mhurhangee/ep-ind-claims huggingface dataset:
At least one computer-readable non-transitory storage medium encoded with computer-accessible instructions that, in response to execution, cause at least one processor to perform operations for communication comprising: accessing, at an in-vehicle computing system having at least one processor, context information indicative of context of a vehicle during operation; determining, at the computing system, if a local device is in communication with a remote device, the communication comprising communication between a vehicular communicator using the local device and a remote communicator using the remote device; and in response to ascertaining that the local device is in communication with the remote device, configuring at least a portion of the context information at the computing system, and transmitting, at the computing system, at least the portion of the context information to the local device. accessing, at an in-vehicle computing system having at least one processor, context information indicative of context of a vehicle during operation; determining, at the computing system, if a local device is in communication with a remote device, the communication comprising communication between a vehicular communicator using the local device and a remote communicator using the remote device; and in response to ascertaining that the local device is in communication with the remote device, configuring at least a portion of the context information at the computing system, and transmitting, at the computing system, at least the portion of the context information to the local device.
A fentanyl-containing patch for external use prepared by adding fentanyl as an active ingredient to the adhesive layer containing 5 to 50% by weight per total amount of the adhesive layer of a styrene-isoprene-styrene block copolymer, 30 to 60% by weight per total amount of the adhesive layer of a tackifier resin consisting of a rosin resin and a terpene resin, wherein the amount of the rosin resin is 20 to 40% by weight per total amount of the adhesive layer, the amount of the terpene resin is 10 to 30% by weight per total amount of the adhesive layer, and the ratio of the rosin resin and the terpene resin is within the range of 4:1 to 1:1, and 5 to 40% by weight per total amount of the adhesive layer of a softener consisting of polybutene and liquid paraffin. 5 to 50% by weight per total amount of the adhesive layer of a styrene-isoprene-styrene block copolymer, 30 to 60% by weight per total amount of the adhesive layer of a tackifier resin consisting of a rosin resin and a terpene resin, wherein the amount of the rosin resin is 20 to 40% by weight per total amount of the adhesive layer, the amount of the terpene resin is 10 to 30% by weight per total amount of the adhesive layer, and the ratio of the rosin resin and the terpene resin is within the range of 4:1 to 1:1, and 5 to 40% by weight per total amount of the adhesive layer of a softener consisting of polybutene and liquid paraffin.
A pedicle screw of the polyaxial type with a screw shaft, at the proximal end of which a screw head with a substantially spherical basic shape is formed in one piece, which is mounted in a receiving sleeve or tulip, in which an insertion sleeve is inserted, which can be pressed against the screw head to fix a relative pivot position between the receiving sleeve or tulip and the screw shaft, wherein the screw head has two pivot guide units or pivot restriction units that are diametrically opposite to one another, characterized in that the two pivot guide units or pivot restriction units that are diametrically opposite to one another respectively have at least one extension projecting radially and in a longitudinal screw direction beyond the spherical basic shape of the screw head, wherein the extensions form stops on their respective, preferably partially cylindrical, radial outer surfaces, and are positioned in such a way that they permit relative pivoting of the screw shaft and the tulip or receiving sleeve only in one pivot plane and that, in the event of relative pivoting in another pivot plane, they are supported to be stopped at a radially inner circumferential side of the tulip or receiving sleeve.
A method of measuring an analyte of interest present in a fluid sample, the method comprising: applying the fluid sample to an assay test strip, wherein the assay test strip comprises: a flow path configured to receive a fluid sample; a sample receiving zone coupled to the flow path; a capture zone coupled to the flow path downstream of the sample receiving zone and comprising an immobilized capture agent specific to an analyte of interest; and a complex coupled to the flow path and configured to flow in the flow path to the capture zone in the presence of the fluid sample, the complex comprising a label, an antibody or a fragment of an antibody that specifically binds the analyte of interest, and the analyte of interest; uncoupling the complex from the flow path; flowing the fluid sample and the complex in the flow path to the capture zone; binding the complex to the immobilized capture agent in the capture zone; and detecting a signal from the complex bound to the immobilized capture agent in the capture zone, wherein the detected signal is correlated to a measurement of a concentration of analyte of interest in the fluid sample. applying the fluid sample to an assay test strip, wherein the assay test strip comprises: a flow path configured to receive a fluid sample; a sample receiving zone coupled to the flow path; a capture zone coupled to the flow path downstream of the sample receiving zone and comprising an immobilized capture agent specific to an analyte of interest; and a complex coupled to the flow path and configured to flow in the flow path to the capture zone in the presence of the fluid sample, the complex comprising a label, an antibody or a fragment of an antibody that specifically binds the analyte of interest, and the analyte of interest; a flow path configured to receive a fluid sample; a sample receiving zone coupled to the flow path; a capture zone coupled to the flow path downstream of the sample receiving zone and comprising an immobilized capture agent specific to an analyte of interest; and a complex coupled to the flow path and configured to flow in the flow path to the capture zone in the presence of the fluid sample, the complex comprising a label, an antibody or a fragment of an antibody that specifically binds the analyte of interest, and the analyte of interest; uncoupling the complex from the flow path; flowing the fluid sample and the complex in the flow path to the capture zone; binding the complex to the immobilized capture agent in the capture zone; and detecting a signal from the complex bound to the immobilized capture agent in the capture zone, wherein the detected signal is correlated to a measurement of a concentration of analyte of interest in the fluid sample.
A rotating valve, comprising an inlet region (6b, 19; 81) which has a plurality of stationary, separate inlets as openings (6c, 19a; 101-112) for multiple flows of a fluid; and an outlet region which has an, in particular, equal plurality of stationary, separate outlets as openings (6d, 17a; 201-211) for the flows of the fluid, wherein a switching region having a switching member (16, 31, 24; 114) which is able to rotate around an axis is provided between the inlet region (6b, 19; 81) and the outlet region, wherein the plurality of inlets (6c, 19a; 101-112) is connected in a first position of the switching member (16; 114) to the plurality of outlets (6d, 17a; 201-212) in a first assignment, and wherein the plurality of inlets (6c, 19a; 101-112) is connected in a second position of the switching member (16; 114) to the plurality of outlets (6d, 17a; 201-212) in a second assignment, characterised in that the switching member (16; 114) includes a plurality of openings (16a, 126, 128, 129) through which the fluid flows axially in the direction of the rotation axis and which are moved together with the switching member, these openings alternately covering a plurality of stationary, axially oriented openings of inlets or outlets (19a, 101 through 112, 201 through 212) during the course of the rotation of the switching member (16; 114); wherein the different assignments of the inlets (19a; 101-112) to the outlets (17a; 201-212) are carried out by the alternating covering of the axially oriented openings (16a, 19a), wherein the switching member is designed as an axial longitudinal body which is accommodated in a stationary, substantially cylindrical wall, wherein either the inlets or the outlets are connected via radially oriented openings in the wall and at least one of the two, longitudinal body or wall, has annular circumferential sealing members which interact with the other of the two, longitudinal body or wall, to form a seal, so that the openings in the wall are separated from each other and the sealing members are designed to form a single piece with the longitudinal body and/or the wall.
A device for cooling enclosed spaces, in particular for telecommunication systems that are arranged in containers, comprising a closable air inlet channel for ambient air into the container, a closable air outlet channel out of the container, a fan that is arranged at the end of the air outlet channel of the container, and a control device for the fan, which control device functions in accordance with the climate, characterized in that the fan that is arranged outside the container can be driven by wind or by an electric motor, and the electromotive drive of the fan can be activated or deactivated by the control device in accordance with predefined input values and the climate parameters inside the container, and the inlet and outlet air flaps (3, 5) of the inlet and outlet air channels (7, 10) are opened, closed and/or adjusted, wherein the input values that are available to the control device, in addition to the climate parameters, include at least the fan output or fan speed that can be achieved due to the current wind load.
A method of capturing light field image data using a plurality of active focal planes in a camera module comprising an imager array and an optic array of lens stacks wherein each active focal plane is separately controlled, wherein each active focal plane comprises a plurality of rows of pixels that also form a plurality of columns of pixels and each pixel is configured to capture image data, and wherein an image is formed on each active focal plane by a separate lens stack in said optic array of lens stacks, where the method comprises: capturing a set of pixel values from at least one row of each active focal plane of a plurality of active focal planes; generating lines of image data by interleaving the sets of pixels (702; 706, 708; 714, 176, 718) from the plurality of active focal planes following a timing order of capturing the sets of pixel values from the imager array, wherein sets of corresponding captured pixel values of different active focal planes are adjacent to each other within the generated lines of image data; generating additional data, where said additional data includes information for deinterleaving the pixels within the lines of image data to construct a plurality of images from the generated lines of image data; and transmitting, from the camera module, said generated lines of image data together with said additional data. capturing a set of pixel values from at least one row of each active focal plane of a plurality of active focal planes; generating lines of image data by interleaving the sets of pixels (702; 706, 708; 714, 176, 718) from the plurality of active focal planes following a timing order of capturing the sets of pixel values from the imager array, wherein sets of corresponding captured pixel values of different active focal planes are adjacent to each other within the generated lines of image data; generating additional data, where said additional data includes information for deinterleaving the pixels within the lines of image data to construct a plurality of images from the generated lines of image data; and transmitting, from the camera module, said generated lines of image data together with said additional data.
A method for pretreating recycled cotton comprising the steps of • providing a mixture having a solid content, wherein the mixture has an initial solid content of at least 50 wt % by weight of the composition and the solid content does not exceed 75 wt% by weight of the composition said mixture comprising o cellulose, and o water having a pH value in excess of 7.0, • adding urea to the mixture, and • mechanically working the mixture a temperature in the range of 20 to 100°C to open the fibril structure of cell walls of cellulose, said mechanical working comprising shear mixing in a continuous mechanical mixing device. • providing a mixture having a solid content, wherein the mixture has an initial solid content of at least 50 wt % by weight of the composition and the solid content does not exceed 75 wt% by weight of the composition said mixture comprising o cellulose, and o water having a pH value in excess of 7.0, o cellulose, and o water having a pH value in excess of 7.0, • adding urea to the mixture, and • mechanically working the mixture a temperature in the range of 20 to 100°C to open the fibril structure of cell walls of cellulose, said mechanical working comprising shear mixing in a continuous mechanical mixing device.
An adjustable humeral implant comprising: a humeral tray having a humeral coupler receiving portion; and a humeral coupler having a humeral tray mating portion and a stem portion extending from the humeral tray mating portion along a first axis, the humeral tray mating portion translatable within the humeral coupler receiving portion in a direction transverse to the first axis; characterised in that the humeral tray includes first and second apertures (58, 60) in communication with the humeral coupler receiving portion, the adjustable humeral implant further comprising an adjustment member slidably received by an inferior edge of the humeral tray mating portion and within the first aperture; and a lock member slidably received by a superior edge of the humeral tray mating portion and within the second aperture. a humeral tray having a humeral coupler receiving portion; and a humeral coupler having a humeral tray mating portion and a stem portion extending from the humeral tray mating portion along a first axis, the humeral tray mating portion translatable within the humeral coupler receiving portion in a direction transverse to the first axis; characterised in that the humeral tray includes first and second apertures (58, 60) in communication with the humeral coupler receiving portion, the adjustable humeral implant further comprising an adjustment member slidably received by an inferior edge of the humeral tray mating portion and within the first aperture; and a lock member slidably received by a superior edge of the humeral tray mating portion and within the second aperture.
A busbar assembly (1A-1D) and a frame attached together such as to form a block structure for a sealing resin encapsulating a semiconductor element, comprising: a first busbar formed by a conductive metal flat plate; a second busbar formed by a conductive metal flat plate, wherein the first and second busbars (10a-10d) are disposed in a same plane with a gap being provided between opposing side surfaces of the first and second busbars (10a-10b); an insulating resin layer (30, 30a-30c) filled in the gap so as to mechanically connect the opposing side surfaces of the first and second busbars (10a-10b) and covering first surfaces on one side in a thickness direction of the first and second busbars (10a-10b), second surfaces on the other side in the thickness direction of the first and second busbars (10a-10b), and outer side surfaces of the first and second busbars (10a, 10b); the frame being fixed to the first surface of busbar assembly so as to define a mount space that surrounds the semiconductor element to be attached to the busbar assembly (1A-1D) and is open upward, wherein the frame includes a frame body having a cylinder shape metal flat plate with a central hole, and a frame-side insulating resin layer covering the outer circumferential surface of the frame body, and wherein the frame is fixed to the busbar assembly (1A-1D) by pressing the frame and the busbar assembly (1A-1D) to each other with at least one of the frame-side insulating resin layer and the insulating resin layer being semi-cured, and then curing the semi-cured insulating resin layer. a first busbar formed by a conductive metal flat plate; a second busbar formed by a conductive metal flat plate, wherein the first and second busbars (10a-10d) are disposed in a same plane with a gap being provided between opposing side surfaces of the first and second busbars (10a-10b); an insulating resin layer (30, 30a-30c) filled in the gap so as to mechanically connect the opposing side surfaces of the first and second busbars (10a-10b) and covering first surfaces on one side in a thickness direction of the first and second busbars (10a-10b), second surfaces on the other side in the thickness direction of the first and second busbars (10a-10b), and outer side surfaces of the first and second busbars (10a, 10b); the frame being fixed to the first surface of busbar assembly so as to define a mount space that surrounds the semiconductor element to be attached to the busbar assembly (1A-1D) and is open upward, wherein the frame includes a frame body having a cylinder shape metal flat plate with a central hole, and a frame-side insulating resin layer covering the outer circumferential surface of the frame body, and wherein the frame is fixed to the busbar assembly (1A-1D) by pressing the frame and the busbar assembly (1A-1D) to each other with at least one of the frame-side insulating resin layer and the insulating resin layer being semi-cured, and then curing the semi-cured insulating resin layer.
A strike plate for a drive rod fitting of a window, a French window or the like, with a base part and with a head part connected to the base part and with at least one retaining edge (11, 12) arranged in the head part for the support of a lock pin of the drive rod fitting, wherein the head part is designed in the cross section U-shaped with a base and two legs (9, 10) projecting from the base, characterized in that the retaining edge (11, 12) is arranged in a first leg of the head part and that the base part has a support and that the support projects between the two legs (9, 10) of the top part.
Luminaire for generating mixed light, preferably white light, which comprises - a light source for emitting excitation light of a certain wavelength (λ 2), - at least two conversion elements (3, 4, 5) which are arranged one behind the other in the propagation direction of the excitation light, - a first conversion element designed to convert the wavelength (λ 2) of a part of the excitation light, - a second conversion element designed to convert the wavelength (λ 2) of a part of the excitation light not converted by the first conversion element, and - wherein the first conversion element and the second conversion element are separated from each other by a first distance - wherein each of the conversion elements (3, 4, 5) is designed as a disc with two opposite flat sides (3b, 4b, 5b) and a shell surface (3a, 4a, 5a), - wherein the conversion elements (3, 4, 5) are so designed and arranged that unconverted excitation light successively passes through all the conversion elements (3, 4, 5) via the flat sides (3b, 4b, 5b) characterized in that each of the conversion elements (3, 4, 5) is also so designed that excitation light converted therefrom emerges almost completely via the shell surfaces (3a, 4a, 5a). - a light source for emitting excitation light of a certain wavelength (λ 2), - at least two conversion elements (3, 4, 5) which are arranged one behind the other in the propagation direction of the excitation light, - a first conversion element designed to convert the wavelength (λ 2) of a part of the excitation light, - a second conversion element designed to convert the wavelength (λ 2) of a part of the excitation light not converted by the first conversion element, and - wherein the first conversion element and the second conversion element are separated from each other by a first distance - wherein each of the conversion elements (3, 4, 5) is designed as a disc with two opposite flat sides (3b, 4b, 5b) and a shell surface (3a, 4a, 5a), - wherein the conversion elements (3, 4, 5) are so designed and arranged that unconverted excitation light successively passes through all the conversion elements (3, 4, 5) via the flat sides (3b, 4b, 5b)
Absorbent body for absorption of fluid exudates from human body orifices and cavities caused by illness, comprising an amount of absorption material comprising an absorbing fleece, which is coated with at least one fluid permeable cover, wherein the cover represents a sheath, wherein the absorption material is wrapped by the sheath, which is composed of a mono- or bidirectionally fluid permeable, mucosa friendly or skin friendly natural or synthetic material, respectively, to which the exudates do not or hardly adhere and which is permeable for the fluids and forms a barrier for solid crude secretions and allows for the intake or absorption, respectively, of leaking substances and/or substances to be removed by the absorption material disposed within the sheath, so that the direct contact of the exudates with the skin or mucosa, respectively, is limited when the absorbent body is connected to the body orifices or cavities, and the leaking exudates permeate through the sheath into the absorption material and remain locally retained within the sheath, wherein the absorption material is interspersed with a superabsorber granulate or -powder comprising a sodium acrylate acrylic acid polymerizate, characterized in that the absorbent body is surrounded by an overlay comprising • a body proximal opening and • an adhesive strip sealing the wound area in the periphery of the overlay. • a body proximal opening and • an adhesive strip sealing the wound area in the periphery of the overlay.