mhurhangee/patent-ind-claim-en huggingface dataset:
A cartridge comprising: at least one fluidic channel ; at least one light channel ; at least one chamber located at the intersection of the fluidic channel and the light channel ; at least one light guide placed in the light channel , wherein the light guide is at least partially contained in the respective chamber ; at least one light receiver , which receives light from the light guide ; the light guide and the light receiver are chosen from the group consisting of waveguides and optical fibers, the cartridge being characterized in that; said cartridge is configured in that the light guide has a movable section coated with a magnetic material arranged to facilitate electromagnetic actuation; said at least one light guide placed in the light channel , and at least partially contained in the respective chamber is in contact with a fluidic medium; said chamber consists of a fluid stop region structurally with different dimensions than the chamber or with different surface coating to prevent fluid from getting in between the light guide and the light receiver . at least one fluidic channel ; at least one light channel ; at least one chamber located at the intersection of the fluidic channel and the light channel ; at least one light guide placed in the light channel , wherein the light guide is at least partially contained in the respective chamber ; at least one light receiver , which receives light from the light guide ; the light guide and the light receiver are chosen from the group consisting of waveguides and optical fibers, the cartridge being characterized in that; said cartridge is configured in that the light guide has a movable section coated with a magnetic material arranged to facilitate electromagnetic actuation; said at least one light guide placed in the light channel , and at least partially contained in the respective chamber is in contact with a fluidic medium; said chamber consists of a fluid stop region structurally with different dimensions than the chamber or with different surface coating to prevent fluid from getting in between the light guide and the light receiver .
An electronic terminal device comprising a radio communication module configured to perform a bidirectional wireless data exchange with a mobile communication device over a direct wireless communication link between the radio communication module and the mobile communication device , and a controller connected to the wireless radio communication module , wherein the controller is configured to generate a terminal report message , and to transmit the terminal report message via the direct wireless communication link to the mobile communication device , characterized in that the terminal report message includes a message content part and a message addressing part , the message addressing part comprising at least a message center identifier which determines a message center of a remote message processing system responsible for processing the terminal message and a back-end-system identifier which determines a back-end-system assigned to the electronic terminal device , said message addressing part enables the mobile communication device to use the message addressing part for forwarding the message content part of the terminal report message via a mobile radio network to the back-end system assigned to the electronic terminal device .
An aircraft pressurized door including a fuselage panel and a door structure , which comprises: - two circumferential beams arranged on the lateral edges of the door ; - a plurality of longitudinal beams arranged between the circumferential beams in a longitudinal direction (L), each longitudinal beam extending from one circumferential beam to the other, the fuselage panel being fixed to the longitudinal beams ; - this door being characterized in that each longitudinal beam is an open profile having an outer face to which the fuselage panel is fixed and an inner face , turned towards the inside of the cabin, the inner face and the outer face being substantially parallel, the door structure further including an internal force-absorbing frame fixed to the inner face of each longitudinal beam , this internal force-absorbing frame including a plurality of uprights each extending opposite a circumferential beam , each upright being fixed to several longitudinal beams . - two circumferential beams arranged on the lateral edges of the door ; - a plurality of longitudinal beams arranged between the circumferential beams in a longitudinal direction (L), each longitudinal beam extending from one circumferential beam to the other, the fuselage panel being fixed to the longitudinal beams ; - this door being characterized in that each longitudinal beam is an open profile having an outer face to which the fuselage panel is fixed and an inner face , turned towards the inside of the cabin, the inner face and the outer face being substantially parallel, the door structure further including an internal force-absorbing frame fixed to the inner face of each longitudinal beam , this internal force-absorbing frame including a plurality of uprights each extending opposite a circumferential beam , each upright being fixed to several longitudinal beams .
A computer- implemented method for analyzing collected spatial data for a course of traversal associated with a machine associated with an implement, the method comprising: obtaining , by a computing device , a plurality of data points associated with a course of traversal within a collection area, the course of traversal associated with a machine associated with an implement, wherein each data point of the plurality of data points corresponds to a location within the collection area and includes a corresponding set of spatial coordinates; generating, by the computing device, a distribution of the plurality of data points based at least in part on the corresponding set of spatial coordinates, wherein the distribution includes an identified set of occurrences associated with one of the spatial coordinates of the corresponding set of spatial coordinates; calculating , by the computing device, a discrete Fourier transform of the distribution to determine a set of frequencies associated with identified peaks within an output of the discrete Fourier transform; and determining , by the computing device, an effective coverage width of the implement associated with the course of traversal, wherein the effective coverage width of the implement associated with the course of traversal varies from an actual swath width of the implement associated with the course of traversal, based on the set of frequencies associated with the identified peaks. obtaining , by a computing device , a plurality of data points associated with a course of traversal within a collection area, the course of traversal associated with a machine associated with an implement, wherein each data point of the plurality of data points corresponds to a location within the collection area and includes a corresponding set of spatial coordinates; generating, by the computing device, a distribution of the plurality of data points based at least in part on the corresponding set of spatial coordinates, wherein the distribution includes an identified set of occurrences associated with one of the spatial coordinates of the corresponding set of spatial coordinates; calculating , by the computing device, a discrete Fourier transform of the distribution to determine a set of frequencies associated with identified peaks within an output of the discrete Fourier transform; and determining , by the computing device, an effective coverage width of the implement associated with the course of traversal, wherein the effective coverage width of the implement associated with the course of traversal varies from an actual swath width of the implement associated with the course of traversal, based on the set of frequencies associated with the identified peaks.
A sliding door arrangement comprising at least one sliding door , at least one rail configured to guide the sliding motion of the door, a braking device attached to one of the door and the rail, and a collector device , attached to the other of the door and the rail, the braking device being configured to interact with the collector device to brake the sliding motion of the door when the door approaches an end position , wherein the collector device comprises: - a base portion , attached to an attachment surface of said door or said rail; - an arm portion pivotally connected to said base portion by means of a joint ; - a biasing arrangement , connected to the base portion and the arm portion, the biasing arrangement urging the arm portion to pivot at said joint towards the attachment surface; - an adjustment actuator , which is configured to adjustably project from the arm portion towards the attachment surface and rest against the attachment surface or a surface connected to the attachment surface, wherein adjusting the adjustment actuator pivots the arm portion at said joint; and - the arm portion has a free end , that interacts with either of the braking device or an attenuation- and retraction device. - a base portion , attached to an attachment surface of said door or said rail; - an arm portion pivotally connected to said base portion by means of a joint ; - a biasing arrangement , connected to the base portion and the arm portion, the biasing arrangement urging the arm portion to pivot at said joint towards the attachment surface; - an adjustment actuator , which is configured to adjustably project from the arm portion towards the attachment surface and rest against the attachment surface or a surface connected to the attachment surface, wherein adjusting the adjustment actuator pivots the arm portion at said joint; and - the arm portion has a free end , that interacts with either of the braking device or an attenuation- and retraction device.
A wringing device comprising: - a wringer basket comprising a perforated wall delimiting a cavity extending from a main opening of the basket to a bottom of the basket opposite the main opening , - a support for the basket, - a device for guiding the rotation of the basket relative to the support about an axis, called longitudinal axis , passing through the main opening and the bottom of the basket, the guide device being assembled to the support and to the wringer basket, characterized in that it comprises two tongues opposite one another mounted secured to the wringer basket and extending along the longitudinal axis from the cavity of the basket to beyond the main opening outside the basket, said tongues being spaced apart from one another so as to make it possible to: - guide an insertion of two pivoting plates, called lateral plates , of a brush head in the cavity of the basket between the two tongues when these plates are oriented so as to be parallel to the longitudinal axis , and - prevent rotational driving of said lateral plates about said longitudinal axis in at least one direction of rotation relative to the basket when these plates are inserted in the cavity of the basket. - a wringer basket comprising a perforated wall delimiting a cavity extending from a main opening of the basket to a bottom of the basket opposite the main opening , - a support for the basket, - a device for guiding the rotation of the basket relative to the support about an axis, called longitudinal axis , passing through the main opening and the bottom of the basket, the guide device being assembled to the support and to the wringer basket, - guide an insertion of two pivoting plates, called lateral plates , of a brush head in the cavity of the basket between the two tongues when these plates are oriented so as to be parallel to the longitudinal axis , and - prevent rotational driving of said lateral plates about said longitudinal axis in at least one direction of rotation relative to the basket when these plates are inserted in the cavity of the basket.
A micro electrical mechanical systems (MEMS) device (100; 200; 400; 500; 600; 700) comprising: a flexible membrane (103; 205) disposed over a substrate (101; 201); a first backplate (105; 207) disposed over the flexible membrane (103; 205), the first backplate (105; 207) comprising a first plurality of bumps (107; 209) facing the flexible membrane (103; 205); and a plurality of features (111 a, 111b, 111d, 111e, 111f; 213) disposed at the flexible membrane (103; 205), each of the plurality of features (111a, 111b, 111d, 111e, 111f; 213) being associated with a corresponding one of the first plurality of bumps (107; 209) and being configured to reinforce the flexible membrane (103; 205) from stress induced failure; wherein the plurality of features comprises locally thicker regions of the flexible membrane , and wherein the plurality of features (111 a, 111b, 111d, 111e, 111f; 213) ranges in size from 10 nm to 1 μm in thickness and has a lateral dimension around 500 nm to 5 μm. a flexible membrane (103; 205) disposed over a substrate (101; 201); a first backplate (105; 207) disposed over the flexible membrane (103; 205), the first backplate (105; 207) comprising a first plurality of bumps (107; 209) facing the flexible membrane (103; 205); and a plurality of features (111 a, 111b, 111d, 111e, 111f; 213) disposed at the flexible membrane (103; 205), each of the plurality of features (111a, 111b, 111d, 111e, 111f; 213) being associated with a corresponding one of the first plurality of bumps (107; 209) and being configured to reinforce the flexible membrane (103; 205) from stress induced failure; wherein the plurality of features comprises locally thicker regions of the flexible membrane , and wherein the plurality of features (111 a, 111b, 111d, 111e, 111f; 213) ranges in size from 10 nm to 1 μm in thickness and has a lateral dimension around 500 nm to 5 μm.
A device for securing a post to a grid , the device comprising a part comprising means for securing to a lower portion of the post , and at least one first tightening clamp intended to be placed around and secured about a rail of the grid , said tightening clamp being firmly fixed to actuating means for closing it, the actuating means comprising a threaded rod secured to the rear portion of the clamp and passing through an orifice provided in the part , and a nut positioned around the rod on the other side of the part with respect to the clamp , the part comprising two elements protruding in the direction of and either side of the tightening clamp , the elements being spaced from each other in a manner such that tightening the nut causes the clamp to penetrate between the two elements in a manner such as to cause the clamp to close.
Device for manufacturing a product from plastic, wherein the device comprises a mould which is coupled to a screw pump, wherein the screw pump is configured to fill the mould with plastic, wherein the screw pump is coupled to a first granulate storage via a feed system for controlling the feed of first granulate from the first granulate storage to the screw pump, wherein the screw pump is coupled to a second granulate storage via the feed system, wherein the feed system is further provided to control the feed of second granulate from the second granulate storage to the screw pump at a predetermined ratio to the first granulate, wherein the predetermined ratio is defined between a minimum ratio and a maximum ratio by an operator on the basis of product properties, characterised in that the feed system is configured to set an effective ratio between the minimum ratio and the maximum ratio on the basis of a quantity of second granulate in the second granulate storage.
Cleaning device for cleaning items to be cleaned, comprising at least one cleaning chamber for holding the items to be cleaned, furthermore comprising at least one nozzle unit for applying at least one cleaning fluid to the items to be cleaned in the cleaning chamber , wherein the nozzle unit extends through at least one bore in at least one wall of the cleaning chamber and is connected at an outer side of the wall to at least one feed line , wherein the nozzle unit has at least one connection element , which is arranged at least partially on the outer side and serves for connection of the feed line , and has at least one nozzle element , which is arranged within the cleaning chamber , characterized in that the bore and the nozzle unit are shaped in such a way that the nozzle unit is held in a rotationally secured manner in the bore , wherein the nozzle unit furthermore has at least one adapter , wherein the adapter fixes the nozzle element to the connection element , wherein the adapter and the connection element form a mounting unit , wherein the mounting unit is held in a rotationally secured manner in the bore , wherein the nozzle element is held in a rotationally secured manner in the mounting unit such that there is a first rotational securing between the mounting unit and the wall and a second rotational securing between the mounting unit and the nozzle element .
A food product comprising a thermostable Lactobacillus microorganism, wherein the thermostable microorganism is selected from the group consisting of Lactobacillus plantarum with ATCC SD No. 6863 and Lactobacillus acidophilus with ATCC SD No. 6864.
An isolated culture of: - Hypholoma fasiculare ( H. fasiculare ), wherein the isolated culture comprises H. fasiculare strain Pinnel-B (DSM 32925); - Hypholoma capnoides ( H. capnoides ), wherein the isolated culture comprises H. capnoides strain TAK02 (DSM 33061); or - Hypholoma capnoides ( H. capnoides ), wherein the isolated culture comprises H. capnoides strain TAK05 (DSM 33078). - Hypholoma fasiculare ( H. fasiculare ), wherein the isolated culture comprises H. fasiculare strain Pinnel-B (DSM 32925); - Hypholoma capnoides ( H. capnoides ), wherein the isolated culture comprises H. capnoides strain TAK02 (DSM 33061); or - Hypholoma capnoides ( H. capnoides ), wherein the isolated culture comprises H. capnoides strain TAK05 (DSM 33078).
A process for the manufacture of a solid object having a surface comprising a layered coating of cationic and anionic polymer wherein the outer coating layer comprises an anticoagulant entity, comprising the steps of: i) treating a surface of the solid object with a cationic polymer; ii) treating the surface with an anionic polymer; iii) optionally repeating steps i) and ii) one or more times; iv) treating the surface with a cationic polymer; and v) treating the outermost layer of cationic polymer with an anticoagulant entity, thereby to covalently attach the anticoagulant entity to the outermost layer of cationic polymer; wherein, the anionic polymer is characterized by having (a) a total molecular weight of 650 kDa-10,000 kDa; and (b) a sulfur content between 10% and 25% by weight of the anionic polymer; the anionic polymer is dextran sulfate; the anticoagulant entity is a heparin moiety; and wherein, step ii) is carried out at a salt concentration of 0.25 M-5.0 M. i) treating a surface of the solid object with a cationic polymer; ii) treating the surface with an anionic polymer; iii) optionally repeating steps i) and ii) one or more times; iv) treating the surface with a cationic polymer; and v) treating the outermost layer of cationic polymer with an anticoagulant entity, thereby to covalently attach the anticoagulant entity to the outermost layer of cationic polymer; the anionic polymer is characterized by having (a) a total molecular weight of 650 kDa-10,000 kDa; and (b) a sulfur content between 10% and 25% by weight of the anionic polymer; the anionic polymer is dextran sulfate; the anticoagulant entity is a heparin moiety; and wherein, step ii) is carried out at a salt concentration of 0.25 M-5.0 M.
An injection device comprising: a medicament container ; a stopper translatably disposed within the medicament container; a plunger rod , the plunger rod comprising a plunger head ; a drive mechanism for displacing the plunger rod into the medicament container; and a force reduction feature mounted on the proximal end of the medicament container and comprising a bore through which the plunger rod can pass, the bore being tapered inwardly into the medicament container, wherein the plunger rod is operable to displace the stopper; and wherein the bore has compressible walls, which are compressible by the plunger head as the plunger head passes through the bore to damp at least a part of a plunger rod motion when the plunger rod is driven by the drive mechanism. a medicament container ; a stopper translatably disposed within the medicament container; a plunger rod , the plunger rod comprising a plunger head ; a drive mechanism for displacing the plunger rod into the medicament container; and a force reduction feature mounted on the proximal end of the medicament container and comprising a bore through which the plunger rod can pass, the bore being tapered inwardly into the medicament container, wherein the plunger rod is operable to displace the stopper; and wherein the bore has compressible walls, which are compressible by the plunger head as the plunger head passes through the bore to damp at least a part of a plunger rod motion when the plunger rod is driven by the drive mechanism.
Reaction vessel having a first subdivision and a second subdivision , wherein in a first state of the reaction vessel the first subdivision is separated from the second subdivision and in a second state the first subdivision is connected to the second subdivision , wherein one of the two states is transferable into the other by the action of a magnetic field, and in the first state the first subdivision and the second subdivision are separated from one another by a movable closure having a magnetic component , characterized in that in the first state the movable closure is integrally connected to the reaction vessel .
An avalanche photodiode comprising an absorption region , a collection region and a multiplication region between the absorption region and the collection region which performs a carrier multiplication by impact ionisation called a single carrier multiplication and such that the multiplication rate of the electrons is at least 50 times higher than the multiplication rate of the holes, avalanche photodiode wherein the multiplication region comprises a plurality of multilayer structures where each multilayer structure comprises, from the absorption region towards the collection region, a first layer having a first energy band gap (ΔE 21 ) then a second layer having a second energy band gap (ΔE 22 ), the first energy band gap being greater than the second energy band gap, the first layer forming an acceleration layer which increases the energy of the electrons without initiating electron multiplication events and the second layer forming a multiplication layer within which the electron multiplication events are located, characterised in that the avalanche photodiode is made from Cd x Hg 1-x Te with x corresponding to the proportion of cadmium relative to mercury or from InAs 1-x Sb x with x corresponding to the proportion of antimony relative to arsenic.