mhurhangee/patent-ind-claim-en huggingface dataset:
An analytical cartridge comprising: a flow filter element in fluid contact with a detection channel through an incubation chamber , the detection channel and incubation chamber having one or more capillary dimensions; a porous substrate disposed along a detection channel upon the detection channel surface, which substrate does not fill a cross-section of the detection channel; and, one or more analytical regions comprising one or more reagents located in or on the substrate; wherein the flow filter element has a planar surface and is positioned such that when in use the direction of flow is perpendicular to the planar surface; the detection channel is such that the liquid does not flow significantly through the porous substrate by lateral flow and most of the fluid flow is through the detection channel cross section not occupied by the porous substrate; and a sample can be applied to the flow filter element so that a filtrate flows to the incubation chamber. a flow filter element in fluid contact with a detection channel through an incubation chamber , the detection channel and incubation chamber having one or more capillary dimensions; a porous substrate disposed along a detection channel upon the detection channel surface, which substrate does not fill a cross-section of the detection channel; and, one or more analytical regions comprising one or more reagents located in or on the substrate; wherein the flow filter element has a planar surface and is positioned such that when in use the direction of flow is perpendicular to the planar surface; the detection channel is such that the liquid does not flow significantly through the porous substrate by lateral flow and most of the fluid flow is through the detection channel cross section not occupied by the porous substrate; and a sample can be applied to the flow filter element so that a filtrate flows to the incubation chamber.
An Long Term Evolution, LTE, network selection method, characterized by comprising: initiating (H100), by a user equipment, UE, a network combined registration procedure, and sending (H100), by the UE, a combined registration request message to a mobility management entity, MME, of a LTE network; sending (H110, 201), by the MME, a location update request message to a control device, wherein the control device is a mobile switching center, MSC, or a visitor location register, VLR, of a second generation, 2G, or third generation, 3G, network, wherein the location update request message carries a tracking area identity, TAI, including a public land mobile network, PLMN, information, and wherein the PLMN information in the TAI is a PLMN identity of the LTE network; and sending (H130, 202), by the control device, a location update accept message to the MME, wherein the location update accept message carries a location area identity, LAI, wherein in the LAI a PLMN identity of the 2G or 3G network is replaced by the control device with a PLMN identity of the LTE network, and wherein the PLMN identity of the LTE network is used to indicate an LTE network to which the UE chooses to return according to the PLMN identity after the UE falls back from the LTE network to a circuit switched, CS, domain of the 2G or 3G network. initiating (H100), by a user equipment, UE, a network combined registration procedure, and sending (H100), by the UE, a combined registration request message to a mobility management entity, MME, of a LTE network; sending (H110, 201), by the MME, a location update request message to a control device, wherein the control device is a mobile switching center, MSC, or a visitor location register, VLR, of a second generation, 2G, or third generation, 3G, network, wherein the location update request message carries a tracking area identity, TAI, including a public land mobile network, PLMN, information, and wherein the PLMN information in the TAI is a PLMN identity of the LTE network; and sending (H130, 202), by the control device, a location update accept message to the MME, wherein the location update accept message carries a location area identity, LAI, wherein in the LAI a PLMN identity of the 2G or 3G network is replaced by the control device with a PLMN identity of the LTE network, and wherein the PLMN identity of the LTE network is used to indicate an LTE network to which the UE chooses to return according to the PLMN identity after the UE falls back from the LTE network to a circuit switched, CS, domain of the 2G or 3G network.
Securing device for securing a customary wheelchair having relatively large drive wheels in a vehicle, wherein the securing device comprises a seat with a seat surface and with a backrest , wherein the seat surface is oriented substantially horizontally in a use position , wherein the seat surface can be pivoted upwards via a horizontal pivot axis into a vertical position , wherein, in the vertical position , the seat surface lies substantially parallel to the backrest and adjacent to the backrest , wherein the seat surface is shortened at least in sections at its rear edge such that the seat surface does not reach as far as the intersecting axis between the backrest plane and the seat surface plane in the use position , wherein the seat surface is shortened by at least 10 cm, i.e. is spaced apart from said intersecting axis by 10 cm, or wherein, in the vertical position , the seat surface stands substantially normally to the backrest , wherein the seat surface is of two-part design and the two parts of the seat surface are pivoted up in opposite directions in order to reach the vertical position , wherein the backrest is shortened at least in sections at its lower edge such that the backrest does not reach as far as the intersecting axis between the backrest plane and the seat surface plane in the use position , wherein the backrest is shortened by at least 10 cm, i.e. is spaced apart from said intersecting axis by 10 cm, such that a portion of the outer circumferences of the two drive wheels of the wheelchair can pass behind the backrest when the wheelchair approaches the seat from the front and if the seat surface of the seat is in the vertical position , and therefore the wheelchair nearer to the backrest of the seat can pass into a receiving position, wherein the wheelchair is identically oriented to the seat in the receiving position, that is to say the backrest of the seat and the backrest of the customary wheelchair both lie at the rear in the longitudinal direction of the vehicle, and the two seat surfaces are located in front of the backrests in the longitudinal direction of the vehicle, characterized in that the seat is in the form of a bench which, in the use position, provides space for at least two people on the seat surface , wherein the bench comprises at least two headrests and comprises at least two belts for passengers on the seat surface , wherein the seat comprises a belt system , wherein the belt system is designed to secure a person on the wheelchair in the receiving position.
A pharmaceutical composition comprising a collection of particles, wherein the particles comprise a drug and an ion exchange resin, wherein the ion exchange resin comprises 14% to 30% polymerized units of one or more multifunctional vinyl monomer, by weight based on the dry weight of the ion exchange resin.
A synthetic rope comprising: synthetic material strength member elements, comprising at least one treated strength member element which comprises at least one synthetic fiber or non-metallic fiber with a metallic treatment; and untreated strength member elements which comprise synthetic or non-metallic fibers, wherein the at least one treated strength member element is a strength member fiber coated or clad with a magnetically detectable material; wherein the at least one synthetic or non-metallic fiber of the at least one treated strength member element and the synthetic or non-metallic fibers of the untreated strength member elements are of a material chosen from the group consisting of: aramid, HMPE, PBO, LCP, polyamide, polyester, polyethylene, glass, and polypropylene, wherein the material of the metallic treatment of the at least one treated strength member element is chosen from nickel, iron, cobalt or steel such that the at least one treated strength member element renders the synthetic rope capable of being inspected by a magnetic or electromagnetic non-destructive test (NDT) method. synthetic material strength member elements, comprising at least one treated strength member element which comprises at least one synthetic fiber or non-metallic fiber with a metallic treatment; and untreated strength member elements which comprise synthetic or non-metallic fibers, wherein the at least one treated strength member element is a strength member fiber coated or clad with a magnetically detectable material; wherein the at least one synthetic or non-metallic fiber of the at least one treated strength member element and the synthetic or non-metallic fibers of the untreated strength member elements are of a material chosen from the group consisting of: aramid, HMPE, PBO, LCP, polyamide, polyester, polyethylene, glass, and polypropylene, wherein the material of the metallic treatment of the at least one treated strength member element is chosen from nickel, iron, cobalt or steel such that the at least one treated strength member element renders the synthetic rope capable of being inspected by a magnetic or electromagnetic non-destructive test (NDT) method.
A method for wireless communication, performed by a user equipment, UE, , the method comprising: receiving a first orthogonal frequency division multiplexing, OFDM, symbol comprising a plurality of reference signals, RSs, over a radio frequency spectrum band, wherein a first portion of the first OFDM symbol includes a central set of resource blocks of a component carrier of the radio frequency spectrum band and comprises a higher density of the RSs than a remaining portion of the first OFDM symbol; and receiving a second OFDM symbol comprising a first synchronization signal over the radio frequency spectrum band, wherein the second OFDM symbol is adjacent in time to the first OFDM symbol. receiving a first orthogonal frequency division multiplexing, OFDM, symbol comprising a plurality of reference signals, RSs, over a radio frequency spectrum band, wherein a first portion of the first OFDM symbol includes a central set of resource blocks of a component carrier of the radio frequency spectrum band and comprises a higher density of the RSs than a remaining portion of the first OFDM symbol; and receiving a second OFDM symbol comprising a first synchronization signal over the radio frequency spectrum band, wherein the second OFDM symbol is adjacent in time to the first OFDM symbol.
Method for implanting mono- or multi-charged ions on a surface of an object to be treated placed in a vacuum chamber , this method comprising the step that consists simultaneously of: - injecting into the vacuum chamber a beam of ions produced by a source of ions and directing this beam of ions towards the surface of the object to be treated , so that the mono- or multi-charged ions that strike the object to be treated penetrate more or less deeply under the surface of this object to be treated and accumulate progressively, thus giving rise to an electrostatic potential barrier that tends to restrict and repel the ions that arrive subsequently, and - illuminating the surface of the object to be treated by means of a source of ultraviolet radiation producing ultraviolet radiation that propagates in the vacuum chamber , so that the photons of said ultraviolet radiation will extract from atoms and molecules that remain in the atmosphere of the vacuum chamber electrons that will be attracted by the positive potential of the surface of the object to be treated and will recombine with the ions present on the surface of the object to be treated , so as to cancel out the electrostatic charges. - injecting into the vacuum chamber a beam of ions produced by a source of ions and directing this beam of ions towards the surface of the object to be treated , so that the mono- or multi-charged ions that strike the object to be treated penetrate more or less deeply under the surface of this object to be treated and accumulate progressively, thus giving rise to an electrostatic potential barrier that tends to restrict and repel the ions that arrive subsequently, and - illuminating the surface of the object to be treated by means of a source of ultraviolet radiation producing ultraviolet radiation that propagates in the vacuum chamber , so that the photons of said ultraviolet radiation will extract from atoms and molecules that remain in the atmosphere of the vacuum chamber electrons that will be attracted by the positive potential of the surface of the object to be treated and will recombine with the ions present on the surface of the object to be treated , so as to cancel out the electrostatic charges.
A load securing device for agricultural transport wagons which have a loading platform, a front end wall and a rear end wall as well as side wall arrangements on the longitudinal side walls, wherein at least one side wall arrangement comprises a rigid securing beam extending over the longitudinal side of the transport wagon and flexible wall elements such as belts extending between said securing beam and the loading platform, the securing beam being movable between a loading position, in which the securing beam is lowered into a position below the edge of the loading platform, and a raised securing position by means of an actuating mechanism which has actuating mechanisms arranged on the two end walls of the transport wagon and connected to one end of the securing beam in each case, characterized in that each actuating mechanism has a pivoting arm , which consists of an upper arm , which is articulated to a wall body of the respective end wall at approximately half height with respect to the full loading height, and a lower arm connected thereto via a hinge , the free end of which lower arm is articulately connected to the securing beam , that further a first hydraulic cylinder is articulately connected at its upper end to the upper arm at a point between the articulation point of the upper arm on the wall body and the hinge , and is connected at its lower end to the wall body at a lower articulation point , and in that a second hydraulic cylinder is articulately connected at its lower end to the lower arm at a point that is offset with respect to the hinge in the direction opposite to the securing beam , and is connected at its upper end to the wall body at a higher articulation point . characterized in that each actuating mechanism has a pivoting arm , which consists of an upper arm , which is articulated to a wall body of the respective end wall at approximately half height with respect to the full loading height, and a lower arm connected thereto via a hinge , the free end of which lower arm is articulately connected to the securing beam , that further a first hydraulic cylinder is articulately connected at its upper end to the upper arm at a point between the articulation point of the upper arm on the wall body and the hinge , and is connected at its lower end to the wall body at a lower articulation point , and in that a second hydraulic cylinder is articulately connected at its lower end to the lower arm at a point that is offset with respect to the hinge in the direction opposite to the securing beam , and is connected at its upper end to the wall body at a higher articulation point .
measured values of at least one measured variable are recorded from the vehicle to be detected by means of at least one electronic measurement value recording device during a recording period , characterized in that for those measured values of the same measured variable which do not violate any traffic regulations applicable in a detection area and do not in themselves constitute a traffic violation, deviations from a predeterminable comparison value are determined by means of at least one electronic computing and storage unit and these deviations are compared with at least one predeterminable threshold value , wherein the comparison value and the predeterminable threshold value lie within the traffic regulations applicable in the detection area , wherein exceeding the at least one predeterminable threshold value during the recording period constitutes an initial suspicion of a traffic violation and the traffic violation is only proven after the existence of the justified initial suspicion by means of a permanent storage of at least part of the violation data recorded during the recording period which constitutes the initial suspicion is documented and otherwise any data stored by the computing and storage unit during the recording period about the vehicle to be recorded are automatically deleted without residue from the computing and storage unit , wherein the predeterminable comparison value is determined from at least one measured value recorded from the vehicle to be recorded and the permanently stored violation data are transferred to an evaluation and/or control point.
A bioreactor including at least one reactor vessel in form of a plastic bag, a tray for holding said at least one bag, a rocking device for limited rocking motions of the tray around a rocking axis , characterized by a device for enabling swinging of the tray to an upright position around a second axis parallel to and distanced from the rocking axis .
System for providing drilling fluid for earth drilling, wherein the drilling fluid comprises a fluid and at least one mineral, comprising a recycling unit for processing drilling fluid that has been supplied, a mixing unit for mixing drilling fluid processed by the recycling unit with fluid and/or mineral, wherein the mixing unit is coupled with a drilling fluid state meter , in order to mix based on the state of the drilling fluid, and a conduit connecting the bore or borehole to the recycling unit , wherein at least one drilling fluid state meter is arranged in the conduit to determine the state of drilling fluid coming from the bore, wherein the system is configured to select the desired state of the drilling fluid depending on the soil and/or the earth drilling device being used, wherein a control is coupled with the drilling fluid state meter , with which the mixing unit for providing the desired state of the drilling fluid can be controlled, wherein a conduit is provided which connects the recycling unit and the mixing unit , and a sensor of a drilling fluid state meter is arranged in the conduit , characterized in that the drilling fluid state meter is configured to determine the nature of the soil in which the bore is being made and the control is configured to set the desired state of the drilling fluid based on the soil that has been determined.
A carbon dioxide sensor comprising: an electrode pair; and, an electrically conductive sensing material in contact with the electrode pair, the sensing material comprising a film of carbon nanotubes functionalized with a compound of Formula (I): where Ar is one or more units of indigo, a fluorene, a thiophene, a phenylenevinylene, a bithiophene, a phenylene, a bipyridine, an anthracene, a naphthalene or a benzothiadiazole and n is an integer 3 or greater. an electrode pair; and, an electrically conductive sensing material in contact with the electrode pair, the sensing material comprising a film of carbon nanotubes functionalized with a compound of Formula (I): where Ar is one or more units of indigo, a fluorene, a thiophene, a phenylenevinylene, a bithiophene, a phenylene, a bipyridine, an anthracene, a naphthalene or a benzothiadiazole and n is an integer 3 or greater.
A display device comprising: a phase modulating image producing panel controllable to produce the image via as an array of tiled holograms; a holographic optical element configured to receive collimated light from a light source and to output converging light toward the phase modulating image producing panel, and an eye-tracking system configured to track the gaze direction of the user of the display device; wherein the phase modulating image producing panel being configured to diffract a portion of the converging light output by the holographic optical elements, to produce an image with the portion of the converging light diffracted and change the portion of the converging light to collimated or diverging light such that zero-order undiffracted light reflected by the phase modulating image producing panel remains converging; wherein the phase modulating image producing panel is further controllable to modify a resolution of each of a plurality of portions of the image based on a gaze direction of a user; and wherein each of the tiled holograms is individually-addressable, and wherein decreasing the image resolution of the region of lower resolution tiled holograms comprises sending a larger number of replicated copies of smaller tiled holograms in the region of lower resolution holograms. a phase modulating image producing panel controllable to produce the image via as an array of tiled holograms; a holographic optical element configured to receive collimated light from a light source and to output converging light toward the phase modulating image producing panel, and an eye-tracking system configured to track the gaze direction of the user of the display device; wherein the phase modulating image producing panel being configured to diffract a portion of the converging light output by the holographic optical elements, to produce an image with the portion of the converging light diffracted and change the portion of the converging light to collimated or diverging light such that zero-order undiffracted light reflected by the phase modulating image producing panel remains converging; wherein the phase modulating image producing panel is further controllable to modify a resolution of each of a plurality of portions of the image based on a gaze direction of a user; and wherein each of the tiled holograms is individually-addressable, and wherein decreasing the image resolution of the region of lower resolution tiled holograms comprises sending a larger number of replicated copies of smaller tiled holograms in the region of lower resolution holograms.