxy gateway, a first internet protocol, IP, address of the multipath proxy client, and establishing of at least two multipath data subflows between the multipath proxy gateway and the multipath proxy client based on the first IP address; and establishing, by the multipath proxy gateway based on the first IP address, a transmission control protocol, TCP, connection to an application server to be accessed by the multipath proxy client, and the multipath data transmission is performed through the TCP connection and the at least two multipath data subflows.
A method performed in a user equipment for receiving content from a device, said device being configured to send sub-cell broadcasts for distributing the content within a sub-cell, said sub-cell being a subset of a coverage area of a network node to which the user equipment is attached, said method characterised by: receiving system information from the network node, said system information comprising information about available devices used for distributing the content within the coverage area of the network node and the type of content that is associated with each device and the transmission resources allocated to each device for distributing the content, selecting the type of content to receive and at least one device associated therewith, establishing a direct link between the user equipment and the selected at least one device using the transmission resources allocated to the selected at least one device, and receiving the selected type of content directly from the selected at least one device. receiving system information from the network node, said system information comprising information about available devices used for distributing the content within the coverage area of the network node and the type of content that is associated with each device and the transmission resources allocated to each device for distributing the content, selecting the type of content to receive and at least one device associated therewith, establishing a direct link between the user equipment and the selected at least one device using the transmission resources allocated to the selected at least one device, and receiving the selected type of content directly from the selected at least one device.