mhurhangee/ep-ind-claims huggingface dataset:
An ambulance vehicle, including a plurality of functions and one or more control units (2, 3, 4, 5, 6, 7, 8, 9, 10, 11) of the vehicle predisposed for commanding functions with which the vehicle is equipped, such as flashing lights, lights, sirens, air-conditioning plants, facilitated access members, comprising a management apparatus, connected to said control units, which in turn comprises at least a transceiver (21, 22) adapted to be connected to said control units and at least a mobile device (31, 32) predisposed for a remote communication with said transceiver (21, 22), said mobile device (31, 32) being provided with a processing unit configured for managing said functions, said processing unit comprising a user interface configured for enabling an operator to command said functions; the vehicle being characterized in that it is provided with removable fixing means of the mobile device (31, 32) placed at the transceivers (21, 22).
A handheld device (10∼14), comprising: an appearance element, having an external surface and an inner surface opposite to the external surface, and comprising a conductive via, wherein the appearance element is a cover of the handheld device and at least part of the cover is a sound hole cover of a speaker, and the conductive via is adapted to serve as a sound hole; a system ground plane, disposed on the side of the inner surface of the appearance element; and a planar antenna (40, 41), disposed on an intermediate layer of the appearance element, and extended to the inner surface of the appearance element through the conductive via so as to be electrically connected to the system ground plane; and a conductive element, electrically connected between the planar antenna (40, 41) and the system ground plane; wherein the system ground plane comprises a feed point, the appearance element comprises a metal layer on the inner surface of the appearance element, and the feed point is electrically connected to the metal layer through the conductive element. an appearance element, having an external surface and an inner surface opposite to the external surface, and comprising a conductive via, wherein the appearance element is a cover of the handheld device and at least part of the cover is a sound hole cover of a speaker, and the conductive via is adapted to serve as a sound hole; a system ground plane, disposed on the side of the inner surface of the appearance element; and a planar antenna (40, 41), disposed on an intermediate layer of the appearance element, and extended to the inner surface of the appearance element through the conductive via so as to be electrically connected to the system ground plane; and a conductive element, electrically connected between the planar antenna (40, 41) and the system ground plane;
A retroreflective sheet comprising: a retroreflective layer including a plurality of retroreflective elements on one surface; a back face layer provided to face the retroreflective elements and having a surface on a retroreflective elements side at least a part of which is made of resin; characterized in that the retroreflective sheet comprising further: a plurality of particles disposed between the retroreflective elements and the back face layer and having a surface at least a part of which is made of resin; and voids formed between the retroreflective elements and the back face layer, wherein the voids are supported by the plurality of particles. a retroreflective layer including a plurality of retroreflective elements on one surface; a back face layer provided to face the retroreflective elements and having a surface on a retroreflective elements side at least a part of which is made of resin; characterized in that the retroreflective sheet comprising further: a plurality of particles disposed between the retroreflective elements and the back face layer and having a surface at least a part of which is made of resin; and voids formed between the retroreflective elements and the back face layer, wherein the voids are supported by the plurality of particles. a plurality of particles disposed between the retroreflective elements and the back face layer and having a surface at least a part of which is made of resin; and voids formed between the retroreflective elements and the back face layer, wherein the voids are supported by the plurality of particles.
A process for preparation of tocols and squalene with the following steps: (a) providing a fatty acid distillate comprising tocols and squalene, (b) subjecting said distillate to esterification with methanol in the presence of an acid catalyst of 0.5% to about 4% at a temperature of 60°C to 130°C, under nitrogen pressure of about 10 kg/cm 2 for 4 h, forming an esterified stream; (c) subjecting said esterified stream to a first molecular distillation at a temperature between 140°C to 190 °C in vacuum between 0.010 mmHg to 0.40 mmHg at a feed flow rate between 25 kg/h to 35 kg/h and agitation rate of about 280 RPM; forming a first distillate stream and a first residue stream; (d) subjecting said first residue stream to a second molecular distillation at a temperature between 200°C to 250 °C in vacuum between 0.01 mmHg to 0.20 mmHg at a feed flow rate between 10 kg/h to 20 kg/h and agitation rate of 280 RPM, forming a second distillate stream and a second residue stream; (e) subjecting said second distillate stream to a final molecular distillation at a temperature between 140°C to 180 °C in vacuum between 0.020 mmHg to 0.40 mmHg at a feed flow rate between 25 kg/h to 35 kg/h and agitation rate of 280 RPM, forming a final distillate stream and a final residue stream; and (f) subjecting said final residue stream to chromatographic separation to get a highly enriched composition of tocols and squalene. (a) providing a fatty acid distillate comprising tocols and squalene, (b) subjecting said distillate to esterification with methanol in the presence of an acid catalyst of 0.5% to about 4% at a temperature of 60°C to 130°C, under nitrogen pressure of about 10 kg/cm 2 for 4 h, forming an esterified stream; (c) subjecting said esterified stream to a first molecular distillation at a temperature between 140°C to 190 °C in vacuum between 0.010 mmHg to 0.40 mmHg at a feed flow rate between 25 kg/h to 35 kg/h and agitation rate of about 280 RPM; forming a first distillate stream and a first residue stream; (d) subjecting said first residue stream to a second molecular distillation at a temperature between 200°C to 250 °C in vacuum between 0.01 mmHg to 0.20 mmHg at a feed flow rate between 10 kg/h to 20 kg/h and agitation rate of 280 RPM, forming a second distillate stream and a second residue stream; (e) subjecting said second distillate stream to a final molecular distillation at a temperature between 140°C to 180 °C in vacuum between 0.020 mmHg to 0.40 mmHg at a feed flow rate between 25 kg/h to 35 kg/h and agitation rate of 280 RPM, forming a final distillate stream and a final residue stream; and (f) subjecting said final residue stream to chromatographic separation to get a highly enriched composition of tocols and squalene.
Method for producing a multi-layer fibrous-material web, in particular a paper or cardboard web, including at least one first and one second fibrous-material layer (12, 14), characterized in that the method includes at least the following steps of: - applying a first fibrous-material suspension to a first permeable or non-permeable conveyor belt for forming a first fibrous-material layer; - defibering and/or isolating the first fibrous-material layer at a moisture content between 95 and 40 % by wt. to individual fibers and/or fiber groups; - forming a porous fibrous-material layer by means of the individual fibers and/or fiber groups of the first fibrous-material layer; and - couching the porous fibrous-material layer with the second fibrous-material layer with formation of the multi-layer fibrous-material web. - applying a first fibrous-material suspension to a first permeable or non-permeable conveyor belt for forming a first fibrous-material layer; - defibering and/or isolating the first fibrous-material layer at a moisture content between 95 and 40 % by wt. to individual fibers and/or fiber groups; - forming a porous fibrous-material layer by means of the individual fibers and/or fiber groups of the first fibrous-material layer; and - couching the porous fibrous-material layer with the second fibrous-material layer with formation of the multi-layer fibrous-material web.
A neutron capture therapy system comprising: an irradiation room (30A, 30B) adapted to encompass an irradiation portion; the irradiation portion which is adapted to irradiate an irradation object with a neutron beam; a recessed groove portion which is provided on a floor surface of the irradiation room (30A, 30B) so as to extend in a direction leading away from the vicinity of the irradiation portion; a guide rail which is provided in the recessed groove portion so as to extend along the recessed groove portion; a belt which is disposed in the recessed groove portion so as to cover an upper surface of the guide rail; and a treatment table capable of moving along the guide rail, wherein the treatment table has a base, a placing portion that is provided on the base for placing the irradiation object, the system being characterised in that the treatment table further comprises: a belt lifting portion that is provided below the base, the belt lifting portion being adapted to partially lift the belt, which is positioned in the recessed groove portion, above the recessed groove portion, and wherein an upper surface of a portion of the belt which is not lifted above the recessed groove portion by the belt lifting portion constitutes a substantially identical surface to the floor surface. an irradiation room (30A, 30B) adapted to encompass an irradiation portion; the irradiation portion which is adapted to irradiate an irradation object with a neutron beam; a recessed groove portion which is provided on a floor surface of the irradiation room (30A, 30B) so as to extend in a direction leading away from the vicinity of the irradiation portion; a guide rail which is provided in the recessed groove portion so as to extend along the recessed groove portion; a belt which is disposed in the recessed groove portion so as to cover an upper surface of the guide rail; and a treatment table capable of moving along the guide rail, a belt lifting portion that is provided below the base, the belt lifting portion being adapted to partially lift the belt, which is positioned in the recessed groove portion, above the recessed groove portion, and wherein an upper surface of a portion of the belt which is not lifted above the recessed groove portion by the belt lifting portion constitutes a substantially identical surface to the floor surface.
An amplification circuit, comprising: - a variable gain amplifier, VGA,, - an automatic gain control, AGC, loop for automatically controlling the gain of the VGA, - a switching circuit for switching between an AGC mode, in which the gain of the VGA is automatically controlled by an output signal of the AGC loop and a manual gain control, MGC, mode, in which the gain of the VGA can be manually controlled by an input signal, and characterised by - a read/write circuit with a contact for connection to a peripheral system, wherein the read/write circuit is configured, in the MGC mode, to provide the input signal from the contact via a write-mode path to the VGA, and, in the AGC mode, to provide the output signal of the AGC loop via a read-mode path on the contact. - a variable gain amplifier, VGA,, - an automatic gain control, AGC, loop for automatically controlling the gain of the VGA, - a switching circuit for switching between an AGC mode, in which the gain of the VGA is automatically controlled by an output signal of the AGC loop and a manual gain control, MGC, mode, in which the gain of the VGA can be manually controlled by an input signal, and characterised by - a read/write circuit with a contact for connection to a peripheral system, wherein the read/write circuit is configured, in the MGC mode, to provide the input signal from the contact via a write-mode path to the VGA, and, in the AGC mode, to provide the output signal of the AGC loop via a read-mode path on the contact.
Method for production of a cysteine rich protein where the cysteine rich protein is fused to a glutamate rich protein, where the fusion protein is produced in a lactic acid bacterial system by adding reduced forms of L-cysteine or DTT or glutathione or TCEP or cysteamine or any other small sulfhydryl-containing compound to the medium to control the redox potential, and where the formation of monomeric fusion protein is enhanced by controlling the redox potential in the lactic acid bacterial production medium.
Enhancement device for a wireless antenna, wherein the wireless antenna serves for transmitting and receiving wireless signals for wireless data transmission, wherein the wireless signals comprise a first transmission protocol and a first transmission frequency, the enhancement device comprising a connecting element adapted to connect the enhancement device to the wireless antenna, a first transmitting-/receiving unit adapted to receive transmission wireless signals from the wireless antenna, a converter adapted to convert the transmission wireless signals from the wireless antenna into a second transmission protocol and/or into a second transmission frequency, a second transmitting-/receiving unit adapted to transmit the converted transmission wireless signals, and a circuit adapted to harvest energy from the received transmission wireless signals, wherein the enhancement device is embodied so that the wireless antenna can be inserted into it such that it encompasses the wireless antenna as a kind of sheath.
A method for modifying a target site in the genome of a plant cell, the method comprising providing a guide RNA to a plant cell having stably integrated into its genome a Cas9 endonuclease gene, wherein said guide RNA and the Cas9 endonuclease encoded by said gene are capable of forming a complex that enables the Cas9 endonuclease to introduce a double-strand break at said target site.
A method performed by a transmitting communication device (110,10,12,16) for handling communication in a communication network, wherein the communication network comprises one or more network slices comprising partitioned sets of functionalities, wherein a first set of functionalities out of a total set of functionalities belongs to a first network slice out of the one or more network slices, wherein the first set of functionalities is separated from another set of functionalities out of the total set of functionalities in the one or more network slices, and wherein each of the one or more network slices supports a different set of functionalities, the method comprising: - selecting a priority level of a Non Access Stratum Protocol Data Unit, NAS PDU, based on information obtained from a core network node when the NAS PDU is sent to a wireless device; - generating an indication based on the selected priority level of the NAS PDU; and - transmitting the NAS PDU and the indication over a single signalling radio bearer connection carrying NAS PDUs, to a receiving communication device (112,16,12,10), wherein the indication indicates that the NAS PDU is associated with the first network slice. - selecting a priority level of a Non Access Stratum Protocol Data Unit, NAS PDU, based on information obtained from a core network node when the NAS PDU is sent to a wireless device; - generating an indication based on the selected priority level of the NAS PDU; and - transmitting the NAS PDU and the indication over a single signalling radio bearer connection carrying NAS PDUs, to a receiving communication device (112,16,12,10), wherein the indication indicates that the NAS PDU is associated with the first network slice.
A mobile robot comprising: means (20, 21) for moving the robot over a surface; an obstacle detection sensor (12, 13, 16); and a control system operatively connected to said obstacle detection sensor and said means for moving; wherein said control system has an obstacle following mode, whereby said robot travels adjacent to a detected obstacle, and a room coverage mode; r said control system is configured to operate the robot in one or more behaviours including one coverage behaviour in which the control system cycles between said obstacle following mode and said room coverage mode; characterised in that: said obstacle detection sensor is capable of determining an angle of contact of the robot relative to an obstacle; and said control system adapted to switch to said room coverage mode for performing a bounce behaviour in which the robot turns away from the obstacle to travel in a heading chosen relative to the obstacle. means (20, 21) for moving the robot over a surface; an obstacle detection sensor (12, 13, 16); and a control system operatively connected to said obstacle detection sensor and said means for moving; wherein said control system has an obstacle following mode, whereby said robot travels adjacent to a detected obstacle, and a room coverage mode; r said control system is configured to operate the robot in one or more behaviours including one coverage behaviour in which the control system cycles between said obstacle following mode and said room coverage mode; characterised in that: said obstacle detection sensor is capable of determining an angle of contact of the robot relative to an obstacle; and said control system adapted to switch to said room coverage mode for performing a bounce behaviour in which the robot turns away from the obstacle to travel in a heading chosen relative to the obstacle. said obstacle detection sensor is capable of determining an angle of contact of the robot relative to an obstacle; and said control system adapted to switch to said room coverage mode for performing a bounce behaviour in which the robot turns away from the obstacle to travel in a heading chosen relative to the obstacle.
A method for wireless communication executed by a user equipment, UE, comprising: receiving, at the UE, a first signal comprising a first indication indicating that system information is to be obtained via request or via broadcast and a second indication that system information for one or more services is to be broadcast at one or more predetermined times and on one or more predetermined channels; identifying, by the UE, one or more services for which system information is to be obtained; and obtaining, by the UE, system information for the identified one or more services in accordance with the indication by either listening to a broadcast or by requesting service-specific system information. receiving, at the UE, a first signal comprising a first indication indicating that system information is to be obtained via request or via broadcast and a second indication that system information for one or more services is to be broadcast at one or more predetermined times and on one or more predetermined channels; identifying, by the UE, one or more services for which system information is to be obtained; and obtaining, by the UE, system information for the identified one or more services in accordance with the indication by either listening to a broadcast or by requesting service-specific system information.
System for transferring a magnetic link between a first element and a second element rotatable relative to the first element, a first end of said link being adapted to be attached to the first element and a second end of the link being adapted to be attached to the second element, comprising: - a first part (11, 13) adapted to be rigidly connected to the first element; - a second part (21, 23) rotatable relative to the first part and adapted to be rigidly connected to the second element so as to be rotationally driven at the rotational speed of said second element; - a third part (30, 31) rotatable relative to the first and second parts, said system further comprises: - a member for coupling (40, 45) the second and third parts, configured to rotationally drive the third part at a speed equal to half the rotational speed of the second element, - two sets of two coaxial ferromagnetic surfaces for winding the magnetic link, a first set comprising a first surface integral with the first part and a second surface integral with the third part, a second set comprising a third surface integral with the second part and a fourth surface integral with the third part; and, furthermore, in said system, the third part is an axle, the first part is a first body portion, the second part is a second body portion, said body portions extending around the axle, and the coupling member comprises a satellite comprising a first transmission means coupled to the second part and a second transmission means coupled to the third part. - a first part (11, 13) adapted to be rigidly connected to the first element; - a second part (21, 23) rotatable relative to the first part and adapted to be rigidly connected to the second element so as to be rotationally driven at the rotational speed of said second element; - a third part (30, 31) rotatable relative to the first and second parts, said system further comprises: - a member for coupling (40, 45) the second and third parts, configured to rotationally drive the third part at a speed equal to half the rotational speed of the second element, - two sets of two coaxial ferromagnetic surfaces for winding the magnetic link, - a member for coupling (40, 45) the second and third parts, configured to rotationally drive the third part at a speed equal to half the rotational speed of the second element, - two sets of two coaxial ferromagnetic surfaces for winding the magnetic link, a first set comprising a first surface integral with the first part and a second surface integral with the third part, a second set comprising a third surface integral with the second part and a fourth surface integral with the third part; and, furthermore, in said system, the third part is an axle, the first part is a first body portion, the second part is a second body portion, said body portions extending around the axle, and the coupling member comprises a satellite comprising a first transmission means coupled to the second part and a second transmission means coupled to the third part.