mhurhangee/ep-ind-claims huggingface dataset:
A method of reducing drag and increasing range of an airplane, the airplane including an upper winglet extending from a wing of the airplane, the upper winglet including a winglet tip cap, the method comprising: attaching a ventral fin to a bottom surface of one of the upper winglet and the wing, the ventral fin projecting below a wing chord plane and converging at a ventral fin tip configuration comprising a curving of the ventral fin toward an airstream direction substantially parallel with the wing chord plane; removing the winglet tip cap from the upper winglet; and attaching a curved blade cap to the upper winglet, the curved blade cap curving toward the airstream direction. attaching a ventral fin to a bottom surface of one of the upper winglet and the wing, the ventral fin projecting below a wing chord plane and converging at a ventral fin tip configuration comprising a curving of the ventral fin toward an airstream direction substantially parallel with the wing chord plane; removing the winglet tip cap from the upper winglet; and attaching a curved blade cap to the upper winglet, the curved blade cap curving toward the airstream direction.
A prosthetic liner seal for mounting on a suspension liner, the seal comprising: a tubular substrate having an axis; and one or more endless fins (14, 26, 29) projecting radially from the substrate and running peripherally around the substrate, wherein the or at least one of the fins reciprocates axially as it runs peripherally around the substrate. a tubular substrate having an axis; and one or more endless fins (14, 26, 29) projecting radially from the substrate and running peripherally around the substrate, wherein the or at least one of the fins reciprocates axially as it runs peripherally around the substrate.
A camera module, the camera module comprising: a PCB (Printed Circuit Board) formed with an image sensor; a holder formed at an upper surface of the PCB and mounted therein with at least one lens; an actuator positioned at the holder; an electronic circuit pattern layer formed on a surface of the holder, the electronic circuit pattern layer connected to a terminal of the actuator and a terminal of the PCB; and a conductive layer of metal material provided at a surface of the electronic circuit pattern layer, wherein a power and a control signal are received through the conductive layer. a PCB (Printed Circuit Board) formed with an image sensor; a holder formed at an upper surface of the PCB and mounted therein with at least one lens; an actuator positioned at the holder; an electronic circuit pattern layer formed on a surface of the holder, the electronic circuit pattern layer connected to a terminal of the actuator and a terminal of the PCB; and a conductive layer of metal material provided at a surface of the electronic circuit pattern layer, wherein a power and a control signal are received through the conductive layer.
A selective pet door allowing selective control of pet entry/exit to/from a building, the pet door comprising: a tunnel portion defining a tunnel for entry/exit of a pet; at least one moveable flap within said tunnel; a controllable lock for the flap; and a tag reader to read a tag on a pet identifying the pet and to control said controllable lock to control movement of a pet through the pet door; and a loop antenna for said tag reader, wherein said loop antenna encompasses said tunnel, characterised in that: said loop antenna is split such that a first and second portions of said loop antenna are disposed to either side of said moveable flap. a tunnel portion defining a tunnel for entry/exit of a pet; at least one moveable flap within said tunnel; a controllable lock for the flap; and a tag reader to read a tag on a pet identifying the pet and to control said controllable lock to control movement of a pet through the pet door; and a loop antenna for said tag reader, wherein said loop antenna encompasses said tunnel, said loop antenna is split such that a first and second portions of said loop antenna are disposed to either side of said moveable flap.
A method for differentiated sequestration of substances of different substance groups A and B in a sulfated and/or sulfonated hydrogel and for depletion of substances of substance group A from a biofluid with simultaneous differentiated release of substances of substance group A or B from the sulfated and/or sulfonated hydrogel into the biofluid or the reduced binding of substances of the substance group B in the sulfated and/or sulfonated hydrogel, wherein the sulfated and/or sulfonated hydrogel is selected from a group of type 1, type 2, type 3 or type 4 hydrogels and the hydrogels are composed of uncharged building blocks and charged building blocks which are characterized in that the charged building blocks are characterized by a parameter calculated from the number of sulfate and/or sulfonate group per repeat unit divided by the molar mass of the repeat unit of 0.0040-0.0060 mole/g for type 1, of 0.0025-0.0040 mole/g for type 2, of 0.0005-0.0025 mole/g for type 3, and of 0040 to 0.0100 mole/g for type 4 and the swollen hydrogels have a storage module of less than 20 kPa and the properties of the swollen hydrogels have a concentration of sulfate or sulfonate groups in mmole/ml between 0.09 to 0.20 in type 1, between 0.05 to 0.18 for type 2, between 0.01 to 0.12 for type 3, and between 0.16 to 0.8 for type 4, and that an influence on the concentration of substances of substance group A and of substances of substance group B in the biofluid is determined by the choice of the type of the hydrogel.
Hexaacid gadolinium complex of formula: consisting of at least 95% of a diastereoisomeric excess comprising a mixture of isomers I-RRR and I-SSS of formulae:
A zeolite catalyst coated on a monolith substrate for converting nitrogen oxides in a gas to nitrogen by contacting the nitrogen oxides with a nitrogenous reducing agent in the presence of the zeolite catalyst, which zeolite catalyst comprising a small pore zeolite containing a maximum ring size of eight tetrahedral atoms and having the AFX Framework Type Code and containing a total of from 0.1 to 10 weight percent of at least one transition metal, wherein the at least one transition metal is Fe and/or Cu, based on the total weight of the zeolite catalyst, wherein the small pore zeolite is selected from the group consisting of aluminosilicate zeolites, metal-substituted aluminosilicate zeolites and aluminophosphate zeolites, wherein the aluminophosphate zeolites are aluminophosphate (AlPO) zeolites, metal substituted aluminophosphate zeolites (MeAlPO) or metal substituted silico-aluminophosphate (MeAPSO) zeolites.
A method of obtaining a sequence of images of a scene using an electronic imaging device and a flash unit to illuminate the scene wherein the imaging device has a plurality of photosensitive cells arranged in an array to form a frame region, the frame region being composed of a plurality of frame sub-regions, each frame sub-region corresponding to a sub-set of the photosensitive cells each subset of photosensitive cells having a same exposure time duration (ExpL), wherein the exposure of at least some of said frame sub-regions occurs at different times during a total time of exposure of the frame region (ExpF), the method comprising: illuminating the scene being imaged at a plurality of flash events; acquiring a set of frames of the scene; and constructing a sequence of images each image being constructed from frame sub-regions; characterized in that the time interval (FDly) between consecutive flash events is set, so as to shift temporally from frame to frame the time of occurrence of a flash event with respect to the start of a frame, the time interval (FDly) being set to be equal to the sum of the exposure time duration (ExpL) of a subset of photosensitive cells and the time duration of the flash event. illuminating the scene being imaged at a plurality of flash events; acquiring a set of frames of the scene; and constructing a sequence of images each image being constructed from frame sub-regions; characterized in that the time interval (FDly) between consecutive flash events is set, so as to shift temporally from frame to frame the time of occurrence of a flash event with respect to the start of a frame, the time interval (FDly) being set to be equal to the sum of the exposure time duration (ExpL) of a subset of photosensitive cells and the time duration of the flash event.
A method of detecting leaks in a disposable medical fluid cassette, the medical fluid cassette comprising a base and a flexible membrane attached to the base in such a way that the base and the flexible membrane cooperate to at least partially form a fluid passageway, the method comprising: applying a first force to the flexible membrane; measuring a first physical property of a system that includes the medical fluid cassette and a medical fluid pumping machine while the first force is applied to the flexible membrane; removing the first force from the flexible membrane; applying a second force to the flexible membrane; measuring a second physical property of the system that includes the medical fluid cassette and the medical fluid pumping machine while the second force is applied to the flexible membrane; and determining whether the medical fluid cassette leaks based on a comparison of the first physical property and the second physical property. applying a first force to the flexible membrane; measuring a first physical property of a system that includes the medical fluid cassette and a medical fluid pumping machine while the first force is applied to the flexible membrane; removing the first force from the flexible membrane; applying a second force to the flexible membrane; measuring a second physical property of the system that includes the medical fluid cassette and the medical fluid pumping machine while the second force is applied to the flexible membrane; and determining whether the medical fluid cassette leaks based on a comparison of the first physical property and the second physical property.
A method performed by a user equipment, UE, the method comprising: the UE receiving a first scheduling message regarding a first scheduled downlink transmission for the UE, wherein the first scheduling message comprises pointer information pointing to an object configured in the UE; and as a result of receiving the first scheduling message: the UE obtaining the pointer information from the first scheduling message; the UE determining a preferred receiver configuration that is currently associated with the obtained pointer information; and the UE using the determined preferred receiver configuration to receive the first scheduled downlink transmission, wherein the configured object is a Radio Resource Control, RRC, configured object, the RRC configured object is a reference signal, RS, measurement object, and the object contains multiple reference signals wherein the preferred receiver configuration is an analog receive, RX, beam, wherein the first scheduling message is Downlink Control Information, DCI. the UE receiving a first scheduling message regarding a first scheduled downlink transmission for the UE, wherein the first scheduling message comprises pointer information pointing to an object configured in the UE; and as a result of receiving the first scheduling message: the UE obtaining the pointer information from the first scheduling message; the UE determining a preferred receiver configuration that is currently associated with the obtained pointer information; and the UE using the determined preferred receiver configuration to receive the first scheduled downlink transmission, wherein the configured object is a Radio Resource Control, RRC, configured object, the RRC configured object is a reference signal, RS, measurement object, and the object contains multiple reference signals wherein the preferred receiver configuration is an analog receive, RX, beam, wherein the first scheduling message is Downlink Control Information, DCI. the UE obtaining the pointer information from the first scheduling message; the UE determining a preferred receiver configuration that is currently associated with the obtained pointer information; and the UE using the determined preferred receiver configuration to receive the first scheduled downlink transmission, wherein the configured object is a Radio Resource Control, RRC, configured object, the RRC configured object is a reference signal, RS, measurement object, and the object contains multiple reference signals wherein the preferred receiver configuration is an analog receive, RX, beam, wherein the first scheduling message is Downlink Control Information, DCI.
A method for manufacturing an optical device in which an optical member and a transparent panel are bonded together via a cured resin layer, comprising: a step of forming, on one of the optical member and the transparent panel, a wall surrounding a forming region for the cured resin layer and having at least one opening; a step of laminating the optical member and the transparent panel to form a laminated body in which a resin filling space surrounded by the wall is formed between the optical member and the transparent panel; a step of filling the resin filling space of the laminated body with a photocurable resin composition; and a step of curing the photocurable resin composition to form the cured resin layer, characterized in that the opening of the wall is provided with a projecting portion extending outside the resin filling space and surrounded by the wall. a step of forming, on one of the optical member and the transparent panel, a wall surrounding a forming region for the cured resin layer and having at least one opening; a step of laminating the optical member and the transparent panel to form a laminated body in which a resin filling space surrounded by the wall is formed between the optical member and the transparent panel; a step of filling the resin filling space of the laminated body with a photocurable resin composition; and a step of curing the photocurable resin composition to form the cured resin layer, characterized in that the opening of the wall is provided with a projecting portion extending outside the resin filling space and surrounded by the wall.
A method for displaying related information in a mobile communication terminal, the mobile communication terminal having a media file database including media information, whereby the media information comprises media files and a plurality of fields associated with the media information, characterized in: storing, in a field of the media information, the information of one or more contacts associated with the media information, when storing the media information; acquiring information of a contact stored in the mobile communication terminal; searching for media information in the mobile communication terminal according to the information of the contact and acquiring media information matched with the information of the contact; displaying the acquired media information matched with the information of the contact; and displaying information of the one or more contacts associated with the media information which is acquired through the media information, wherein the information of the contact comprises any or any combination of a name, a nick name and a telephone number of the contact or a related person, and wherein the telephone number of the one or more associated contacts is acquired through the media information; and a call is initiated or a short message is sent to the one or more associated contacts through the acquired telephone number of the one or more associated contacts. storing, in a field of the media information, the information of one or more contacts associated with the media information, when storing the media information; acquiring information of a contact stored in the mobile communication terminal; searching for media information in the mobile communication terminal according to the information of the contact and acquiring media information matched with the information of the contact; displaying the acquired media information matched with the information of the contact; and displaying information of the one or more contacts associated with the media information which is acquired through the media information, wherein the information of the contact comprises any or any combination of a name, a nick name and a telephone number of the contact or a related person, and wherein the telephone number of the one or more associated contacts is acquired through the media information; and a call is initiated or a short message is sent to the one or more associated contacts through the acquired telephone number of the one or more associated contacts.
An acoustic wave acquisition apparatus comprising: a light source configured to generate light; a detector having a container shape into which the subject is inserted, the detector including a plurality of elements helically arranged on the detector and configured to receive an acoustic wave generated from inside a subject when the subject is irradiated with the light; a plurality of light irradiation portions configured to irradiate the subject with the light from the light source, and a rotation driving unit configured to rotate the detector around an axis of symmetry of the detector as a rotation axis, wherein the plurality of light irradiation portions are provided at least at positions other than the rotation axis of the detector, characterized in that the light irradiation portions are fixed to the detector; the rotation driving unit is configured to rotate the light irradiation portions around the rotation axis along with the detector; and the plurality of light irradiation portions are helically arranged on the detector. a light source configured to generate light; a detector having a container shape into which the subject is inserted, the detector including a plurality of elements helically arranged on the detector and configured to receive an acoustic wave generated from inside a subject when the subject is irradiated with the light; a plurality of light irradiation portions configured to irradiate the subject with the light from the light source, and a rotation driving unit configured to rotate the detector around an axis of symmetry of the detector as a rotation axis, wherein the plurality of light irradiation portions are provided at least at positions other than the rotation axis of the detector, characterized in that the light irradiation portions are fixed to the detector; the rotation driving unit is configured to rotate the light irradiation portions around the rotation axis along with the detector; and the plurality of light irradiation portions are helically arranged on the detector.
Clutch arrangement for a hybrid vehicle, comprising - an input shaft and an output shaft which is arranged coaxially with respect to the former, - a friction clutch and a positively locking clutch which are arranged functionally in parallel between the input shaft and the output shaft, - the friction clutch having a friction unit, and the positively locking clutch having a positively locking unit, which friction unit and positively locking unit can be actuated by way of actuating means (24, 44), - the positively locking clutch and the friction clutch in each case having dedicated actuating means (24, 44) and being actuable independently of one another, characterized in that - an electric machine with a rotor and with a stator is provided, the rotor being in a rotary drive connection with the output shaft, and the electric machine having a central receiving space, in which the friction clutch and the positively locking clutch are received completely or at least partially. - an input shaft and an output shaft which is arranged coaxially with respect to the former, - a friction clutch and a positively locking clutch which are arranged functionally in parallel between the input shaft and the output shaft, - the friction clutch having a friction unit, and the positively locking clutch having a positively locking unit, which friction unit and positively locking unit can be actuated by way of actuating means (24, 44), - the positively locking clutch and the friction clutch in each case having dedicated actuating means (24, 44) and being actuable independently of one another, characterized in that - an electric machine with a rotor and with a stator is provided, the rotor being in a rotary drive connection with the output shaft, and the electric machine having a central receiving space, in which the friction clutch and the positively locking clutch are received completely or at least partially.
A baseband, BB, processor for a User Equipment, UE configured to perform operations comprising: processing a configuration signaling comprising an indication of an indicated maximum number of Multiple Input Multiple Output, MIMO, layers for a Component Carrier, CC; wherein the indication of the indicated maximum number of MIMO layers is an implicit indication via an indication of a number of codeword or codewords and an associated codeword to MIMO layer mapping scheme; determining, based on the indication, that Physical Downlink Shared Channel, PDSCH, scheduled on the CC will have a number of MIMO layers less than or equal to the indicated maximum number of MIMO layers; wherein, when the indicated maximum number of MIMO layers is up to four, the number of codeword or codewords is always one; and performing a reception of the PDSCH, based on the indicated maximum number of MIMO layers. processing a configuration signaling comprising an indication of an indicated maximum number of Multiple Input Multiple Output, MIMO, layers for a Component Carrier, CC; wherein the indication of the indicated maximum number of MIMO layers is an implicit indication via an indication of a number of codeword or codewords and an associated codeword to MIMO layer mapping scheme; determining, based on the indication, that Physical Downlink Shared Channel, PDSCH, scheduled on the CC will have a number of MIMO layers less than or equal to the indicated maximum number of MIMO layers; wherein, when the indicated maximum number of MIMO layers is up to four, the number of codeword or codewords is always one; and performing a reception of the PDSCH, based on the indicated maximum number of MIMO layers.
Deodorization device for a vehicle with a container for a deodorant, wherein the container is provided with at least one opening (7, 8) for the deodorant, and a holding device for mounting the deodorization device onto a ventilation slot in the interior of a vehicle, wherein the holding device comprises at least one clamping part, wherein the at least one clamping part is made of an elastic material and has an elliptical or a circular cross-section and is configured so as to be able to be introduced in a holding manner into a ventilation slot of a vehicle, characterized in that the clamping part comprises one or more panels in the form of an elliptical paraboloid or with the external shape of a truncated cone arranged one after the other in the longitudinal direction of the clamping part.