mhurhangee/ep-ind-claims huggingface dataset:
A silicon secondary battery unit of which a unit is formed by stacking a plurality of silicon secondary battery unit cells each including a positive electrode active material layer formed of a first silicon compound which generates silicon cations when the silicon secondary battery unit is charged and generates silicon anions when the silicon secondary battery unit is discharged, wherein the first silicon compound comprises silicon carbide, a negative electrode active material layer formed of a second silicon compound which generates silicon anions when the silicon secondary battery unit is charged and generates silicon cations when the silicon secondary battery unit is discharged, wherein the second silicon compound comprises silicon nitride, and a solid electrolyte layer, wherein: the plurality of silicon secondary battery unit cells are connected in series and stacked; and a common collector layer is interposed between the positive electrode active material layer and the negative electrode active material layer to collect charges, characterized in that the common collector layer is formed in a porous net shape or foamed shape and a surface of the common collector layer is coated with a conductive polymer. the plurality of silicon secondary battery unit cells are connected in series and stacked; and a common collector layer is interposed between the positive electrode active material layer and the negative electrode active material layer to collect charges, characterized in that the common collector layer is formed in a porous net shape or foamed shape and a surface of the common collector layer is coated with a conductive polymer.
Device for analyzing biological parameters using a biological sample, comprising: - first transferring means (5, 20, 25) capable of at least partially transferring said biological sample to first preparing means, - first preparing means capable of carrying out at least one dilution of said biological sample with at least one diluent and/or one reagent, - second preparing means (10, 11, 22, 23, 24) capable of carrying out, on a first sample from the first preparing means, at least one dilution with an assay reagent comprising particles functionalized at the surface with at least one ligand specific for at least one analyte of interest, - immunodetection measurement means (30, 31) capable of assaying, on a sample from the second preparing means (10, 11, 22, 23, 24), at least one analyte of interest by measuring the degree of aggregation of functionalized particles in a measuring cuvette, characterized in that it also comprises: - second transferring means (4, 21, 22, 26) at least partially separate from the first transferring means (5, 20, 25) and capable of taking said first sample diluted beforehand in the first preparing means, and of transferring it to the second preparing means (10, 11, 22, 23, 24), - means for applying a magnetic field in said measuring cuvette, capable of causing, by magnetic interaction, an acceleration of the aggregation of said functionalized particles, which comprise magnetic colloidal particles, and means for measuring a cell component which are capable of providing, from a second sample from the first preparing means, at least one measurement of cell volume relative to the total volume. - first transferring means (5, 20, 25) capable of at least partially transferring said biological sample to first preparing means, - first preparing means capable of carrying out at least one dilution of said biological sample with at least one diluent and/or one reagent, - second preparing means (10, 11, 22, 23, 24) capable of carrying out, on a first sample from the first preparing means, at least one dilution with an assay reagent comprising particles functionalized at the surface with at least one ligand specific for at least one analyte of interest, - immunodetection measurement means (30, 31) capable of assaying, on a sample from the second preparing means (10, 11, 22, 23, 24), at least one analyte of interest by measuring the degree of aggregation of functionalized particles in a measuring cuvette, - second transferring means (4, 21, 22, 26) at least partially separate from the first transferring means (5, 20, 25) and capable of taking said first sample diluted beforehand in the first preparing means, and of transferring it to the second preparing means (10, 11, 22, 23, 24), - means for applying a magnetic field in said measuring cuvette, capable of causing, by magnetic interaction, an acceleration of the aggregation of said functionalized particles, which comprise magnetic colloidal particles, and means for measuring a cell component which are capable of providing, from a second sample from the first preparing means, at least one measurement of cell volume relative to the total volume.
A tread for bonding to a tire carcass to form a retreaded tire comprising: a length extending in a longitudinal direction; a width extending in a lateral direction; a top side having a portion for engaging the ground; a bottom side for bonding to the tire carcass; a central portion having a bottom side forming a portion of the bottom side of the tread and a top side forming a portion of the top side of the tread, wherein the central portion top and bottom sides (222, 223) define a central thickness (dl); and a pair of opposed wing portions extending laterally from the edges of the central portion along the length of the tread, each wing portion having a bottom side forming a portion of the bottom side of the tread and a top side forming a portion of the top side of the tread, wherein the wing portion top side and the wing portion bottom side define a wing thickness, characterized by each wing portion comprising a plurality of thickened portions spaced apart along a length of the wing portion and each thickened portion including a discontinuity having a longitudinal component formed in the top side of the wing portions and extending depthwise into the at least one thickened portion, the wing portions being configured to resist deflection when subjected to a force from the bottom side and to deflect when subjected to a force from the top side. a length extending in a longitudinal direction; a width extending in a lateral direction; a top side having a portion for engaging the ground; a bottom side for bonding to the tire carcass; a central portion having a bottom side forming a portion of the bottom side of the tread and a top side forming a portion of the top side of the tread, wherein the central portion top and bottom sides (222, 223) define a central thickness (dl); and a pair of opposed wing portions extending laterally from the edges of the central portion along the length of the tread, each wing portion having a bottom side forming a portion of the bottom side of the tread and a top side forming a portion of the top side of the tread, wherein the wing portion top side and the wing portion bottom side define a wing thickness, characterized by each wing portion comprising a plurality of thickened portions spaced apart along a length of the wing portion and each thickened portion including a discontinuity having a longitudinal component formed in the top side of the wing portions and extending depthwise into the at least one thickened portion, the wing portions being configured to resist deflection when subjected to a force from the bottom side and to deflect when subjected to a force from the top side.
An electromagnetic-wave absorbing sheet having flexibility, comprising an electric resistance film and a dielectric layer and an electromagnetic-wave shielding layer that are stacked sequentially, characterized in that the electric resistance film is formed of a conductive organic polymer, wherein the electromagnetic-wave absorbing sheet does not crack after being subjected to a flexibility evaluation test, and a surface electric resistance of the electromagnetic-wave absorbing sheet does not increase after being subjected to the flexibility evaluation test comprising: placing the sheet on a horizontally arranged aluminum cylindrical rod having a diameter of 6 mm so that the electric resistance film faces upward; and attaching a weight of 300 g to both ends of the sheet and maintaining this state for 30 seconds to pull the ends of the sheet downward with the center of the sheet being bent. placing the sheet on a horizontally arranged aluminum cylindrical rod having a diameter of 6 mm so that the electric resistance film faces upward; and attaching a weight of 300 g to both ends of the sheet and maintaining this state for 30 seconds to pull the ends of the sheet downward with the center of the sheet being bent.
A thin plate glass laminate formed by laminating a thin plate glass substrate and a support glass substrate, wherein the thin plate glass substrate and the support glass substrate are laminated by means of a silicone resin layer having releasability and non-adhesive properties and said silicone resin layer having releasability and non-adhesive properties is a silicone resin layer made of a cured product of a silicone which is a crosslinked product of a linear polyorganosiloxane having vinyl groups at both ends and/or in its side chains, and a methyl hydrogen polysiloxane having hydrosilyl groups in its molecule.
A system for the construction of glass block walls, comprising an elongate, generally planar spacing strip of plastics material, having upper and lower surfaces forming an outer cross section generally corresponding in shape to the intended spacing between two adjacent blocks in the completed glass block wall construction, the spacing strip having: a body portion with a first thickness and a centrally disposed elongate channel on the upper and lower surfaces thereof; flange portions having a second thickness less than the first thickness, the flange portions extending laterally from the body portion; and the system further comprising an adhesive for adhesion between the spacing strip and a glass block; characterised in that the spacing strip has a generally hollow interior with relatively thin upper and lower walls; and, wherein the adhesive is a one-component polymer adhesive that hardens by evaporation of a solvent. a body portion with a first thickness and a centrally disposed elongate channel on the upper and lower surfaces thereof; flange portions having a second thickness less than the first thickness, the flange portions extending laterally from the body portion; and the system further comprising an adhesive for adhesion between the spacing strip and a glass block; characterised in that the spacing strip has a generally hollow interior with relatively thin upper and lower walls; and, wherein the adhesive is a one-component polymer adhesive that hardens by evaporation of a solvent.
A tank filter for placement in series with an implantable electrical conductor connectable to an active medical device, the tank filter comprising: an inductor in parallel with a capacitor, wherein values of capacitance and inductance are selected such that the tank filter attenuates current flow at a selected frequency band; characterized in that: the inductor comprises at least two substrates in stacked relation, wherein at least two of the substrates having inductor traces on a surface thereof; and the inductor traces are electrically interconnected with one another. an inductor in parallel with a capacitor, wherein values of capacitance and inductance are selected such that the tank filter attenuates current flow at a selected frequency band; characterized in that: the inductor comprises at least two substrates in stacked relation, wherein at least two of the substrates having inductor traces on a surface thereof; and the inductor traces are electrically interconnected with one another. the inductor comprises at least two substrates in stacked relation, wherein at least two of the substrates having inductor traces on a surface thereof; and the inductor traces are electrically interconnected with one another.
A method of controlling at least one work station comprising operational units (2, 3, 6) comprising at least one robot such as a welding robot, the operational units being connected to a controller executing a control program, the control program including, for each operational unit, at least one sub-portion that defines a plurality of sequences of actions as a function of synchronization states, the control method comprising once the control program is compiled a configuration stage and an execution stage for the control program, the configuration stage comprising the steps of selecting the units to be operated, setting parameter values in the corresponding sub-portions by selecting the sequence of actions to be performed and the associated synchronization states, with the execution stage comprising the step of executing the control program as configured in this way.
A device comprising: a sensing circuit configured to receive a cardiac electrical signal; a therapy delivery circuit configured to deliver an electrical stimulation therapy; a telemetry circuit configured for communication with a ventricular assist device; and a control circuit coupled to the sensing circuit, the therapy delivery circuit and the telemetry circuit and configured to: detect a cardiac event from the cardiac electrical signal received by the sensing circuit; receive a confirmation signal transmitted by the VAD; select a therapy delivery response based on the received confirmation signal; and control the therapy delivery circuit according to the selected therapy delivery response. a sensing circuit configured to receive a cardiac electrical signal; a therapy delivery circuit configured to deliver an electrical stimulation therapy; a telemetry circuit configured for communication with a ventricular assist device; and a control circuit coupled to the sensing circuit, the therapy delivery circuit and the telemetry circuit and configured to: detect a cardiac event from the cardiac electrical signal received by the sensing circuit; receive a confirmation signal transmitted by the VAD; select a therapy delivery response based on the received confirmation signal; and control the therapy delivery circuit according to the selected therapy delivery response. detect a cardiac event from the cardiac electrical signal received by the sensing circuit; receive a confirmation signal transmitted by the VAD; select a therapy delivery response based on the received confirmation signal; and control the therapy delivery circuit according to the selected therapy delivery response.
A computer-implemented method for automatically updating firmware of components of a server system in a datacenter, comprising: mounting an OS image file to the server system via a virtual media, VM, A; automatically generating, by a Central Management System, CMS, a USB read/write image containing a firmware image adapted for a VM B usage; mounting the USB read/write image to the VM B; sending a first command to a controller of the server system to set a boot disk via the VM A; causing the server system to be rebooted; enabling an update service to automatically mount updated firmware image to the VM B; determining that a new firmware update for a component of the server system is available; downloading the firmware update from the corresponding vendor; saving the new firmware update to the VM B; automatically generating, by the CMS, a new USB read/write image containing the new firmware update for the VM B; causing the new firmware update to be fetched from the new USB read/write image; sending a second command to the controller of the server system; and causing the controller to fetch the new read/write image via the VM B,wherein the VM A and the VM B allow the server system in the datacenter to access CD-ROMs, flash memory, external drives and other storage media anywhere across the datacenter, just as if they were directly attached via the server system's USB port. mounting an OS image file to the server system via a virtual media, VM, A; automatically generating, by a Central Management System, CMS, a USB read/write image containing a firmware image adapted for a VM B usage; mounting the USB read/write image to the VM B; sending a first command to a controller of the server system to set a boot disk via the VM A; causing the server system to be rebooted; enabling an update service to automatically mount updated firmware image to the VM B; determining that a new firmware update for a component of the server system is available; downloading the firmware update from the corresponding vendor; saving the new firmware update to the VM B; automatically generating, by the CMS, a new USB read/write image containing the new firmware update for the VM B; causing the new firmware update to be fetched from the new USB read/write image; sending a second command to the controller of the server system; and causing the controller to fetch the new read/write image via the VM B,wherein the VM A and the VM B allow the server system in the datacenter to access CD-ROMs, flash memory, external drives and other storage media anywhere across the datacenter, just as if they were directly attached via the server system's USB port.
A strapping tool for tensioning a strap around a load adhering the strap onto itself, and cutting a feed end of the strap comprising: a body having a foot on which the strap is disposed during a strapping cycle, the body housing a tensioning element and a welding element; one or more pneumatic motors for tensioning the strap and for driving the welding element; a pneumatic module mounted to the body having a compressed gas inlet to the module and configured for controlling the flow of compressed gas to the one or more motors, and, a handle mounted to the body and operably connected to the pneumatic module, characterised in that the tool further comprises two biased hold-down fingers pivotally mounted at about the foot to temporarily hold the strap on the foot during and following strapping operation, each of the hold-down fingers having a curved free end, the free ends are curved to facilitate readily slipping the strap under the hold down fingers without undue effort, the hold-down fingers are disposed on opposing sides of the foot, the hold-down fingers are disposed on opposing sides of the tensioning and welding elements, wherein the hold-down fingers are configured to prevent the strap from slipping from the foot, not to rigidly lock the strap in place. a body having a foot on which the strap is disposed during a strapping cycle, the body housing a tensioning element and a welding element; one or more pneumatic motors for tensioning the strap and for driving the welding element; a pneumatic module mounted to the body having a compressed gas inlet to the module and configured for controlling the flow of compressed gas to the one or more motors, and, a handle mounted to the body and operably connected to the pneumatic module, characterised in that the tool further comprises two biased hold-down fingers pivotally mounted at about the foot to temporarily hold the strap on the foot during and following strapping operation, each of the hold-down fingers having a curved free end, the free ends are curved to facilitate readily slipping the strap under the hold down fingers without undue effort, the hold-down fingers are disposed on opposing sides of the foot, the hold-down fingers are disposed on opposing sides of the tensioning and welding elements, wherein the hold-down fingers are configured to prevent the strap from slipping from the foot, not to rigidly lock the strap in place.
Device for covering an outer surface or a building comprising a first support intended to be fixed to a base, cross-pieces fixed at one of their ends to the first support and extending transversely to said first support, a second support fixed to the other end of the cross-pieces and strips for covering characterised by the fact that the first support comprises a supporting beam conformed to be fixed to the base and a longeron articulated on the supporting beam to allow for rotational mobility of the longeron around a rotation axis substantially parallel to the longitudinal axis of the supporting beam, with the cross-pieces being fixed on the longeron.
A method of deriving a signature characteristic of a plurality of fields or frames of video data comprising: determining spatial profile data of the video fields or frames dependent on picture information values in the video fields or frames; and forming a signature from the spatial profile data; characterised in that the formed signature is subsequently augmented by video analysis data provided by a video analysis tool, wherein the video analysis data provided by the video analysis tool includes metadata that is used to measure an image artefact in the video data. determining spatial profile data of the video fields or frames dependent on picture information values in the video fields or frames; and forming a signature from the spatial profile data; characterised in that the formed signature is subsequently augmented by video analysis data provided by a video analysis tool, wherein the video analysis data provided by the video analysis tool includes metadata that is used to measure an image artefact in the video data.
A kit of parts comprising a phosphatidylinositol 3-kinase delta (PI3K delta) inhibitor and a modified vaccinia virus for use in a method for the treatment of cancer, wherein the gene for thymidine kinase is deleted from the viral genome of the modified vaccinia virus, wherein the method comprises administration of the modified vaccinia virus subsequent to the administration of the phosphatidylinositol 3-kinase delta (PI3K delta) inhibitor, wherein the modified vaccinia virus is for intravenous administration and wherein the cancer is a non-resectable tumour.
A computer-implemented method of providing a digital representation of an orthodontic template for positioning an object on a patient's tooth, the method comprising: obtaining a digital tooth model of the patient's tooth; positioning a virtual object on the digital tooth model at a location on the tooth; scaling the digital tooth model; superimposing the scaled digital tooth model over the original digital tooth model; providing the digital representation of the orthodontic template for positioning a said object on the patient's tooth, wherein the digital representation is based on the scaled digital tooth model and the original digital tooth model. obtaining a digital tooth model of the patient's tooth; positioning a virtual object on the digital tooth model at a location on the tooth; scaling the digital tooth model; superimposing the scaled digital tooth model over the original digital tooth model; providing the digital representation of the orthodontic template for positioning a said object on the patient's tooth, wherein the digital representation is based on the scaled digital tooth model and the original digital tooth model.