mhurhangee/ep-ind-claims huggingface dataset:
A method of operating an immunization component (264, 268) in a system that includes a server connected to a client (114, 118) through a network (120, 124), the immunization component being part of client software or being located on the server, the method comprising: receiving (304, 504, 604, 704) information in response to a request from the client (114, 118), the received information containing code, the code having a potential exploit of a web browser software vulnerability, the received information being for consumption by a software service executing on the client; creating (308, 520, 620, 718) modified information from the received information by inserting a script into the received information configured to, upon an execution of the script, reduce or eliminate the code's ability to exploit the potential exploit of the web browser software vulnerability, the script reducing or eliminating the code's ability if the code attempts to exploit the potential exploit of the web browser software, the script allowing the code to run without disruption if the code does not attempt to exploit the potential exploit of the web browser software, the modified information including both the script and the code; and providing (312, 524, 624, 720) the modified information to the software service executing on the client to generate new content on the client. receiving (304, 504, 604, 704) information in response to a request from the client (114, 118), the received information containing code, the code having a potential exploit of a web browser software vulnerability, the received information being for consumption by a software service executing on the client; creating (308, 520, 620, 718) modified information from the received information by inserting a script into the received information configured to, upon an execution of the script, reduce or eliminate the code's ability to exploit the potential exploit of the web browser software vulnerability, the script reducing or eliminating the code's ability if the code attempts to exploit the potential exploit of the web browser software, the script allowing the code to run without disruption if the code does not attempt to exploit the potential exploit of the web browser software, the modified information including both the script and the code; and providing (312, 524, 624, 720) the modified information to the software service executing on the client to generate new content on the client.
A support system for spring elements of a mattress or undermattress comprising a plurality of support elements to which the spring elements can be attached, wherein the support elements each have at least one longitudinal strut extending in a first spatial direction and at least one transverse strut extending in a second spatial direction facing transversely to the first spatial direction, wherein the support elements can be joined together via the longitudinal struts and transverse struts to form a grid-like structure, wherein respective connection means (27, 29) are provided at the support elements and are configured for connecting the longitudinal strut of a support element to a connection section, in particular to a transverse strut, of an adjacent support element at at least two different connection points of the connection section, in particular of the transverse strut, characterized in that the connection points are spaced apart from one another with respect to the second spatial direction.
A disposable keg for food liquids to be used with tapping means for tapping the latter, comprising: - an outer container made of polymeric material including a neck; - a deformable bag susceptible to internally house the food liquid, said bag being housed inside said outer container; - feeding means for the feeding of the food liquid, reciprocally connectable with the tapping means, said feeding means comprising a valve assembly placed in correspondence to the neck of said outer container, said valve assembly including a base element and a valve casing reciprocally coupled to each other characterized in that said valve casing includes a lower surface ( 68"), said base element including an upper surface susceptible to remain faced to said lower surface ( 68"), said deformable bag having at least one portion interposed between said bottom ( 68") and upper surfaces, said base element and said valve casing being reciprocally configured so that said at least one portion of said deformable bag comes in contact respectively with said upper and lower ( 68") surfaces. - an outer container made of polymeric material including a neck; - a deformable bag susceptible to internally house the food liquid, said bag being housed inside said outer container; - feeding means for the feeding of the food liquid, reciprocally connectable with the tapping means, said feeding means comprising a valve assembly placed in correspondence to the neck of said outer container, said valve assembly including a base element and a valve casing reciprocally coupled to each other
A rolling element bearing assembly for an electrically-assisted turbocharger, the bearing assembly comprising: an inner race having an outer diameter defining an inner raceway; an outer race having an outer diameter and an inner diameter, the outer-race inner diameter defining an outer raceway; a single row of rolling elements between the inner raceway and the outer raceway; a housing; and a squeeze-film damper integrated with the outer race to form a single component, the squeeze-film damper providing a squeeze-film damper surface between the outer-race outer diameter and the housing, wherein the outer race has a circumferentially arranged integral end-stop flange forming a single component therewith, characterized in that the end-stop flange defines a radially extending contiguous boundary of the squeeze-film damper surface. an inner race having an outer diameter defining an inner raceway; an outer race having an outer diameter and an inner diameter, the outer-race inner diameter defining an outer raceway; a single row of rolling elements between the inner raceway and the outer raceway; a housing; and a squeeze-film damper integrated with the outer race to form a single component, the squeeze-film damper providing a squeeze-film damper surface between the outer-race outer diameter and the housing, wherein the outer race has a circumferentially arranged integral end-stop flange forming a single component therewith, characterized in that the end-stop flange defines a radially extending contiguous boundary of the squeeze-film damper surface.
An apparatus, comprising: an analog switch including an n-type metal oxide semiconductor, NMOS, circuit in parallel with a p-type metal oxide semiconductor, PMOS, circuit between a switch input (In) and a switch output (Out), the analog switch responsive to an enable signal that determines switch state thereof; the NMOS circuit including a switch N-channel transistor coupled between the switch input (In) or the switch output (Out) and a source or drain of a buffer N-channel transistor (MN in, MN out), a gate of the switch N-channel transistor coupled to the enable signal and a gate of the buffer N-channel transistor (MN in, MN out) coupled to a modulated N-channel gate voltage (NGATE); the PMOS circuit including a switch P-channel transistor coupled between the switch input (In) or the switch output (Out) and a source or drain of a buffer P-channel transistor (MP in, MP out), a gate of the switch P-channel transistor coupled to a complement (EN_B) of the enable signal and a gate of the buffer P-channel transistor (MP in, MP out) coupled to a modulated P-channel gate voltage (PGATE); and a control circuit coupled to the analog switch and receiving the enable signal, the control circuit configured to provide the modulated N-channel and modulated P-channel gate voltages (NGATE, PGATE) each of which alternates between a respective supply voltage (Vdd, Gnd) and a respective gate induced drain leakage, GIDL, mitigation voltage (V gidl, V' gidi) based on the state of the enable signal. an analog switch including an n-type metal oxide semiconductor, NMOS, circuit in parallel with a p-type metal oxide semiconductor, PMOS, circuit between a switch input (In) and a switch output (Out), the analog switch responsive to an enable signal that determines switch state thereof; the NMOS circuit including a switch N-channel transistor coupled between the switch input (In) or the switch output (Out) and a source or drain of a buffer N-channel transistor (MN in, MN out), a gate of the switch N-channel transistor coupled to the enable signal and a gate of the buffer N-channel transistor (MN in, MN out) coupled to a modulated N-channel gate voltage (NGATE); the PMOS circuit including a switch P-channel transistor coupled between the switch input (In) or the switch output (Out) and a source or drain of a buffer P-channel transistor (MP in, MP out), a gate of the switch P-channel transistor coupled to a complement (EN_B) of the enable signal and a gate of the buffer P-channel transistor (MP in, MP out) coupled to a modulated P-channel gate voltage (PGATE); and a control circuit coupled to the analog switch and receiving the enable signal, the control circuit configured to provide the modulated N-channel and modulated P-channel gate voltages (NGATE, PGATE) each of which alternates between a respective supply voltage (Vdd, Gnd) and a respective gate induced drain leakage, GIDL, mitigation voltage (V gidl, V' gidi) based on the state of the enable signal.
A magnesium alloy comprising, in mass%, from 1% to 12% inclusive of Al and from 0.1% to 5% inclusive of Mn, and optionally one or more of from 0.2% to 7.0% inclusive of Zn, from 0.2% to 6.0% inclusive of Ca, from 0.2% to 1.0% inclusive of Si, from 0.0001% to 0.002% inclusive of Be, from 0.2% to 7.0% inclusive of Sr, from 1.0% to 6.0% inclusive of Y, from 0.5% to 3.0% inclusive of Ag, from 0.01% to 2.0% inclusive of Sn, from 0.1% to 1.0% inclusive of Zr, from 0.05% to 1.0% inclusive of Ce, and from 1.0% to 3.5% inclusive of rare-earth elements excluding Y and Ce, the balance being Mg and inevitable impurities and the content of Mg being more than 50%, wherein the magnesium alloy has a structure in which particles of a compound containing Al and Mn are dispersed, the compounds containing Al and Mn being intermetallic compounds containing only Al and Mn and optionally Fe as an inevitable impurity, an average diameter of the particles of the compound is from 0.3 μm to 1 μm inclusive, an area ratio of the particles of the compound is from 3.5% to 25% inclusive, and a maximum diameter of the particles of the compound is less than 2.5 μm.
A banked purification system having, in flow series, an inlet for entry of a fluid, a bank of two or more purification columns (1, 2) in which the fluid is purified by a purifying component, and an outlet for discharging the purified fluid, the columns being arranged in parallel such that the fluid from the inlet splits at first ends of the columns into respective streams which flow through the columns and recombine at second ends of the columns for onward travel to the outlet; wherein the columns are pressure-retaining extruded columns, and wherein: the columns have first ports at the first ends in the extruded side walls of the columns, the facing first ports of neighbouring columns being connected to each other such that the first ends are placed in fluid communication to create a manifold from the first ends of the columns, the fluid flowing sequentially through the first ends with respective portions of the flow splitting away from the sequential flow of the first ends to form said streams, and/or the columns have second ports at the second ends in the extruded side walls of the columns, the facing second ports of neighbouring columns being connected to each other such that the second ends are placed in fluid communication to create a manifold from the second ends of the columns, the fluid flowing sequentially through the second ends with respective portions of the flow recombining with the sequential flow of the second ends from said streams.
Method for controlling an injection molding system with a mold having an inner surface and at least two groups of cavities, each group of cavities comprising at least one cavity, being confined by the inner surface, with a material being pressed into each cavity for simultaneously forming an article in each cavity; and the group of cavities further having precisely one pressure sensor being arranged at the inner surface in an area of a cavity of each group of cavities, and each group of cavities being at least partly surrounded by a tempering unit, the method comprising the steps of: a) determining a pressure (11, 12,13) in each group of cavities of the at least two groups of cavities while simultaneously forming the article in each cavity, b) determining a reference pressure for each group of cavities while simultaneously forming the article in each cavity, c) determining a difference between the reference pressure and the pressure (11, 12, 13) of at least one group of cavities while simultaneously forming the article in each cavity, and d) controlling the difference to become minimum while simultaneously forming the article in each cavity, wherein e) step d) is performed by manipulating an energy flow of the tempering unit. a) determining a pressure (11, 12,13) in each group of cavities of the at least two groups of cavities while simultaneously forming the article in each cavity, b) determining a reference pressure for each group of cavities while simultaneously forming the article in each cavity, c) determining a difference between the reference pressure and the pressure (11, 12, 13) of at least one group of cavities while simultaneously forming the article in each cavity, and d) controlling the difference to become minimum while simultaneously forming the article in each cavity, wherein e) step d) is performed by manipulating an energy flow of the tempering unit.
A phosphor comprising: an inorganic compound comprising: a crystal designated by Sr 3 Si 8 O 4 N 10 or an inorganic crystal having an identical crystal structure to a crystal structure of the crystal designated by Sr 3 Si 8 O 4 N 10, into which M element is solid-solved (here, M is one or more kinds of elements selected from the group consisting of Mn, Ce, Pr, Nd, Sm, Eu, Tb, Dy, and Yb), wherein the crystal or the inorganic crystal comprises: at least A element, D element, and X element (here, A is one or more kinds of elements selected from the group consisting of Li, Mg, Ca, Sr, and Ba; D is one or more kinds of elements selected from the group consisting of Si, Ge, Sn, Ti, Zr, and Hf; and X is one or more kinds of elements selected from the group consisting of O, N, and F), and wherein the crystal or the inorganic crystal, if necessary, comprises: E element (here, E is one or more kinds of elements selected from the group consisting of B, Al, Ga, In, Sc, Y, and La). a crystal designated by Sr 3 Si 8 O 4 N 10 or an inorganic crystal having an identical crystal structure to a crystal structure of the crystal designated by Sr 3 Si 8 O 4 N 10, into which M element is solid-solved (here, M is one or more kinds of elements selected from the group consisting of Mn, Ce, Pr, Nd, Sm, Eu, Tb, Dy, and Yb), wherein the crystal or the inorganic crystal comprises: at least A element, D element, and X element (here, A is one or more kinds of elements selected from the group consisting of Li, Mg, Ca, Sr, and Ba; D is one or more kinds of elements selected from the group consisting of Si, Ge, Sn, Ti, Zr, and Hf; and X is one or more kinds of elements selected from the group consisting of O, N, and F), and wherein the crystal or the inorganic crystal, if necessary, comprises: E element (here, E is one or more kinds of elements selected from the group consisting of B, Al, Ga, In, Sc, Y, and La).
A time-temperature indicating module comprising: a spread materials interposing layer with a spread material interposed inside, the spread material configured to melt in response to a temperature change; a spread medium layer provided above the spread materials interposing layer, the spread medium layer configured to absorb the spread material to allow it to spread; an indicating layer provided above the spread medium layer, which enables a user to see from the exterior whether the spread material is spread or not; and a starting member provided on the inside of the spread materials interposing layer, which enables the spread material and spread medium layer to come into contact via a crack generated by external pressure, said time-temperature indicating module being characterised in that the starting member is a synthetic resin including a crystalline compound that contains at least one of calcium carbonate powder or titanium dioxide. a spread materials interposing layer with a spread material interposed inside, the spread material configured to melt in response to a temperature change; a spread medium layer provided above the spread materials interposing layer, the spread medium layer configured to absorb the spread material to allow it to spread; an indicating layer provided above the spread medium layer, which enables a user to see from the exterior whether the spread material is spread or not; and a starting member provided on the inside of the spread materials interposing layer, which enables the spread material and spread medium layer to come into contact via a crack generated by external pressure, said time-temperature indicating module being characterised in that the starting member is a synthetic resin including a crystalline compound that contains at least one of calcium carbonate powder or titanium dioxide.
A biodegradable resin container having a container wall comprising a biodegradable resin and having a vacuum-evaporated film formed on an inner surface of the container wall by a plasma CVD method; wherein said vacuum-evaporated film includes a first hydrocarbon vacuum-evaporated layer positioned on the inner surface of the container wall and a second hydrocarbon vacuum-evaporated layer formed on said first hydrocarbon vacuum-evaporated layer; said first hydrocarbon vacuum-evaporated layer has polar groups introduced therein; and said second hydrocarbon vacuum-evaporated layer exhibits hydrocarbon peaks stemming from CH, CH 2 and CH 3 in a region of wave numbers of 3200 to 2600 cm -1 as measured by FT-IR, has a CH 2 ratio of not larger than 35% and a CH 3 ratio of not smaller than 40% per the sum of CH, CH 2 and CH 3 calculated from the hydrocarbon peaks, and has no polar group introduced therein.
Foam-generating device, comprising: - a reservoir of foaming liquid, - a container of compressed air, - a first pipe leaving the reservoir and passing through a pneumatic pump, being connected to suction and delivery ports of said pneumatic pump, - a second pipe leaving the container and ending in the pneumatic pump, - the first pipe and the second pipe leading to a mixer of the foaming liquid and compressed air, wherein the foam is formed; - the second pipe comprising a bifurcation, fitted with an atmospheric pressure expansion valve, which leads to a breathing apparatus intended for an operator of the device; characterized in that - the second pipe is fitted with an obturator downstream of the bifurcation, and in that the obturator is associated with a compressed air pressure tap at the outlet of the container, which automatically closes the obturator when said pressure drops below a threshold, thereby automatically cutting off the supply of compressed air to the pneumatic pump and the mixer in order to reserve the air for the breathing of the operator wearing the breathing apparatus. - a reservoir of foaming liquid, - a container of compressed air, - a first pipe leaving the reservoir and passing through a pneumatic pump, being connected to suction and delivery ports of said pneumatic pump, - a second pipe leaving the container and ending in the pneumatic pump, - the first pipe and the second pipe leading to a mixer of the foaming liquid and compressed air, wherein the foam is formed; - the second pipe comprising a bifurcation, fitted with an atmospheric pressure expansion valve, which leads to a breathing apparatus intended for an operator of the device; characterized in that - the second pipe is fitted with an obturator downstream of the bifurcation, and in that the obturator is associated with a compressed air pressure tap at the outlet of the container, which automatically closes the obturator when said pressure drops below a threshold, thereby automatically cutting off the supply of compressed air to the pneumatic pump and the mixer in order to reserve the air for the breathing of the operator wearing the breathing apparatus.
A seal ring mounted in an annular groove provided around an outer circumference of a shaft for sealing an annular gap between a shaft relatively rotating and a housing to hold fluid pressure of a sealing region configured to allow change in fluid pressure, the seal ring, in close contact to a side wall surface of the annular groove on the low pressure side slides with respect to an inner peripheral surface of a shaft hole in the housing, the shaft inserted therethrough, comprising: on an outer peripheral surface side, a recessed section provided centrally in a width direction and extending in a circumferential direction, and a pair of raised sections provided on both sides with the recessed section therebetween for sliding with respect to an inner peripheral surface of the shaft hole; the seal ring, having a through hole provided to lead to a bottom surface of the recessed section from an inner peripheral surface side and to enable sealed fluid to be introduced into the recessed section from the inner peripheral surface side, is configured so that an effective pressure receiving area from the inner peripheral surface side that contributes to a force pressing against an inner peripheral surface of the shaft hole by the fluid pressure is narrower than an effective pressure receiving area from the inner peripheral surface side that contributes to a force pressing against a side wall surface of the annular groove on a low pressure side, characterized in that the seal ring is made of a resin material and being configured by combining a first divided body of a high pressure side and a second divided body of a low pressure side, the first divided body and the second divided body are both made of the resin material and mounted directly to one another in an axial direction, and a dividing position between the first divided body and the second divided body being set so as to pass through a portion where the recessed section is provided, wherein a third fitted raised portion (100A1) that projects directly facing the low pressure side in the axial direction and a third fitted recessed portion (100A2) that recesses directly facing the high pressure side in the axial direction is alternatingly provided in plurality in the circumferential direction on the side wall surface side of the low pressure side on the first divided body; and a fourth fitted recessed portion (100B2) that fits the third fitted raised portion (100A1) recesses directly facing the low pressure side in the axial direction and a fourth fitted raised portion (100B1) that fits the third fitted recessed portion (100A2) projects directly facing the high pressure side in the axial direction is alternatingly provided in plurality in the circumferential direction on the side wall surface side of the high pressure side on the second divided body, wherein a gap is provided in the circumferential direction between the third fitted raised portion (100A1) and the fourth fitted raised portion (100B1) such that the through hole is formed by the gap.