mhurhangee/patent-ind-claim-en huggingface dataset:
Engine nacelle for an aero gas turbine having a radially inner honeycomb structure layer , arranged on the engine nacelle upstream of a fan , in the region of an inflow-side air intake , characterized in that radially outside of at least one axial part region of the honeycomb structure layer there are arranged noise-damping elements which extend in the axial direction and in the circumferential direction are arranged next one another in annular fashion, - wherein each noise-damping element has at least one radially outer intermediate chamber and one radially inner cavity which extends essentially in the axial direction, and which is connected to the honeycomb structure layer via cutouts , - wherein the noise-damping element is provided with at least one cutout for connecting the intermediate chamber to the cavity , - wherein the intermediate chambers extend between adjacent cavities , so that the noise-damping elements are provided with different height regions in the radial direction. - wherein each noise-damping element has at least one radially outer intermediate chamber and one radially inner cavity which extends essentially in the axial direction, and which is connected to the honeycomb structure layer via cutouts , - wherein the noise-damping element is provided with at least one cutout for connecting the intermediate chamber to the cavity , - wherein the intermediate chambers extend between adjacent cavities , so that the noise-damping elements are provided with different height regions in the radial direction.
Suspension arm for a motor vehicle, formed from an arm , a ball support element and holding elements forming fixing points for the arm with the support element , the suspension arm comprising at least two separate planes tangential to a fixing interface at two holding elements , characterized in that it comprises a connecting zone (B) formed by mounting zones for the support element and the first end of the arm , which mounting zones have complementary forms, the connecting zone (B) having a transverse section of Ω shape.
An elongate articulation assembly having proximal and distal end regions, comprising a plurality of links , each mounted on an adjacent link for pivoting with respect to the adjacent link, where a subset of said links have substantially smaller pivot angles, with respect to their adjacent links , in one direction than in the opposite direction, and form a first, asymmetric section of the assembly , a second section formed by another subset of links , where the links forming the first, asymmetric section have substantially smaller pivot angles, with respect to their adjacent links , in said one direction than the pivot angles of the links forming the second section , with respect to their adjacent links , in either direction, a cable extending between the proximal and distal end regions of the assembly , operable to urge the assembly links to pivot collectively with respect to one another in a selected clockwise or counterclockwise direction, and a distal-end fitting configured to attach a tool, wherein an angular position of the fitting is adjustable. a plurality of links , each mounted on an adjacent link for pivoting with respect to the adjacent link, where a subset of said links have substantially smaller pivot angles, with respect to their adjacent links , in one direction than in the opposite direction, and form a first, asymmetric section of the assembly , a second section formed by another subset of links , where the links forming the first, asymmetric section have substantially smaller pivot angles, with respect to their adjacent links , in said one direction than the pivot angles of the links forming the second section , with respect to their adjacent links , in either direction, a cable extending between the proximal and distal end regions of the assembly , operable to urge the assembly links to pivot collectively with respect to one another in a selected clockwise or counterclockwise direction, and a distal-end fitting configured to attach a tool, wherein an angular position of the fitting is adjustable.
Surgical microscope for observing an object in an observation area during surgery, comprising an optical observation assembly and at least one optical carrier for variably deflecting an observation axis of the optical observation assembly into an optical viewing axis directed towards the observation area , wherein the observation axis corresponds to the optical axis of the optical observation assembly , wherein the optical carrier comprises a pair of optical beam deflectors and is arranged between the optical observation assembly and the observation area , wherein the optical carrier comprises a rotational support assembly configured to support the pair of optical beam deflectors , the rotational support assembly being rotatable with respect to a rotational axis , wherein the rotational axis coincides with the observation axis of the optical observation assembly , wherein the optical carrier comprises a range-setting support system that supports at least one optical beam deflector of the pair of optical beam deflectors of the optical carrier and positions it at a variable distance from the optical observation assembly , and wherein the range-setting support system is supported by the rotational support assembly , characterized in that the range-setting support system is a radial range-setting support system which is rotatable around a support system axis , wherein the rotation of the radial range-setting support system is synchronized with the rotation of the rotational support assembly , and wherein the support system axis is parallelly offset from the rotational axis .
A device for conveying rod-shaped articles for the tobacco processing industry, in particular filter rods, having a longitudinal conveying device for conveying the rod-shaped articles in the longitudinal axial direction behind one another in a queue, having a transverse axial conveying device , in particular a fluted drum, for conveying the rod-shaped articles in the transverse axial direction, wherein the rod-shaped articles can be or are transferred from the longitudinal conveying device to the transverse axial conveying device on the output side of the longitudinal conveying device in a transfer region, characterized in that an air curtain production device which can be or is acted upon with an air jet is provided in the transfer region of the rod-shaped articles between the longitudinal conveying device and the transverse axial conveying device , wherein the flow direction of the air curtain which can be or is produced by the air curtain production device is directed in the opposite direction to the longitudinal axial conveying direction of the rod-shaped articles in or on the longitudinal conveying device .
Compound having a structure represented by formula (la): wherein: X represents -NR a ; X' represents a heteroatom or heteroatom containing group selected from -O-, -NH- and -NR a' -; Z and Z' independently represent hydrogen, a straight chain or branched C 1 -C 4 alkyl or benzyl or the moiety Z-C-Z' represents a 5-, 6-, or 7-membered cyclic or heterocyclic group; and R, R', R a and R a' independently represent a reactive group containing moiety represented by the formula -(C 1 -C 8 alkyl)-Q, wherein Q represents hydroxyl and -C 1 -C 8 alkyl represents a branched or straight chain aliphatic alkyl group comprising 1 to 8 carbon atoms. X represents -NR a ; X' represents a heteroatom or heteroatom containing group selected from -O-, -NH- and -NR a' -; Z and Z' independently represent hydrogen, a straight chain or branched C 1 -C 4 alkyl or benzyl or the moiety Z-C-Z' represents a 5-, 6-, or 7-membered cyclic or heterocyclic group; and R, R', R a and R a' independently represent a reactive group containing moiety represented by the formula -(C 1 -C 8 alkyl)-Q, wherein Q represents hydroxyl and -C 1 -C 8 alkyl represents a branched or straight chain aliphatic alkyl group comprising 1 to 8 carbon atoms.
An inkjet ink comprising: a solvent; a solvent-soluble dye; 0.1 wt. % to 1 wt. % of the ink of a perfluoropolyether; and 0.1 wt. % to 2 wt. % of the ink of a polymeric surfactant, wherein the polymeric surfactant comprises an alkyl domain, and wherein ink comprises less than 1 wt. % water. a solvent; a solvent-soluble dye; 0.1 wt. % to 1 wt. % of the ink of a perfluoropolyether; and 0.1 wt. % to 2 wt. % of the ink of a polymeric surfactant, wherein the polymeric surfactant comprises an alkyl domain, and
A communication method executed by a head terminal , the head terminal forming a group with a plurality of node terminals , wherein each of the terminal nodes include a high-data rate radio, HDR, and may selectively include a low data-rate radio, LDR, the method comprising: establishing an LDR link via at least one node terminal included in the group that uses a low data-rate radio, wherein establishing the LDR link comprises receiving LDR information from the at least one node terminal; transmitting a data frame to each node terminal of the plurality of node terminals included in the group; and transmitting acknowledgement, ACK, request frames to one or more of the nodes included in the group; receiving ACKs with respect to the transmitted data frame using multi-radio based on an availability of the LDR, wherein, when a node terminal is able to use the LDR, the receiving the ACK comprises receiving the ACK using the LDR, and when the node terminal is not able to use the LDR, the receiving the ACK comprises receiving the ACK using HDR. establishing an LDR link via at least one node terminal included in the group that uses a low data-rate radio, wherein establishing the LDR link comprises receiving LDR information from the at least one node terminal; transmitting a data frame to each node terminal of the plurality of node terminals included in the group; and transmitting acknowledgement, ACK, request frames to one or more of the nodes included in the group; receiving ACKs with respect to the transmitted data frame using multi-radio based on an availability of the LDR, wherein, when a node terminal is able to use the LDR, the receiving the ACK comprises receiving the ACK using the LDR, and when the node terminal is not able to use the LDR, the receiving the ACK comprises receiving the ACK using HDR.
A method for manufacturing a homogeneous aligned polymer film comprising at least the steps of: - providing a polymerizable liquid crystal mixture, comprising one or more polymerizable liquid crystal molecules selected from mono-, di- or multireactive liquid-crystalline compounds in the range from 30 to 99.9 % by weight of the polymerizable liquid crystal mixture as a whole , and one or more self assembling photoalignment agents, on a substrate; - irradiating the liquid crystal mixture with linearly polarised light causing photoalignment of the polymerizable liquid crystal mixture, whereby the irradiation is performed at a temperature above the clearing point of the polymerizable liquid crystal mixture; - optionally curing the polymerizable liquid crystal compounds by irradiation with ultraviolet light. - providing a polymerizable liquid crystal mixture, comprising one or more polymerizable liquid crystal molecules selected from mono-, di- or multireactive liquid-crystalline compounds in the range from 30 to 99.9 % by weight of the polymerizable liquid crystal mixture as a whole , and one or more self assembling photoalignment agents, on a substrate; - irradiating the liquid crystal mixture with linearly polarised light causing photoalignment of the polymerizable liquid crystal mixture, whereby the irradiation is performed at a temperature above the clearing point of the polymerizable liquid crystal mixture; - optionally curing the polymerizable liquid crystal compounds by irradiation with ultraviolet light.
A method for allocating resources within a grid of time and frequency for communication in a radio communications system under a first protocol, comprising: determining an indication of a first range of frequency resource units to be allocated for data communication by a device through a base station within the first radio protocol, wherein said indication comprises an identification of a number of frequency resource units and an indication of a position of the first range within the grid; signaling said indication to the device; allocating, responsive to a predetermined frequency resource within said first range being pre-allocated to communication under a second radio protocol, a discontinuous range of frequency resource units for the communication in the first radio protocol, which discontinuous range encompasses said first range but excludes said predetermined frequency resource for said data communication. determining an indication of a first range of frequency resource units to be allocated for data communication by a device through a base station within the first radio protocol, wherein said indication comprises an identification of a number of frequency resource units and an indication of a position of the first range within the grid; signaling said indication to the device; allocating, responsive to a predetermined frequency resource within said first range being pre-allocated to communication under a second radio protocol, a discontinuous range of frequency resource units for the communication in the first radio protocol, which discontinuous range encompasses said first range but excludes said predetermined frequency resource for said data communication.
Laser marking apparatus, comprising a support frame (T) of a working deck and a laser marking head operating above said working deck , and wherein, around said working deck, a protection shield is arranged which fully encircles the working area of said laser marking head and provided with at least partly perimetrally upright arranged panels with respect to said working deck, characterised in that said panels (P1-P8) are mounted movable from a lower position, wherein said shield encircles said support frame (T) up to a height completely below or flush with the upper surface of said working deck , to an upper extended position wherein said shield encircles the area above said working deck up to a working height of said laser marking head .
Cartridge for the storage of a medically active liquid (L) and for supply of the same to a pumping unit of an inhalation device, - said inhalation device comprising a housing, a pumping unit which can be fluidically connected with said cartridge , a holder for said cartridge , and a nozzle which is fluidically connected downstream of said pumping unit, - wherein, when the pumping unit is fluidically connected to the cartridge , the pumping unit is capable of generating a negative gauge pressure such as to draw medically active liquid (L) from the cartridge into the pumping unit, and of generating a positive gauge pressure such as to press said liquid (L) from said pumping unit into and through the nozzle such as to atomize said liquid (L), - wherein the cartridge comprises an outer container enclosing a collapsible inner bag , and a cap which is capable of closing the container , the cap further providing an openable access opening to the inner bag , - wherein further, the container of the cartridge has at least one pressure compensation opening , and wherein said at least one pressure compensation opening is located in a region of the container which is covered by the cap . - said inhalation device comprising a housing, a pumping unit which can be fluidically connected with said cartridge , a holder for said cartridge , and a nozzle which is fluidically connected downstream of said pumping unit, - wherein, when the pumping unit is fluidically connected to the cartridge , the pumping unit is capable of generating a negative gauge pressure such as to draw medically active liquid (L) from the cartridge into the pumping unit, and of generating a positive gauge pressure such as to press said liquid (L) from said pumping unit into and through the nozzle such as to atomize said liquid (L), - wherein the cartridge comprises an outer container enclosing a collapsible inner bag , and a cap which is capable of closing the container , the cap further providing an openable access opening to the inner bag , - wherein further, the container of the cartridge has at least one pressure compensation opening ,
A fermentation process for improving the production level of a recombinant human collagen, comprising the steps of inoculating a sterilized fermentation medium with a Pichia yeast solution, then performing fermentation culturing for 14-18 hrs, and adding methanol to induce the expression, upon which sodium pyruvate is added to the fermentation medium, wherein the amount of the sodium pyruvate added is 0.01-10 g/L.
A seat suspension mechanism disposed between a vehicle body structure and a seat, the seat suspension mechanism comprising: a base frame attached on the vehicle body structure side; a seat support frame attached on the seat side; and a damper suspended between the base frame and the seat support frame , characterized in that the seat suspension mechanism further comprises an intermediate frame located between the base frame and the seat support frame ; a first link mechanism supporting the intermediate frame with respect to the base frame ; a second link mechanism supporting the seat support frame with respect to the intermediate frame ; a first spring mechanism which elastically biases the intermediate frame ; a second spring mechanism which elastically biases the seat support frame . a base frame attached on the vehicle body structure side; a seat support frame attached on the seat side; and a damper suspended between the base frame and the seat support frame , characterized in that the seat suspension mechanism further comprises an intermediate frame located between the base frame and the seat support frame ; a first link mechanism supporting the intermediate frame with respect to the base frame ; a second link mechanism supporting the seat support frame with respect to the intermediate frame ; a first spring mechanism which elastically biases the intermediate frame ; a second spring mechanism which elastically biases the seat support frame .
Tyre , comprising a tread and a crown reinforcement arranged radially on the inside of the tread , the crown reinforcement comprising: - a protective reinforcement comprising at least one protective ply comprising reinforcing elements known as protective reinforcing elements, each protective reinforcing element exhibiting a force at break (Fr) greater than or equal to 3000 N; - a working reinforcement that is arranged radially on the inside of the protective reinforcement and comprises at least one working ply comprising reinforcing elements known as working reinforcing elements, characterised in that , the protective ply exhibits a force at break (Fm) greater than or equal to 1300 daN.cm -1 and in that each working reinforcing element comprises a working cord comprising at least one strand comprising at least one internal layer of threads and an external layer of threads wrapped helically around the internal layer , the external layer of threads being unsaturated. - a protective reinforcement comprising at least one protective ply comprising reinforcing elements known as protective reinforcing elements, each protective reinforcing element exhibiting a force at break (Fr) greater than or equal to 3000 N; - a working reinforcement that is arranged radially on the inside of the protective reinforcement and comprises at least one working ply comprising reinforcing elements known as working reinforcing elements,
A thermoformable base film comprising: a first layer comprising a high-density polyethylene and a nucleating agent, a second layer comprising a high-density polyethylene and a hydrocarbon resin, and a third layer comprising a high-density polyethylene and a nucleating agent, wherein the first layer and the third layer each form a surface of the thermoformable base film, wherein the second layer is located between the first layer and the third layer, and wherein after thermoforming, the thermoformable base film maintains the shape taken during thermoforming. a first layer comprising a high-density polyethylene and a nucleating agent, a second layer comprising a high-density polyethylene and a hydrocarbon resin, and a third layer comprising a high-density polyethylene and a nucleating agent, wherein the first layer and the third layer each form a surface of the thermoformable base film, wherein the second layer is located between the first layer and the third layer, and wherein after thermoforming, the thermoformable base film maintains the shape taken during thermoforming.
An energy storage device vapour or produced gas exhaust system, the device comprising a plurality of energy storage cubicles electrically connected in parallel, each energy storage cubicle comprising a plurality of energy storage modules , electrically connected in series in the cubicles ; the exhaust system further comprising a cubicle exhaust duct connected to each of the energy storage modules in one cubicle and an opening between each of the energy storage modules and the exhaust duct ; the system further comprising a common exhaust duct connected to each cubicle exhaust duct of the plurality of cubicles ; an extractor fan , a fluid inlet for the extractor fan comprising a duct connected to a source of air ; and a fluid outlet for the extractor fan; wherein the extractor fan , the fluid inlet and the fluid outlet are all located at an outlet end of the common exhaust duct ; wherein the cross section of the fluid inlet is smaller than the cross section of the fluid outlet; wherein an entry end of the fluid inlet and an exit end of the fluid outlet are located outside the energy storage device and outside a compartment in which the energy storage device is located; and wherein the extractor fan circulates air from the source of air and creates an underpressure in the common exhaust duct and cubicle exhaust ducts in normal operation to guide vapour or produced gas out from the exhaust ducts .
An energy storage device comprising two electrodes separated by an electrolyte, wherein at least one electrode comprises a an adherent cohesive carbon assembly adhering to a metal substrate without a bonding material, wherein the cohesive carbon assembly is a monolithic structure with a distinct shape and size in which carbon is uniformly distributed, wherein the cohesive carbon assembly comprises carbon nanotubes (CNTs) without orientation or alignment of the individual CNT units and does not have a binding material, and the device is a battery or an electrochemical double-layer capacitor (EDLC).
Plant for the production of rolls of paper, comprising a rewinder (R) that produces logs (L) of paper material, a cutting-off machine (CM) that cuts the logs (L) transversely to obtain rolls (RO) of predefined length, and a transport unit (LT) arranged to move the logs (L) from the rewinder (R) toward the cutting-off machine (CM), wherein said transport unit (LT) comprises an inlet section and an outlet section for the logs (L), characterized in that said transport unit (LT) comprises a part between said logs input and output sections adapted to impose a lateral deviation to the same logs while they advance towards the outlet section, the output section of the transport unit (LT) being laterally offset by a predetermined value (B) with respect to the input section, the plant comprising a tube-forming machine (T) adapted to produce cardboard tubes each of which constitutes an internal core (C) of a respective log (L), the tube-forming machine (T) being located at a position that is intercepted by the direction (PP) that represents the path of the paper (W) from the unwinder to the rewinder.