mhurhangee/ep-ind-claims huggingface dataset:
A cable system, comprising: - a housing having an interior surface at least a portion of which is threaded, and a seal-grasping surface portion and - a seal having an elastically deformable tubular body attached to the housing, said body having - a posterior sealing surface (64, 62) that cooperatively engages the seal-grasping surface portion of the housing, - a forward sealing surface adapted to cooperatively engages a threaded port, characterized by - an integral joint section adapted to promote a radial expansion of the seal upon its axial compression, wherein said seal-grasping surface portion extends in the longitudinal direction to retain said seal on said housing. - a housing having an interior surface at least a portion of which is threaded, and a seal-grasping surface portion and - a seal having an elastically deformable tubular body attached to the housing, said body having - a posterior sealing surface (64, 62) that cooperatively engages the seal-grasping surface portion of the housing, - a forward sealing surface adapted to cooperatively engages a threaded port, characterized by - an integral joint section adapted to promote a radial expansion of the seal upon its axial compression, - a posterior sealing surface (64, 62) that cooperatively engages the seal-grasping surface portion of the housing, - a forward sealing surface adapted to cooperatively engages a threaded port, characterized by - an integral joint section adapted to promote a radial expansion of the seal upon its axial compression,
A multilayer film comprising at least two layers A and B: A. a film layer A formed from a composition A comprising at least the following: an ethylene-based polymer and a cure catalyst comprising at least one hydroxy group and at least one organic metal salt; and B. a film layer B formed from a composition B comprising at least one isocyanate; and wherein film layer A is in contact with film layer B; wherein the ethylene-based polymer is a linear low density polyethylene. A. a film layer A formed from a composition A comprising at least the following: an ethylene-based polymer and a cure catalyst comprising at least one hydroxy group and at least one organic metal salt; and B. a film layer B formed from a composition B comprising at least one isocyanate; and wherein film layer A is in contact with film layer B;
A method of converting a CMYW toner printer to print with black toner, comprising the steps: providing a CMYW toner printer; wherein said CMYW toner printer has four starting toner printing cartridges; wherein said four starting toner printing cartridges comprise a white toner printing cartridge, a cyan toner printing cartridge, a magenta toner printing cartridge, and a yellow toner printing cartridge; removing at least one of said four starting toner printing cartridges from said CMYW toner printer, such that there is at least one empty toner cartridge slot; providing a black toner printing cartridge that is filled with black toner; installing said black toner printing cartridge into said at least one empty toner cartridge slot; providing raster image processor software, such that said CMYW toner printer is able to incorporate said black toner into one or more images printed by said CMYW toner printer; and wherein said RIP software allows for remapping of said CMYW toner printer, such that the converted toner printer prints with said black toner cartridge concurrently with the other colors in a single layer. providing a CMYW toner printer; wherein said CMYW toner printer has four starting toner printing cartridges; wherein said four starting toner printing cartridges comprise a white toner printing cartridge, a cyan toner printing cartridge, a magenta toner printing cartridge, and a yellow toner printing cartridge; removing at least one of said four starting toner printing cartridges from said CMYW toner printer, such that there is at least one empty toner cartridge slot; providing a black toner printing cartridge that is filled with black toner; installing said black toner printing cartridge into said at least one empty toner cartridge slot; providing raster image processor software, such that said CMYW toner printer is able to incorporate said black toner into one or more images printed by said CMYW toner printer; and wherein said RIP software allows for remapping of said CMYW toner printer, such that the converted toner printer prints with said black toner cartridge concurrently with the other colors in a single layer.
A thermal pack comprising a composition comprising: a) a fuel component having a mean particle size distribution of from 100 microns to 300 microns; b) a water manager component comprising absorbent gelling material having a mean particle size distribution of from 400 microns to 800 microns; c) water; and d) a volatile component; wherein: the composition is exothermic upon contact with oxygen and is self-steaming; the fuel component comprises a mixture of iron, a metal salt, and activated carbon, more preferably a mixture of sponge iron, a metal salt, and activated carbon; the composition comprises from 30% to 95% of the iron, from 0.5% to 10% of the metal salt, from 0.5% to 25% of the activated carbon, and from 1% to 60% of the water, all by weight of the composition; the composition comprises from 0.1 % to 30% of the water manager component, by weight of the composition; and the activated carbon is pre-wetted with the water. a) a fuel component having a mean particle size distribution of from 100 microns to 300 microns; b) a water manager component comprising absorbent gelling material having a mean particle size distribution of from 400 microns to 800 microns; c) water; and d) a volatile component; the composition is exothermic upon contact with oxygen and is self-steaming; the fuel component comprises a mixture of iron, a metal salt, and activated carbon, more preferably a mixture of sponge iron, a metal salt, and activated carbon; the composition comprises from 30% to 95% of the iron, from 0.5% to 10% of the metal salt, from 0.5% to 25% of the activated carbon, and from 1% to 60% of the water, all by weight of the composition; the composition comprises from 0.1 % to 30% of the water manager component, by weight of the composition; and the activated carbon is pre-wetted with the water.
A bioassay method for detecting and/or quantitating an analyte employing a first group comprising a lanthanide ion carrier chelate and a first recognition element, wherein said lanthanide ion carrier chelate comprises a lanthanide ion carrier ligand and a lanthanide ion; a second group comprising an antenna ligand and a second recognition element; and an agent complexing said lanthanide ion at a concentration of at least 1 pmol/l is additionally employed; wherein said lanthanide ion carrier chelate binds to said lanthanide; and said lanthanide ion carrier chelate is an ionic macrocyclic chelate structure and has a coordination number of six, seven or eight dentates; and said antenna ligand is either monodentate, bidentate, tridentate or tetradentate, and the combination of ion carrier chelate and antenna ligand is selected so that the sum total of ligand coordination sites, i.e. dentate count, is nine or ten; and wherein recognition of said analyte by said first recognition element of said first group and by said second recognition element of said second group results in either i) chelate complementation, i.e. formation of a mixed lanthanide chelate complex through complementation of said lanthanide ion carrier chelate carrying said lanthanide ion with said antenna ligand, and accordingly in increased fluorescence; or ii) chelate discomplementation, i.e. said lanthanide ion carrier chelate carrying said lanthanide ion is separated from said antenna ligand, and accordingly in decreased fluorescence. i) chelate complementation, i.e. formation of a mixed lanthanide chelate complex through complementation of said lanthanide ion carrier chelate carrying said lanthanide ion with said antenna ligand, and accordingly in increased fluorescence; or ii) chelate discomplementation, i.e. said lanthanide ion carrier chelate carrying said lanthanide ion is separated from said antenna ligand, and accordingly in decreased fluorescence.
A computer-implemented method, comprising: extracting a three-dimensional feature of a real-world object captured in a camera view of a mobile device; attaching a presentation region for a media content item to at least a portion of the three-dimensional feature responsive to a user input received at the mobile device, wherein the user defines the placement of the presentation region relative to the three-dimensional feature by manipulating, moving and/or resizing the presentation region using a graphical user interface; and defining an activation region for the media content item relative to the extracted three-dimensional feature, wherein presentation of the media content item at a mobile device is responsive to that mobile device entering within the activation region. extracting a three-dimensional feature of a real-world object captured in a camera view of a mobile device; attaching a presentation region for a media content item to at least a portion of the three-dimensional feature responsive to a user input received at the mobile device, wherein the user defines the placement of the presentation region relative to the three-dimensional feature by manipulating, moving and/or resizing the presentation region using a graphical user interface; and defining an activation region for the media content item relative to the extracted three-dimensional feature, wherein presentation of the media content item at a mobile device is responsive to that mobile device entering within the activation region.
An ultrasound diagnostic apparatus comprising: a display unit that displays a B-mode image in which at least a blood vessel region is imaged; a gate setting unit that sets a Doppler gate within the blood vessel region on the B-mode image; and characterised by: a vascular wall detection unit that sets an upper detection region and a lower detection region on an outer side of the Doppler gate set by the gate setting unit and that detects an anterior vascular wall and a posterior vascular wall by performing image analysis on the B-mode image in the upper detection region and the lower detection region, respectively. a display unit that displays a B-mode image in which at least a blood vessel region is imaged; a gate setting unit that sets a Doppler gate within the blood vessel region on the B-mode image; and characterised by: a vascular wall detection unit that sets an upper detection region and a lower detection region on an outer side of the Doppler gate set by the gate setting unit and that detects an anterior vascular wall and a posterior vascular wall by performing image analysis on the B-mode image in the upper detection region and the lower detection region, respectively. that sets an upper detection region and a lower detection region on an outer side of the Doppler gate set by the gate setting unit and that detects an anterior vascular wall and a posterior vascular wall by performing image analysis on the B-mode image in the upper detection region and the lower detection region, respectively.
A method of performing a hybrid automatic repeat request, HARQ, process at a scheduling entity, the method comprising: transmitting data via a downlink, DL, channel in a first slot to a user equipment, UE; managing a HARQ timing of the data based on a capability category of the UE and a semi-static configuration, advancing the HARQ timing to provide a HARQ response earlier than its default or nominal delay or timing when the UE is operating under a constraint comprising at least a less complex modulation and coding scheme, MCS, or delaying the HARQ timing until a slot with an uplink, UL, transmission opportunity; and receiving, in the first slot or in a second slot after the first slot provided the second slot is not an all-downlink, all-DL, slot, a HARQ response comprising an acknowledgment, ACK, or negative acknowledgment, NACK, of the data, from the UE based on the HARQ timing. transmitting data via a downlink, DL, channel in a first slot to a user equipment, UE; managing a HARQ timing of the data based on a capability category of the UE and a semi-static configuration, advancing the HARQ timing to provide a HARQ response earlier than its default or nominal delay or timing when the UE is operating under a constraint comprising at least a less complex modulation and coding scheme, MCS, or delaying the HARQ timing until a slot with an uplink, UL, transmission opportunity; and receiving, in the first slot or in a second slot after the first slot provided the second slot is not an all-downlink, all-DL, slot, a HARQ response comprising an acknowledgment, ACK, or negative acknowledgment, NACK, of the data, from the UE based on the HARQ timing.
A method of operating a short-range Radio Frequency, RF, device, comprising: repeatedly broadcasting (200A, 200E) identification information that identifies the short-range RF device, using a short-range RF communication protocol; and receiving (210, 210E) a command, responsive to the identification information, from a server via a first device using the short-range RF communication protocol to control a second device associated with the short-range RF device, wherein the identification information is destined for the server and/or another server; wherein the command from the server comprises a plurality of identities of the short-range RF device and a control command to be executed by the second device, wherein the short-range Radio Frequency device changes its identity over time. repeatedly broadcasting (200A, 200E) identification information that identifies the short-range RF device, using a short-range RF communication protocol; and receiving (210, 210E) a command, responsive to the identification information, from a server via a first device using the short-range RF communication protocol to control a second device associated with the short-range RF device, wherein the identification information is destined for the server and/or another server; wherein the command from the server comprises a plurality of identities of the short-range RF device and a control command to be executed by the second device, wherein the short-range Radio Frequency device changes its identity over time.
Timepiece with a double-sided display, comprising a structure carrying at least one movement, and comprising, on a first side of said structure, first display means, and, on a second side of said structure opposite to said first side, second display means, and comprising at least a first integral pair of display members comprising, on said first side, a first display member comprised in said first display means, and, on said second side, a second display member comprised in said second display means, said first display member and said second display member being coaxial on a first common axis and integral of a first common arbor, in which timepiece wherein the centre of mass of said first display member and the centre of mass of said second display member are, in projection on a plane perpendicular to said first common axis, aligned with the projection of said first common axis on said perpendicular plane or coincident therewith, said first display member and/or said second display member being arranged for the display of a visual animation, characterized in that said first display member and/or said second display member is movable above a back, and is also movable, either above a mask partially but not completely covering said back revealing a visible area contiguous with a hidden area, in which said back is invisible to the user of said timepiece, or between said back and said mask moving above said visible area or said hidden area, depending on the angular position thereof with respect to said common axis.
Adaptor for a connector, notably for a multicontact connector, of the type comprising at least one insert of longitudinal axis and a housing inside which said at least one insert is fixed, the insert comprising at least one cavity extending parallel to the longitudinal axis and suitable for at least partially housing an optical contact element, the insert having a front face on which each cavity emerges, the adaptor comprising at least one cell suitable for housing an alignment sleeve, notably slotted, the adaptor also comprising this alignment sleeve, the adaptor having a front face on which each cell emerges, the adaptor being configured to be arranged with its front face bearing against the front face of the insert so as to receive each alignment sleeve housed in a cell which receives a ferrule of an optical contact element housed in a cavity, characterized in that it also comprises a securing cage for an alignment sleeve, suitable to be housed in each cell by a mounting that is floating radially to the longitudinal axis over the entire length of the alignment sleeve.
A sheet-shaped lyophilized composition comprising (a) cidofovir in an amount between 0.1 and 5 mg/cm 2; (b) hydroxyethylcellulose or hydroxypropylmethylcellulose (HPMC) in an amount between 1 and 17 mg/cm 2; and optionally (c) a plasticizer in an amount between 0 and 5 mg/cm 2. (a) cidofovir in an amount between 0.1 and 5 mg/cm 2; (b) hydroxyethylcellulose or hydroxypropylmethylcellulose (HPMC) in an amount between 1 and 17 mg/cm 2; and optionally (c) a plasticizer in an amount between 0 and 5 mg/cm 2.
A rechargeable battery pack comprising: two battery cells; a protective circuit module electrically connected to the battery cells; a frame arranged to at least partially surround side surfaces of both the battery cells, wherein the frame comprises a circuit installation part arranged to support the protective circuit module; a first case and a second case arranged to receive the battery cell and to be coupled to the frame; and wherein the circuit installation part is arranged between the two battery cells. two battery cells; a protective circuit module electrically connected to the battery cells; a frame arranged to at least partially surround side surfaces of both the battery cells, wherein the frame comprises a circuit installation part arranged to support the protective circuit module; a first case and a second case arranged to receive the battery cell and to be coupled to the frame; and wherein the circuit installation part is arranged between the two battery cells.
Motor vehicle comprising at least one drive train component (10, 11) and/or at least one wheel bearing, wherein a heating device designed for heating the drive train component (10, 11) and/or the wheel bearing, a recuperation brake and a DC voltage converter are provided, which DC voltage converter is connected on the input side to the recuperation brake and on the output side to the heating device and is designed to lower a voltage level of a recuperation power provided by the recuperation brake, wherein a control device is provided, by means of which the heating device and/or the DC voltage converter can be controlled depending on operating information and/or environmental information of the motor vehicle, wherein the control device is configured to carry out a control algorithm which evaluates the operating information and/or the environmental information, and describes an efficiency model of the drive train component (10, 11) and/or of the wheel bearing, wherein the heating power to be provided to the heating device and/or a distribution of the heating power to the drive train component (10, 11) or drive train components and/or to the wheel bearing or wheel bearings can be determined using the efficiency model.
An orthopaedic implant for treating a bone void, comprising: a plurality of stacked, alternating layers which include a first porous metal layer, a second porous metal layer and a resorbable bone growth-promoting layer situated between said first porous metal layer and said second porous metal layer; and an implantable prosthesis with an elongate stem component traversing said first porous metal layer and said second porous metal layer such that said first porous layer and said second porous metal layer are generally transverse to a longitudinal axis of said elongate stem component. a plurality of stacked, alternating layers which include a first porous metal layer, a second porous metal layer and a resorbable bone growth-promoting layer situated between said first porous metal layer and said second porous metal layer; and an implantable prosthesis with an elongate stem component traversing said first porous metal layer and said second porous metal layer such that said first porous layer and said second porous metal layer are generally transverse to a longitudinal axis of said elongate stem component.
A method of producing a ground stabilized pad comprising the steps of: (a) providing a stabilization grid comprising a plurality of closed cells formed by polymer walls having a wall height, each cell sharing a common wall with at least two adjacent cells, wherein substantially each cell includes at least one reinforcing rib extending across the cell to engage opposing walls of the cell, the reinforcing ribs engage the cell walls between about 25% and about 75% of the wall height, the grid has an underside and an opposite top side, and a majority of the cells in the grid have open tops; (b) positioning the grid on a surface with the underside facing the surface and then filling the open-topped cells with a Portland cement based concrete; and (c) allowing the concrete to completely cure while leaving the grid in place. (a) providing a stabilization grid comprising a plurality of closed cells formed by polymer walls having a wall height, each cell sharing a common wall with at least two adjacent cells, wherein substantially each cell includes at least one reinforcing rib extending across the cell to engage opposing walls of the cell, the reinforcing ribs engage the cell walls between about 25% and about 75% of the wall height, the grid has an underside and an opposite top side, and a majority of the cells in the grid have open tops; (b) positioning the grid on a surface with the underside facing the surface and then filling the open-topped cells with a Portland cement based concrete; and (c) allowing the concrete to completely cure while leaving the grid in place.
A simulation device comprising: a simulation section configured to simulate an operating status of a board work machine configured to perform predetermined board work on a board and produce a board product, and an operating status of an article moving device configured to supply an article needed for production of the board product to the board work machine based on a production plan of the board product; characterized by the simulation device further comprising a calculation section configured to calculate a production stop time of the board work machine caused by a wait time from when production of the board product by the board work machine is stopped to when the article is supplied by the article moving device based on a result of simulation by the simulation section, wherein a stop of production of the board product by the board work machine occurs due to a shortage of the article or a changeover in the board work machine. a simulation section configured to simulate an operating status of a board work machine configured to perform predetermined board work on a board and produce a board product, and an operating status of an article moving device configured to supply an article needed for production of the board product to the board work machine based on a production plan of the board product; characterized by the simulation device further comprising a calculation section configured to calculate a production stop time of the board work machine caused by a wait time from when production of the board product by the board work machine is stopped to when the article is supplied by the article moving device based on a result of simulation by the simulation section, wherein a stop of production of the board product by the board work machine occurs due to a shortage of the article or a changeover in the board work machine.