mhurhangee/ep-ind-claims huggingface dataset:
An electronic device socket comprising: a one-piece multi-finger contact, the contact comprising a barrel having a lumen extending therethrough, wherein the barrel comprises, a proximal barrel portion having a generally cylindrical shape and a first diameter; a tapering region extending distally from the proximal barrel portion, the tapering region extending both distally and radially inward towards a central axis of the barrel defining a second diameter which is smaller than the first diameter; a plurality of fingers (12a-c) extending distally from the tapering region, the plurality of fingers (12a-c) are all parallel to one another and the central axis; a dimple contact formed at a distal end of each of the plurality of fingers wherein the dimple contact extends radially inward and distally and wherein the dimple contact includes a contact point. a proximal barrel portion having a generally cylindrical shape and a first diameter; a tapering region extending distally from the proximal barrel portion, the tapering region extending both distally and radially inward towards a central axis of the barrel defining a second diameter which is smaller than the first diameter; a plurality of fingers (12a-c) extending distally from the tapering region, the plurality of fingers (12a-c) are all parallel to one another and the central axis; a dimple contact formed at a distal end of each of the plurality of fingers wherein the dimple contact extends radially inward and distally and wherein the dimple contact includes a contact point.
Coating cap for seat or seat back of a motor vehicle seat, and having an outer covering of textile, leather or synthetic material (16; 26) characterized in that a layer of polyurethane foam (17; 27) is brought against the inner face of said cap, and in that said foam layer (17; 27) has a thickness of at least 10 mm and a density of between 25 and 50 kg/m3 and a lift of between 3.5 and 6 kPa.
A method of executing program code, the method comprising; receiving a first instruction that comprises an operand to identify a location of a second instruction, wherein the first instruction is identified by a program counter; and upon executing the first instruction to identify the location, retrieving the second instruction from the location, characterized by: the location being a location in a data cache or the location being a register; executing the second instruction without changing the program counter to point to the second instruction, wherein the second instruction is derived from an interpreted instruction, and wherein the first instruction is an instruction within an interpreter loop. the location being a location in a data cache or the location being a register; executing the second instruction without changing the program counter to point to the second instruction, wherein the second instruction is derived from an interpreted instruction, and wherein the first instruction is an instruction within an interpreter loop.
An asphalt finisher comprising: a tractor; a protruding part (2, 31, 43) protruding out of a width of the tractor; and a caution light (E1, E2, E3) arranged on the protruding part (2, 31, 43) so as to increase the visibility of the protruding part (2, 31, 43) wherein the protruding part is screed extension that is extendable and contractible in a vehicle-width direction, and wherein the caution light (E2,E3)arranged on the screed extension includes a plurality of light emitting parts, and the plurality of light emitting parts are arranged consecutively or separately along an extension/contraction direction of the screed extension. a tractor; a protruding part (2, 31, 43) protruding out of a width of the tractor; and a caution light (E1, E2, E3) arranged on the protruding part (2, 31, 43) so as to increase the visibility of the protruding part (2, 31, 43) wherein the protruding part is screed extension that is extendable and contractible in a vehicle-width direction, and wherein the caution light (E2,E3)arranged on the screed extension includes a plurality of light emitting parts, and the plurality of light emitting parts are arranged consecutively or separately along an extension/contraction direction of the screed extension.
An image processing apparatus comprising: a receiver arranged for receiving an image signal, the image signal comprising at least an encoded image and a target display reference, the target display reference specifying a dynamic range of a target display which is a display for which the encoded image is optimized and encoded; wherein the target display reference comprises a white point luminance of the target display which is an amount of nits, and further comprises a black level of the target display; a dynamic range processor arranged to generate an output image by applying a dynamic range transform to the encoded image, which dynamic range transform is adapted to the white point luminance, to the black level and to a reference white point luminance; and an output for outputting an output image signal comprising the output image. a receiver arranged for receiving an image signal, the image signal comprising at least an encoded image and a target display reference, the target display reference specifying a dynamic range of a target display which is a display for which the encoded image is optimized and encoded; wherein the target display reference comprises a white point luminance of the target display which is an amount of nits, and further comprises a black level of the target display; a dynamic range processor arranged to generate an output image by applying a dynamic range transform to the encoded image, which dynamic range transform is adapted to the white point luminance, to the black level and to a reference white point luminance; and an output for outputting an output image signal comprising the output image.
A polymerization process for forming polymer comprising: contacting a monomer and a catalyst system in a reaction zone comprising at least one spiral heat exchanger and recovering polymer, wherein the monomer, the catalyst system and polymer flow through the at least one spiral heat exchanger in a cross-flow direction relative to spirals of the at least one spiral heat exchanger. contacting a monomer and a catalyst system in a reaction zone comprising at least one spiral heat exchanger and recovering polymer, wherein the monomer, the catalyst system and polymer flow through the at least one spiral heat exchanger in a cross-flow direction relative to spirals of the at least one spiral heat exchanger.
A method for installing a cover on a buckle, comprising: providing parts of an unassembled buckle, the parts including at least a frame of the buckle and a cover of the buckle, the frame having a latching mechanism mounted in the frame, the cover having an opening defined through the cover; attaching a first end of the cover to the frame; rotating the cover on the frame and about the first end; pressing a second end of the cover downward on the frame, causing the cover to lock around a structure on the frame, wherein, when the cover is locked around the structure on the frame, the opening defined through the cover is aligned with the latch mechanism for actuation of the latch mechanism through the opening. providing parts of an unassembled buckle, the parts including at least a frame of the buckle and a cover of the buckle, the frame having a latching mechanism mounted in the frame, the cover having an opening defined through the cover; attaching a first end of the cover to the frame; rotating the cover on the frame and about the first end; pressing a second end of the cover downward on the frame, causing the cover to lock around a structure on the frame, wherein, when the cover is locked around the structure on the frame, the opening defined through the cover is aligned with the latch mechanism for actuation of the latch mechanism through the opening.
A composition for use in the treatment of cancer comprising a polypeptide consisting of an amino acid sequence represented by SEQ ID NO: 6 as an active ingredient.
A power supply device comprising: a plurality of secondary battery cells each having a flat rectangular parallelepiped shape; a pair of end plates covering both end faces of a battery stack having the plurality of secondary battery cells stacked on each other; and a plurality of fastening members configured to fasten the end plates to each other, wherein each of the plurality of fastening members comprises a metal plate without bent edges having a plate shape extending along a stacking direction of the plurality of secondary battery cells, the plurality of fastening members are respectively disposed on opposite surfaces of the battery stack, and the plurality of fastening members each have a through hole in each of both ends of the plate shape, and each of the pair of end plates comprises a plate portion having a recess that receives a pipe portion inserted into the through hole of each of a pair of fastening members among the plurality of fastening members, the pair of fastening members being disposed on opposite surfaces of the battery stack, wherein the pipe portion has a pipe hole in each of both end edges of the pipe portion. a plurality of secondary battery cells each having a flat rectangular parallelepiped shape; a pair of end plates covering both end faces of a battery stack having the plurality of secondary battery cells stacked on each other; and a plurality of fastening members configured to fasten the end plates to each other, wherein each of the plurality of fastening members comprises a metal plate without bent edges having a plate shape extending along a stacking direction of the plurality of secondary battery cells, the plurality of fastening members are respectively disposed on opposite surfaces of the battery stack, and the plurality of fastening members each have a through hole in each of both ends of the plate shape, and each of the pair of end plates comprises a plate portion having a recess that receives a pipe portion inserted into the through hole of each of a pair of fastening members among the plurality of fastening members, the pair of fastening members being disposed on opposite surfaces of the battery stack, wherein the pipe portion has a pipe hole in each of both end edges of the pipe portion.
A mixing-dosage apparatus for rotary machines for packaging containers that can each be filled with a single dose of mixed food mass (M+F), comprising at least one first ingredient and one second ingredient, the apparatus comprising: - a mixing portion, comprising a mixing chamber and a mixer which is active in the mixing chamber for mixing or blending the ingredients (M; F) into a mixed food mass (M+F), - a dosage portion, comprising a dosage duct and a dispensing valve that affects a free end of the dosage duct to dispense a single dose of mixed food mass (M+F) in the container, characterized in that the mixing portion and the dosage portion have a selective fluid connection, a flow control valve being provided between the two portions (2, 3) so as to feed the dosage duct with consecutive loads of mixed food mass (M+F), each load having a volume that is approximately equal to the volume of the mixing chamber. - a mixing portion, comprising a mixing chamber and a mixer which is active in the mixing chamber for mixing or blending the ingredients (M; F) into a mixed food mass (M+F), - a dosage portion, comprising a dosage duct and a dispensing valve that affects a free end of the dosage duct to dispense a single dose of mixed food mass (M+F) in the container,
A method performed by a client station (102, 510), the method comprising: sensing a service set identifier for a wireless access network; determining a subset of channels within the wireless access network by accessing information stored in a database; calibrating a scan time interval and storing calibration information in the database; determining a scan time interval associated with the service set identifier by accessing the calibration information stored in the database; transmitting a probe request through the subset of channels to an access point located within the wireless access network; receiving a probe response at the client station (102, 510) from the access point during the scan time interval; and identifying location of the client station (102, 510) based on the probe response. sensing a service set identifier for a wireless access network; determining a subset of channels within the wireless access network by accessing information stored in a database; calibrating a scan time interval and storing calibration information in the database; determining a scan time interval associated with the service set identifier by accessing the calibration information stored in the database; transmitting a probe request through the subset of channels to an access point located within the wireless access network; receiving a probe response at the client station (102, 510) from the access point during the scan time interval; and identifying location of the client station (102, 510) based on the probe response.
A connector (1, 51) comprising: a first connector housing (3, 52) comprising a first wall, the first connector housing (3, 52) being attachable to a second connector housing (3', 52') such that the first wall opposes a second wall of the second connector housing (3', 52'), wherein the first connector housing (3, 52) comprises: a fitting chamber defined at least by the first wall, the fitting chamber allowing a counterpart connector housing to be fitted therein; and an engaging arm (24, 53) provided on the first wall, wherein the engaging arm (24, 53) is configured to engage an engaged arm provided on the second wall of the second connector housing (3', 52') when the first connector housing (3, 52) is completely attached to the second connector housing (3', 52'), characterized in that the engaging arm (24, 53) serves as an attachment state detection mechanism configured to detect an incomplete attachment state in which the first connector housing (3, 52) is incompletely attached to the second connector housing (3', 52'), wherein the engaging arm (24, 53) has elasticity so as to be bent toward an inside of the fitting chamber in the incomplete attachment state, and wherein the engaging arm (24, 53) in a bent state is configured to contact a distal end surface of the counterpart connector housing inserted into the fitting chamber and restrict insertion of the counterpart connector housing up to a fitting completion position. a first connector housing (3, 52) comprising a first wall, the first connector housing (3, 52) being attachable to a second connector housing (3', 52') such that the first wall opposes a second wall of the second connector housing (3', 52'), wherein the first connector housing (3, 52) comprises: a fitting chamber defined at least by the first wall, the fitting chamber allowing a counterpart connector housing to be fitted therein; and an engaging arm (24, 53) provided on the first wall, wherein a fitting chamber defined at least by the first wall, the fitting chamber allowing a counterpart connector housing to be fitted therein; and an engaging arm (24, 53) provided on the first wall, wherein the engaging arm (24, 53) is configured to engage an engaged arm provided on the second wall of the second connector housing (3', 52') when the first connector housing (3, 52) is completely attached to the second connector housing (3', 52'), characterized in that the engaging arm (24, 53) serves as an attachment state detection mechanism configured to detect an incomplete attachment state in which the first connector housing (3, 52) is incompletely attached to the second connector housing (3', 52'), wherein the engaging arm (24, 53) has elasticity so as to be bent toward an inside of the fitting chamber in the incomplete attachment state, and wherein the engaging arm (24, 53) in a bent state is configured to contact a distal end surface of the counterpart connector housing inserted into the fitting chamber and restrict insertion of the counterpart connector housing up to a fitting completion position.
Device for winding a toroidal core arranged on a toroidal core plane, with a wire arranged on a winding plane, comprising: a protective cover, which is arranged substantially on the toroidal core plane and perpendicular to the winding plane and is mounted on the toroidal core plane such as to be movable horizontally in a translational manner, and is designed such as to be guided, in operation, in some sections over the toroidal core, and therefore protect the toroidal core, and to produce an inner mould of at least one wire winding, onto which the wire is wound, a slide, which is arranged substantially on the toroidal core plane and parallel to the protective cover and mounted such as to slide about the protective cover and in some sections surrounds the protective cover, and is designed so as to push the at least one wire winding wound onto the protective cover, when in operation, by a translational movement from the protective cover onto the toroidal core. a protective cover, which is arranged substantially on the toroidal core plane and perpendicular to the winding plane and is mounted on the toroidal core plane such as to be movable horizontally in a translational manner, and is designed such as to be guided, in operation, in some sections over the toroidal core, and therefore protect the toroidal core, and to produce an inner mould of at least one wire winding, onto which the wire is wound, a slide, which is arranged substantially on the toroidal core plane and parallel to the protective cover and mounted such as to slide about the protective cover and in some sections surrounds the protective cover, and is designed so as to push the at least one wire winding wound onto the protective cover, when in operation, by a translational movement from the protective cover onto the toroidal core.
Method of manufacturing an optical element with linearly polarized emission and/or linearly polarized absorption, the optical element being characterised in that it comprises particles embedded in a matrix, said particles being formanisotropic, wherein the particles have an average shape anisotropy, defined as the length of the major axis divided by the average of the two shorter major axes, of more than 1.5, the particles having an average length in the direction of their long major axis in the range from 50 nm to 500 m, and wherein the particles in the matrix are oriented substantially uniaxially at least in regions in such a way that macroscopically detectable linearly polarized emission or linearly polarized absorption of the optical element occurs, respectively in which process the particles are applied in the form of a suspension or slurry to a substrate in such a way that shear forces occurring in the application process lead to a preferred orientation of the particles and this preferred orientation is permanently stabilized in the optical element in a subsequent drying process and/or crosslinking process and/or polymerization process of the matrix.
Method for controlling the evaporation of a liquefied gas, wherein the gas is evaporated using heat from both the following sources: a) a cooling cycle in which heat exchange medium is guided through a first heat exchanger for cooling; and b) a heating cycle in which heat exchange medium is guided through a second heat exchanger in thermal contact with an external heat source, wherein the gas is guided through a third heat exchanger in which it is in thermal contact with heat exchange medium from both the following sources: a) the cooling cycle, and b) the heating cycle, wherein a cooling flow of heat exchange medium in the cooling cycle is controlled depending on the cooling needs in the cooling cycle, whereas a heating flow of heat exchange medium in the heating cycle is controlled depending on: A) the necessary thermal energy to evaporate the gas in the third heat exchanger; and B) the thermal energy of the cooling flow. a) a cooling cycle in which heat exchange medium is guided through a first heat exchanger for cooling; and b) a heating cycle in which heat exchange medium is guided through a second heat exchanger in thermal contact with an external heat source, a) the cooling cycle, and b) the heating cycle, A) the necessary thermal energy to evaporate the gas in the third heat exchanger; and B) the thermal energy of the cooling flow.
Cells producing insulin for use in the prevention and/or treatment of diabetes, pre-diabetes or insulin resistance in a subject, wherein said cells producing insulin are introduced into an intracutaneous site in the subject, wherein a matrix is implanted into said intracutaneous site in the subject to allow neovascularisation of the intracutaneous site with the implanted matrix, wherein the matrix comprises a biodegradable polyurethane; thereby preventing and/or treating the subject by delivering the insulin produced from the cells to the subject.
A process for the preparation of high strength polyethylene laminates; said process comprising the following steps: i. providing a pre-dried, at least 50 % disentangled ultra-high molecular weight polyethylene (UHMWPE) powder; ii. feeding said UHMWPE powder having temperature ranging from -15 °C to 28 °C at the nip of at least one pair of heated, polished counter rotating calendaring rollers, rotating at different roller speeds to obtain at least one pre-laminate; and iii. hot stretching said pre-laminate(s) at a pre-determined temperature and pre-determined stretching speed to obtain high strength laminates, wherein said laminates are selected from the group consisting of sheets and films, wherein said high strength laminates are characterized by tensile strength ranging between 0.5 GPa and 3.0 GPa and tensile modulus ranging between 40 GPa and 200 GPa, and; wherein said process eliminates steps of removal of solvents, compression molding and preforming. i. providing a pre-dried, at least 50 % disentangled ultra-high molecular weight polyethylene (UHMWPE) powder; ii. feeding said UHMWPE powder having temperature ranging from -15 °C to 28 °C at the nip of at least one pair of heated, polished counter rotating calendaring rollers, rotating at different roller speeds to obtain at least one pre-laminate; and iii. hot stretching said pre-laminate(s) at a pre-determined temperature and pre-determined stretching speed to obtain high strength laminates,
Blow molding tool for a blow molding machine, comprising two blow mold halves (2, 3), each having at least one molding body in which at least one mold cavity is arranged, and a baseplate receiving the molding body, wherein an insulation block made of a thermally insulating material is arranged between the molding body and the baseplate and, optionally, further components of the blow mold half (2, 3), characterized in that the molding body has a rear side embedded in the insulation block and provided with channels for the flow of a heating/cooling medium.
Breakdown and/or accident safety means having a flexible carrier means that is embodied as a rope and comprises two connecting means that can be connected to a tow hook and to a crash barrier, wherein a first connecting means is arranged on a first end of the carrier means, and a second connecting means can be fastened to the second end, wherein at least one warning means is provided on the carrier means and, in the event of the breakdown and/or accident safety means being run over with a motor vehicle, said warning means generates at least one shock or a vibration in said motor vehicle and/or an acoustic signal, wherein the length of the carrier means is at least 8 m, characterised in that one or multiple connecting sites are provided on the carrier means for the second connecting means away from the two ends of the carrier means.