mhurhangee/patent-ind-claim-en huggingface dataset:
A handling system for receptor devices of solar energy suitable for allowing the handling of said devices on a first axis (X) and on a second axis (Y), substantially orthogonal with respect to each other, said system being constrainable on fixed structures composed of supporting poles kept in position by a network of tie-rods , comprising a main tube rotating around said first axis (X), to which a plurality of secondary tubes are connected, also rotating around their own axis (Y), fixed substantially perpendicularly to the main tube, the receptor devices being fixed on said secondary tubes, the main rotating tube comprising both the handling mechanism around the first axis (X) and the handling mechanism around the second axis (Y) activated by a respective first motor and second motor , the handling mechanism around the second axis (Y) comprising a series of racks positioned longitudinally inside the main tube which move along said first axis (X) activated by said second motor also positioned inside said main tube , which, along its route, encounters, in correspondence with said racks, a plurality of gears , each engaged on a secondary tube in the intersection position of these with the main tube, allowing the rotation of said second axis, characterized in that the handling mechanism around the first axis (X) comprises said first motor , positioned inside said main tube , which is interfaced with a reducing mechanism in which there is a central shaft which receives the rotation of said motor and at least a pair of rotating satellite pinions , symmetrical with respect to said shaft and rotating in compliance with each other, a tubular flange being engaged on said end of the main tube , which is connected to said fixed structure, provided on the internal circumference with a round rack which encounters the pair of satellite pinions allowing the rotation of the main tube around the first axis (X), the first motor being positioned with its axis perpendicular to the first longitudinal axis (X) of the main tube .
An apparatus for treating obesity of an obese patient having a stomach with a food cavity, the apparatus comprising: at least one inflatable volume filling device adapted to be completely invaginated by a stomach wall portion of the patient, wherein the inflatable volume filling device is adapted to be placed on the outside of the stomach wall with the outer surface of the inflatable volume filling device resting against the outside of the stomach wall, such that the volume of the food cavity is reduced in size by a volume substantially exceeding the volume of the inflatable volume filling device, wherein said inflatable volume filling device has a volume of less than 0.0002 m 3 , and wherein the at least one inflatable volume filling device is adapted to be completely invaginated by a stomach wall portion of the patient by suturing a first part of a stomach wall serosa towards a second, different part of a stomach wall serosa, the serosa being the outer layer of the stomach wall, characterized in that the inflatable volume filling device further comprises an expandable structure, adapted to expand, when the inflatable volume filling device is invaginated in the stomach wall, wherein said expandable structure comprises a bellows. at least one inflatable volume filling device adapted to be completely invaginated by a stomach wall portion of the patient, wherein the inflatable volume filling device is adapted to be placed on the outside of the stomach wall with the outer surface of the inflatable volume filling device resting against the outside of the stomach wall, such that the volume of the food cavity is reduced in size by a volume substantially exceeding the volume of the inflatable volume filling device, wherein said inflatable volume filling device has a volume of less than 0.0002 m 3 , and wherein the at least one inflatable volume filling device is adapted to be completely invaginated by a stomach wall portion of the patient by suturing a first part of a stomach wall serosa towards a second, different part of a stomach wall serosa, the serosa being the outer layer of the stomach wall, characterized in that the inflatable volume filling device further comprises an expandable structure, adapted to expand, when the inflatable volume filling device is invaginated in the stomach wall, wherein said expandable structure comprises a bellows.
Wiping device for a detection system of a vehicle, comprising a housing , a wiper arm , a drive motor which generates a rotational motion around a drive motor axis and a drive unit which links the drive motor to the wiper arm , wherein the drive motor is fixed to the housing by at least a set of attachment means , the housing comprising a first part and a second part configured to fit on each other and to define an internal volume, the drive unit being comprised in the internal volume of the housing , characterized in that the housing comprises a plurality of sets of attachment means for fixing the drive motor to the housing arranged in at least two different locations of the housing .
A method for accessing a non-volatile memory, NVM, wherein the method comprises: receiving, by a non-volatile memory controller, a first access request from a processor, wherein the first access request carries first address information, wherein the first address information is a physical address of to-be-accessed memory data or a physical address of a page table entry; determining (S304), by the NVM controller based on the first address information, whether the first access request is used to access a page table; and if the first access request is not used to access the page table, searching, by the NVM controller, an address indirection table, AIT, cache based on the first address information; or if the first access request is used to access the page table, reading, by the NVM controller, a second address information from a page table entry indicated by the first address information, wherein the second address information is a physical page number; obtaining (S308), from an AIT based on the second address information, an AIT entry corresponding to the second address information, and caching the AIT entry to the AIT cache for subsequent use, wherein the AIT is used to record a mapping relationship between a physical address and an NVM device address. receiving, by a non-volatile memory controller, a first access request from a processor, wherein the first access request carries first address information, wherein the first address information is a physical address of to-be-accessed memory data or a physical address of a page table entry; determining (S304), by the NVM controller based on the first address information, whether the first access request is used to access a page table; and if the first access request is not used to access the page table, searching, by the NVM controller, an address indirection table, AIT, cache based on the first address information; or if the first access request is used to access the page table, reading, by the NVM controller, a second address information from a page table entry indicated by the first address information, wherein the second address information is a physical page number; obtaining (S308), from an AIT based on the second address information, an AIT entry corresponding to the second address information, and caching the AIT entry to the AIT cache for subsequent use, wherein the AIT is used to record a mapping relationship between a physical address and an NVM device address.
Agricultural field spraying device having a spraying agent circuit, having fluid components which are coupled to one another in a flow-conducting manner by means of provided fluid lines, characterized in that the field spraying device has at least one fluid block (I, II, III), in which multiple fluid components are combined to form functional units which are able to be activated separately or in groups, into which a channel system is integrated and which has on at least one of its outer sides at least two interfaces for connecting at least in each case one fluid component.
An etching method comprising: an etching step of treating a body to be treated including a laminated film having a silicon oxide layer and a silicon nitride layer laminated on top of each other with an etching gas containing dibromodifluoromethane to etch both the silicon oxide layer and the silicon nitride layer, wherein the etching step includes performing etching using a plasma gas obtained by plasmolyzing said etching gas, and the ratio of the etching rate of the silicon nitride layer to the etching rate of the silicon oxide layer is 0.8 or more and less than 1.5. an etching step of treating a body to be treated including a laminated film having a silicon oxide layer and a silicon nitride layer laminated on top of each other with an etching gas containing dibromodifluoromethane to etch both the silicon oxide layer and the silicon nitride layer, wherein the etching step includes performing etching using a plasma gas obtained by plasmolyzing said etching gas, and the ratio of the etching rate of the silicon nitride layer to the etching rate of the silicon oxide layer is 0.8 or more and less than 1.5.
A method for secure wireless communications by a first base station, comprising: establishing communications with a first user equipment, UE, wherein the UE is identified by a first set of one or more identifiers in a wide area wireless network, WWAN, and by a second set of one or more identifiers in a wireless local area network, WLAN; and determining , based on the first and second set of identifiers, a UE connected to the WWAN and WLAN is the first UE, wherein the method further comprises: determining the UE supports WWAN and WLAN interworking as a capability; directing the UE, via one of the WWAN or WLAN, to establish communication with the other one of the WWAN or WLAN, in response to the determination, wherein the directing comprises providing, to the UE, an identifier of where to establish the communication. establishing communications with a first user equipment, UE, wherein the UE is identified by a first set of one or more identifiers in a wide area wireless network, WWAN, and by a second set of one or more identifiers in a wireless local area network, WLAN; and determining , based on the first and second set of identifiers, a UE connected to the WWAN and WLAN is the first UE, wherein the method further comprises: determining the UE supports WWAN and WLAN interworking as a capability; directing the UE, via one of the WWAN or WLAN, to establish communication with the other one of the WWAN or WLAN, in response to the determination, wherein the directing comprises providing, to the UE, an identifier of where to establish the communication. determining the UE supports WWAN and WLAN interworking as a capability; directing the UE, via one of the WWAN or WLAN, to establish communication with the other one of the WWAN or WLAN, in response to the determination, wherein the directing comprises providing, to the UE, an identifier of where to establish the communication.
A method of transmitting synchronization information blocks, applied to a base station in a 5G network communication system, the method comprising the steps of determining target mode index information according to a preset synchronization information block burst set, SS burst set, mode, wherein the target mode index information indicates the preset SS burst set mode, and the target mode index information comprises information on a number of times that synchronization signal bursts, SS bursts, with a same band are transmitted within one duration of an SS burst set and a number of times that SS bursts with the same band are comprised within one duration of the SS burst set; storing the target mode index information in each synchronization information block, SS block, to acquire target synchronization information blocks to be transmitted, wherein the SS block comprises a primary synchronization signal and a secondary synchronization signal, and the SS block is loaded into a high frequency beam; and periodically transmitting the target synchronization information blocks to user equipment in a target cell using high frequency beams; wherein each of the SS burst sets comprises a first preset number of SS bursts that are periodically transmitted, each of the SS bursts includes a second preset number of the target synchronization information blocks that are transmitted in a spatial sequence, and the SS burst sets are periodically transmitted. determining target mode index information according to a preset synchronization information block burst set, SS burst set, mode, wherein the target mode index information indicates the preset SS burst set mode, and the target mode index information comprises information on a number of times that synchronization signal bursts, SS bursts, with a same band are transmitted within one duration of an SS burst set and a number of times that SS bursts with the same band are comprised within one duration of the SS burst set; storing the target mode index information in each synchronization information block, SS block, to acquire target synchronization information blocks to be transmitted, wherein the SS block comprises a primary synchronization signal and a secondary synchronization signal, and the SS block is loaded into a high frequency beam; and periodically transmitting the target synchronization information blocks to user equipment in a target cell using high frequency beams; wherein each of the SS burst sets comprises a first preset number of SS bursts that are periodically transmitted, each of the SS bursts includes a second preset number of the target synchronization information blocks that are transmitted in a spatial sequence, and the SS burst sets are periodically transmitted.
A sensor element for determining the concentration of at least one analyte in a body fluid , wherein the sensor element is at least partially implantable into a body tissue, the sensor element having a substrate and at least two electrodes , the electrodes comprising at least one working electrode and at least one counter electrode , wherein the working electrode comprises at least one conductive pad applied to the substrate , wherein at least one electrically conductive sensor material is applied to the conductive pad , the electrically conductive sensor material comprising at least one detector substance adapted to perform an electrically detectable electrochemical detection reaction with the analyte, wherein the counter electrode comprises at least one counter electrode conductive pad applied to the substrate , wherein the sensor element further comprises at least one electrically insulating material , wherein the electrically insulating material surrounds the counter electrode on all sides, wherein a height of the electrically insulating material at least equals the height of the counter electrode conductive pad characterized in that the electrically insulating material forms one or more depressions, wherein the counter electrode is fully or partially located within the at least one depression.
An electric grass cutting machine comprising: a traveling device having a pair of left and right front wheels and a pair of left and right rear wheels ; a mower device of a rear discharge type disposed under a machine body frame ; a grass collecting container supported to a rear portion of the machine body frame ; and characterized by an electric motor configured to drive the traveling device; and a gear transmission configured to speed-change an output from the electric motor and to transmit the speed-changed output to the traveling device; wherein a convey duct for guiding cut grass pieces from the mower device to the grass collecting container extends rearward between the left and right rear wheels , and the electric motor and the gear transmission are disposed between the left and right rear wheels and arranged one after the other in the front/rear direction at positions laterally of the conveying duct . a traveling device having a pair of left and right front wheels and a pair of left and right rear wheels ; a mower device of a rear discharge type disposed under a machine body frame ; a grass collecting container supported to a rear portion of the machine body frame ; and characterized by an electric motor configured to drive the traveling device; and a gear transmission configured to speed-change an output from the electric motor and to transmit the speed-changed output to the traveling device; wherein a convey duct for guiding cut grass pieces from the mower device to the grass collecting container extends rearward between the left and right rear wheels , and the electric motor and the gear transmission are disposed between the left and right rear wheels and arranged one after the other in the front/rear direction at positions laterally of the conveying duct .
A braking system for a rail vehicle, in particular for a mainline rail vehicle , a. the rail vehicle comprising a plurality N of wheel sets , i. a wheel set in each case comprising a first wheel and a second wheel connected to a wheel set shaft , b. the braking system comprising at least one regenerative braking module associated with a wheel set shaft , which is configured for converting rotational energy of the wheel set shaft into electrical energy and thereby braking the rail vehicle , characterized in that c. the braking system has several different regenerative braking modules, each configured for maximum braking power at different driving speeds. a. the rail vehicle comprising a plurality N of wheel sets , i. a wheel set in each case comprising a first wheel and a second wheel connected to a wheel set shaft , i. a wheel set in each case comprising a first wheel and a second wheel connected to a wheel set shaft , b. the braking system comprising at least one regenerative braking module associated with a wheel set shaft , which is configured for converting rotational energy of the wheel set shaft into electrical energy and thereby braking the rail vehicle , characterized in that c. the braking system has several different regenerative braking modules, each configured for maximum braking power at different driving speeds.
A radiator panel for a spacecraft, the radiator panel comprising: two spaced-apart face-sheets including an inside face-sheet and an outside face-sheet , wherein the two spaced-apart face-sheets are constructed of a fiber reinforced composite material, wherein the fiber reinforced composite material includes a first set of fibers and a second set of fibers, and wherein the fibers of the first set differ from the fibers of the second set in at least one characteristic; a honeycomb core positioned between the two spaced-apart face-sheets ; and one or more heat pipes extending through the honeycomb core , wherein within a single ply of the fiber reinforced composite material, fibers of the first set are spaced apart on average in the range of 0-30 μm, and wherein within the single ply of the fiber reinforced composite material, fibers of the second set are spaced apart in the range of 50-200 μm. two spaced-apart face-sheets including an inside face-sheet and an outside face-sheet , wherein the two spaced-apart face-sheets are constructed of a fiber reinforced composite material, wherein the fiber reinforced composite material includes a first set of fibers and a second set of fibers, and wherein the fibers of the first set differ from the fibers of the second set in at least one characteristic; a honeycomb core positioned between the two spaced-apart face-sheets ; and one or more heat pipes extending through the honeycomb core , wherein within a single ply of the fiber reinforced composite material, fibers of the first set are spaced apart on average in the range of 0-30 μm, and wherein within the single ply of the fiber reinforced composite material, fibers of the second set are spaced apart in the range of 50-200 μm.
Method for making a support of at least one substrate, including at least the implementation of the following steps: - making a stack including at least two substrates , each of the two substrates comprising two opposite main faces , both substrates being secured to each other such that one of the main faces of a first of the two substrates is positioned facing one of the main faces of the second of the two substrates and against an etch-stop material, - etching through the first of the two substrates and with stop on the etch-stop material, at least one location which is able to receive the substrate intended to be supported by the support . - making a stack including at least two substrates , each of the two substrates comprising two opposite main faces , both substrates being secured to each other such that one of the main faces of a first of the two substrates is positioned facing one of the main faces of the second of the two substrates and against an etch-stop material, - etching through the first of the two substrates and with stop on the etch-stop material, at least one location which is able to receive the substrate intended to be supported by the support .
Composition comprising a peptide for use in treatment of pancreatic cancer in a subject ,wherein the peptide comprises the amino acid sequence Lys-Phe-Arg-Lys-Ala-Phe-Lys-Arg-Phe-Phe (SEQ ID NO:1) or a multimer, or variant thereof having one substitution in one amino acid residue at one position of the sequence..
An operation control system for a hybrid vehicle which comprises an internal combustion engine mounted on the vehicle to drive drive-wheels of the vehicle , a generator driven by the internal combustion engine to generate electricity, a traction battery chargeable by electricity supply from the generator , and an electric motor supplied with electricity from the generator or the traction battery to drive drive-wheels of the vehicle , and a clutch to break or complete a power transmission line between the internal combustion engine and the drive wheels , and which is capable of causing the vehicle to travel in parallel mode in which the drive wheels are driven by the internal combustion engine and the electric motor , capable of fuel cut control to stop fuel supply to the internal combustion engine during deceleration of the vehicle , and capable of regenerative braking using the electric motor , the operation control system further comprising an SOC detecting section to detect SOC of the traction battery , and a charging promotion control section to perform, when the vehicle traveling in parallel mode is to be decelerated and the SOC is lower than or equal to a predetermined first reference value, first charging promotion control to brake the vehicle by regenerative braking while causing the internal combustion engine to continue operating by continuing fuel supply by staying in parallel mode with the clutch engaged to complete the power transmission line, wherein in the first charging promotion control, the charging promotion control section keeps the clutch engaged to complete the power transmission line and causes the internal combustion engine to continue operating to produce an output torque cancelling out a friction torque occurring in the internal combustion engine .