mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising an integrated circuit, the integrated circuit comprising: a supply rail; a ground rail; and a first cell, the first cell having a left edge and a right edge, the first cell comprising: a p-doped diffusion region contained in the first cell and continuous from the left edge to the right edge, the p-doped diffusion region electrically connected to the supply rail; a first polysilicon gate disposed above the p-doped diffusion region and electrically connected to the supply rail; an n-doped diffusion region contained in the first cell and continuous from the left edge to the right edge, the n-doped diffusion region electrically connected to the ground rail; a second polysilicon gate disposed above the n-doped diffusion region and electrically connected to the ground rail; characterized by a left floating polysilicon gate disposed over the p-doped and n-doped diffusion regions and proximal to the left edge; and a right floating polysilicon gate disposed over the p-doped and n-doped diffusion regions and proximal to the right edge. a supply rail; a ground rail; and a first cell, the first cell having a left edge and a right edge, the first cell comprising: a p-doped diffusion region contained in the first cell and continuous from the left edge to the right edge, the p-doped diffusion region electrically connected to the supply rail; a first polysilicon gate disposed above the p-doped diffusion region and electrically connected to the supply rail; an n-doped diffusion region contained in the first cell and continuous from the left edge to the right edge, the n-doped diffusion region electrically connected to the ground rail; a second polysilicon gate disposed above the n-doped diffusion region and electrically connected to the ground rail; characterized by a left floating polysilicon gate disposed over the p-doped and n-doped diffusion regions and proximal to the left edge; and a right floating polysilicon gate disposed over the p-doped and n-doped diffusion regions and proximal to the right edge. a p-doped diffusion region contained in the first cell and continuous from the left edge to the right edge, the p-doped diffusion region electrically connected to the supply rail; a first polysilicon gate disposed above the p-doped diffusion region and electrically connected to the supply rail; an n-doped diffusion region contained in the first cell and continuous from the left edge to the right edge, the n-doped diffusion region electrically connected to the ground rail; a second polysilicon gate disposed above the n-doped diffusion region and electrically connected to the ground rail; characterized by a left floating polysilicon gate disposed over the p-doped and n-doped diffusion regions and proximal to the left edge; and a right floating polysilicon gate disposed over the p-doped and n-doped diffusion regions and proximal to the right edge.
A gasket for use with a connector assembly apt to allow the sealed passage of a fluid through a wall, which gasket has a substantially tubular structure, in such a way as to be traversed from side to side by a tubular element (5; 5000; 5001) of the connector assembly, and comprises a deformable region defined by a first wall and a second wall, the overall configuration of the gasket being such that it can assume: - an installation configuration, in which said gasket can be introduced into a connector seat formed in the wall, crossing it from side to side; and - a sealing configuration, in which said gasket is installed in the wall and deformed at said deformable region (911; 311), in order to abut on an inside mouthpiece of the connector seat, said gasket (99; 300; 80; 800) comprising an annular centering portion apt to allow the centering of the gasket with respect to the tubular element (5; 5000; 5001), which centering portion provides for an increase of thickness of the gasket, and further comprising a terminal portion shaped as an abutment flap (914; 314) apt to abut on an external mouthpiece of the connector seat, wherein said second wall has an internal face and an external face with a mutually inclined development, said internal face presenting a first inclination (α) greater than a second inclination (β) of said external face with respect to a longitudinal axis of said gasket, in such a manner that the thickness of said second wall increases towards said abutment flap and the overall configuration of said gasket being such that said first wall is configured to fold over said second wall in order to realize said sealing configuration. - an installation configuration, in which said gasket can be introduced into a connector seat formed in the wall, crossing it from side to side; and - a sealing configuration, in which said gasket is installed in the wall and deformed at said deformable region (911; 311), in order to abut on an inside mouthpiece of the connector seat,
An antimicrobial agent comprising Lactobacillus, the antimicrobial agent being a fermentation liquor derived from fermentation of Artemisia indica var. maximowiczii, for use in a therapeutic method for reducing a fungus, wherein the fungus is Trichophyton, and wherein the Lactobacillus comprises Lactobacillus parafarraqinis, parabuchneri, buchneri, and harbinensis.
A domestic countertop appliance (2; 102) for heating a fluid contained therein, comprising: an inner wall forming a heating chamber, said heating chamber defining a volume of fluid to be heated in an interior of the appliance (2; 102); a heating arrangement arranged to heat the volume of fluid; and a first light source; characterised in that the appliance further comprises: one or more exterior wall(s) (4; 104) extending around the inner wall and separated from the inner wall to define a space therebetween, at least one exterior wall (4; 104) comprising a plurality of at least partially transparent windows (14; 114) arranged to allow light to pass therethrough and the plurality of at least partially transparent windows (14; 114) being distributed across the exterior wall (4; 104); and wherein the first light source is arranged to project light into the space towards a first portion comprising multiple ones of the plurality of at least partially transparent windows (14; 114) such that, in use, light generated by the first light source passes through the first portion of the plurality of at least partially transparent windows (14; 114). an inner wall forming a heating chamber, said heating chamber defining a volume of fluid to be heated in an interior of the appliance (2; 102); a heating arrangement arranged to heat the volume of fluid; and a first light source; characterised in that the appliance further comprises: one or more exterior wall(s) (4; 104) extending around the inner wall and separated from the inner wall to define a space therebetween, at least one exterior wall (4; 104) comprising a plurality of at least partially transparent windows (14; 114) arranged to allow light to pass therethrough and the plurality of at least partially transparent windows (14; 114) being distributed across the exterior wall (4; 104); and wherein the first light source is arranged to project light into the space towards a first portion comprising multiple ones of the plurality of at least partially transparent windows (14; 114) such that, in use, light generated by the first light source passes through the first portion of the plurality of at least partially transparent windows (14; 114). one or more exterior wall(s) (4; 104) extending around the inner wall and separated from the inner wall to define a space therebetween, at least one exterior wall (4; 104) comprising a plurality of at least partially transparent windows (14; 114) arranged to allow light to pass therethrough and the plurality of at least partially transparent windows (14; 114) being distributed across the exterior wall (4; 104); and wherein the first light source is arranged to project light into the space towards a first portion comprising multiple ones of the plurality of at least partially transparent windows (14; 114) such that, in use, light generated by the first light source passes through the first portion of the plurality of at least partially transparent windows (14; 114).
A method for managing communication over a network (412, 414), comprising: employing a traffic management system (TMS, 406) for packet flows over the network, wherein the TMS includes information for deploying one or more component virtual machines (CVMs, 426) to one or more of a separate cloud infrastructure and locally for execution on the TMS, wherein each deployed CVM is enabled to perform one or more tasks of the TMS; automatically deploying one or more of the CVMs to the separate cloud infrastructure based on a usage pattern that indicates the workload of a CVM or the TMS, or to perform a low security task of the TMS based on a CVM deployment policy; automatically deploying one or more of the CVMs locally, to perform a high security task; monitoring a periodic heartbeat for each deployed CVM, wherein the heartbeat advertises one or more of being in current communication with the TMS, in current communication with one or more other deployed CVMs, or an ability of a CVM to perform a task; and monitoring usage patterns associated with each deployed CVM to determine a corresponding workload of each deployed CVM. employing a traffic management system (TMS, 406) for packet flows over the network, wherein the TMS includes information for deploying one or more component virtual machines (CVMs, 426) to one or more of a separate cloud infrastructure and locally for execution on the TMS, wherein each deployed CVM is enabled to perform one or more tasks of the TMS; automatically deploying one or more of the CVMs to the separate cloud infrastructure based on a usage pattern that indicates the workload of a CVM or the TMS, or to perform a low security task of the TMS based on a CVM deployment policy; automatically deploying one or more of the CVMs locally, to perform a high security task; monitoring a periodic heartbeat for each deployed CVM, wherein the heartbeat advertises one or more of being in current communication with the TMS, in current communication with one or more other deployed CVMs, or an ability of a CVM to perform a task; and monitoring usage patterns associated with each deployed CVM to determine a corresponding workload of each deployed CVM.
A hinge for doors and windows having a fixed frame and a movable sash connected to each other by the hinge; the hinge comprising: - a first hinge body having at least one plate for fastening, through screw means, to a profile of the fixed frame and a pair of cylindrical sockets (8, 9) which are coaxial and spaced from each other; - a second hinge body having a plate for fastening, with screw means, to the profile of the movable sash and a single cylindrical socket which is operatively positioned between the two sockets (8, 9) of the first hinge body; - a shared hinge pin housed inside the three sockets (8, 9, 12) to define an axis of rotation of the sash; - adjustment means configured to vary the position of the sash along an axis parallel to the axis of rotation, whereby the adjustment means comprise a pin: - made to pass through a hole in the profile of the sash and screwed into a counter plate; - and having a free end configured as a threaded housing accommodating a screw means for adjusting the sash along the axis relative to the fixed frame; the screw means being operatively in head contact with the upper end of the fastening plate of the second hinge body in order to configure a fixed point for abutting and opposing the plate itself so as to lift or lower the sash relative to the hinge bodies (4, 5), in a configuration where the screw means for fastening the plate are loose; the fastening plate having at said upper end at least one indentation within which the said free end of the pin provided with the adjustment screw means is operatively accommodated with the adjustment screw means operatively in head contact with the bottom of said indentation. - a first hinge body having at least one plate for fastening, through screw means, to a profile of the fixed frame and a pair of cylindrical sockets (8, 9) which are coaxial and spaced from each other; - a second hinge body having a plate for fastening, with screw means, to the profile of the movable sash and a single cylindrical socket which is operatively positioned between the two sockets (8, 9) of the first hinge body; - a shared hinge pin housed inside the three sockets (8, 9, 12) to define an axis of rotation of the sash; - adjustment means configured to vary the position of the sash along an axis parallel to the axis of rotation, - made to pass through a hole in the profile of the sash and screwed into a counter plate; - and having a free end configured as a threaded housing accommodating a screw means for adjusting the sash along the axis relative to the fixed frame; the screw means being operatively in head contact with the upper end of the fastening plate of the second hinge body in order to configure a fixed point for abutting and opposing the plate itself so as to lift or lower the sash relative to the hinge bodies (4, 5), in a configuration where the screw means for fastening the plate are loose; the fastening plate having at said upper end at least one indentation within which the said free end of the pin provided with the adjustment screw means is operatively accommodated with the adjustment screw means operatively in head contact with the bottom of said indentation.
A combined baler/bale wrapper comprising a chassis, a baler mounted on the chassis and a bale wrapper mounted on the chassis, the bale wrapper comprising rotatably mounted substantially parallel spaced apart first and second bale support rollers (50,51) operable in a bale wrapping state for supporting the bale and for rotating the bale about a first wrapping axis during wrapping of the bale, and a transfer means for transferring a bale onto the bale wrapper, the transfer means being pivotal about a transfer pivot axis from a first state for receiving a bale thereon to a second state for transferring the bale onto the bale wrapper, characterised in that the first bale support roller is mounted on the transfer means and is moveable relative to and independently of the second bale support roller in a generally downwardly direction from the bale wrapping state as the transfer means is pivoted about the transfer pivot axis from the first state to the second state for minimising the headroom required by the bale as the bale is being transferred by the transfer means to the bale wrapper, and the bale wrapper is located relative to the baler so that a formed bale is discharged from the baler onto the transfer means when the transfer means is in the first state.
A sensor for analysis of a fluid sample comprising: a sample cavity including a fluid inlet area for accepting sample fluid; at least one test region disposed along the sample cavity, the at least one test region including a first electrode and a second electrode for testing the fluid sample; and at least one vent for venting the sample cavity, characterized in that the at least one vent includes at least one sample guide edge between the fluid inlet area and the second electrode for directing the sample fluid to the second electrode in the at least one test region. a sample cavity including a fluid inlet area for accepting sample fluid; at least one test region disposed along the sample cavity, the at least one test region including a first electrode and a second electrode for testing the fluid sample; and at least one vent for venting the sample cavity, characterized in that the at least one vent includes at least one sample guide edge between the fluid inlet area and the second electrode for directing the sample fluid to the second electrode in the at least one test region.
Composite component made of plastic for decorative elements in the interior of motor vehicles consisting of at least one support made of galvanisable plastic and at least one decorative insert made of galvanoresistant plastic which is undetachably connected to the support, characterised in that the galvanisable plastic of the support is an acrylonitrile-butadiene-styrene copolymer and the support is plasma-treated with an active gas in the area to be coated, wherein only a partial coating is carried out, and the galvanorestistant plastic of the decorative insert is a cyclo-olefin copolymer or a polyamide 12 (PA 12), wherein the galvanisable plastic of the support is an acrylonitrile-butadiene-styrene copolymer having portions of polycarbonate.
A solid oxide fuel cell comprising: a fuel cell stack configured by stacking a plurality of cell units, each of the cell units including an electrolyte electrode assembly and a separator; a casing disposed at one end side of the fuel cell stack in a stacking direction; an application part that applies stacking force to the fuel cell stack along the stacking direction via the casing; and a facilitating mechanism that facilitates elongation of the casing due to linear expansion, wherein the facilitating mechanism has a space that is provided between the casing and an end current collector, which is provided at an end portion on one end side of the fuel cell stack, and that absorbs the linear expansion of the fuel cell stack in the stacking direction, and each of the end current collector and the casing includes an inclined surface (41a, 20a) that is inclined relative to the stacking direction, and the end current collector plate and the casing are interconnected at the inclined surfaces via the space; characterised in that the facilitating mechanism further includes a heater for heating gas, and the space is a gas flow passage through which the gas heated by the heater flows. a fuel cell stack configured by stacking a plurality of cell units, each of the cell units including an electrolyte electrode assembly and a separator; a casing disposed at one end side of the fuel cell stack in a stacking direction; an application part that applies stacking force to the fuel cell stack along the stacking direction via the casing; and a facilitating mechanism that facilitates elongation of the casing due to linear expansion, wherein the facilitating mechanism has a space that is provided between the casing and an end current collector, which is provided at an end portion on one end side of the fuel cell stack, and that absorbs the linear expansion of the fuel cell stack in the stacking direction, and each of the end current collector and the casing includes an inclined surface (41a, 20a) that is inclined relative to the stacking direction, and the end current collector plate and the casing are interconnected at the inclined surfaces via the space; characterised in that the facilitating mechanism further includes a heater for heating gas, and the space is a gas flow passage through which the gas heated by the heater flows.
Supercharger for an engine of an industrial or commercial vehicle, said supercharger comprising; - a supercharger body housing parts for air compression and defining a side from which a propeller shaft projects; - a closing head connected to said supercharger body and made in a single casting body, - a cooling circuit defined at least in part in said head, said cooling circuit comprising at least an input section and an output section of a cooling liquid, wherein said head comprises at least a first portion defining a first connection port, that is made in a single piece with the head itself, to which a first hydraulic connector can be directly connected in order to connect said cooling circuit to a first circulation line of said cooling liquid external to said supercharger, said first port defining one of said sections of said cooling circuit, characterised in that the first hydraulic connector being a snap-fit connector and the first connection port being suitable for said snap-fit connector. - a supercharger body housing parts for air compression and defining a side from which a propeller shaft projects; - a closing head connected to said supercharger body and made in a single casting body, - a cooling circuit defined at least in part in said head, said cooling circuit comprising at least an input section and an output section of a cooling liquid, wherein said head comprises at least a first portion defining a first connection port, that is made in a single piece with the head itself, to which a first hydraulic connector can be directly connected in order to connect said cooling circuit to a first circulation line of said cooling liquid external to said supercharger, said first port defining one of said sections of said cooling circuit, characterised in that the first hydraulic connector being a snap-fit connector and the first connection port being suitable for said snap-fit connector.
A method of analyzing a plasma sample of a human organism, the plasma sample comprising cell-free DNA originating from normal cells and potentially from cells associated with cancer, the method comprising: analyzing a plurality of cell-free DNA molecules from the plasma sample, wherein analyzing a cell-free DNA molecule includes: determining a location of the cell-free DNA molecule in a genome of the human organism by mapping, via sequence reads, the cell-free DNA molecule to a part of a human genome; and determining whether the cell-free DNA molecule is methylated at one or more CpG sites of a plurality of CpG sites organized into a plurality of CpG islands, each CpG island including more than one CpG site; determining a respective number of cell-free DNA molecules at each of the plurality of CpG islands that are methylated; calculating a first methylation level based on the respective numbers of cell-free DNA molecules that are methylated at the plurality of CpG islands; comparing the first methylation level to a first cutoff value indicative of whether cancer is present; and determining a classification of whether cancer is present based on the comparison. analyzing a plurality of cell-free DNA molecules from the plasma sample, wherein analyzing a cell-free DNA molecule includes: determining a location of the cell-free DNA molecule in a genome of the human organism by mapping, via sequence reads, the cell-free DNA molecule to a part of a human genome; and determining whether the cell-free DNA molecule is methylated at one or more CpG sites of a plurality of CpG sites organized into a plurality of CpG islands, each CpG island including more than one CpG site; determining a location of the cell-free DNA molecule in a genome of the human organism by mapping, via sequence reads, the cell-free DNA molecule to a part of a human genome; and determining whether the cell-free DNA molecule is methylated at one or more CpG sites of a plurality of CpG sites organized into a plurality of CpG islands, each CpG island including more than one CpG site; determining a respective number of cell-free DNA molecules at each of the plurality of CpG islands that are methylated; calculating a first methylation level based on the respective numbers of cell-free DNA molecules that are methylated at the plurality of CpG islands; comparing the first methylation level to a first cutoff value indicative of whether cancer is present; and determining a classification of whether cancer is present based on the comparison.