mhurhangee/patent-ind-claim-en huggingface dataset:
Method for compacting asphalt material (A) by means of at least one soil compactor having at least one compactor roller with a motion generation arrangement assigned to the same, for generating a deflection movement of the compactor roller superimposed on a rolling movement of the compactor roller when the soil compactor is moved over the asphalt material (A) to be compacted, comprising the measure: a) detection of an asphalt temperature of the asphalt material (A) to be compacted, characterized by the following further measures: b) static compaction of the asphalt material (A) with a deactivated motion generation arrangement of the at least one compactor roller, if the asphalt temperature lies above an upper threshold temperature (O), c) static compaction of the asphalt material (A) with a deactivated motion generation arrangement of the at least one compactor roller, if the asphalt temperature lies below a lower threshold temperature (U), wherein, when the asphalt material is in an intermediate temperature range (Z) limited by the upper threshold temperature (O) and the lower threshold temperature (U), the asphalt material (A) to be compacted is compacted with an activated motion generating arrangement of at least one compactor roller , wherein the upper threshold temperature (O) or/and the lower threshold temperature (U) is/are set depending on at least one surroundings parameter (T, W) influencing the cooling behavior of the asphalt material (A) to be compacted. a) detection of an asphalt temperature of the asphalt material (A) to be compacted, characterized by the following further measures: b) static compaction of the asphalt material (A) with a deactivated motion generation arrangement of the at least one compactor roller, if the asphalt temperature lies above an upper threshold temperature (O), c) static compaction of the asphalt material (A) with a deactivated motion generation arrangement of the at least one compactor roller, if the asphalt temperature lies below a lower threshold temperature (U), b) static compaction of the asphalt material (A) with a deactivated motion generation arrangement of the at least one compactor roller, if the asphalt temperature lies above an upper threshold temperature (O), c) static compaction of the asphalt material (A) with a deactivated motion generation arrangement of the at least one compactor roller, if the asphalt temperature lies below a lower threshold temperature (U), wherein, when the asphalt material is in an intermediate temperature range (Z) limited by the upper threshold temperature (O) and the lower threshold temperature (U), the asphalt material (A) to be compacted is compacted with an activated motion generating arrangement of at least one compactor roller , wherein the upper threshold temperature (O) or/and the lower threshold temperature (U) is/are set depending on at least one surroundings parameter (T, W) influencing the cooling behavior of the asphalt material (A) to be compacted.
A vaccine composition for use in a method of protecting a human subject against dengue disease, wherein said composition comprises a dengue antigen of serotype 1, a dengue antigen of serotype 2, a dengue antigen of serotype 3 and a dengue antigen of serotype 4: wherein said dengue antigens of serotypes 1, 2, 3 and 4 are each a live attenuated chimeric virus and wherein said live attenuated chimeric dengue viruses comprise a yellow fever virus genome whose prM-E sequence has been substituted with the prM-E sequence of a dengue virus; wherein said human subject is 2-45 years of age and has previously been infected by a dengue virus; and wherein said method comprises administering said composition in a first dose, a second dose and a third dose and wherein said second dose is to be administered six months after said first dose and wherein said third dose is to be administered twelve months after said first dose and wherein said doses are administered via a subcutaneous route. wherein said dengue antigens of serotypes 1, 2, 3 and 4 are each a live attenuated chimeric virus and wherein said live attenuated chimeric dengue viruses comprise a yellow fever virus genome whose prM-E sequence has been substituted with the prM-E sequence of a dengue virus; wherein said human subject is 2-45 years of age and has previously been infected by a dengue virus; and wherein said method comprises administering said composition in a first dose, a second dose and a third dose and wherein said second dose is to be administered six months after said first dose and wherein said third dose is to be administered twelve months after said first dose and wherein said doses are administered via a subcutaneous route.
An apparatus comprising: - a signal interface for receiving a cardiovascular motion signal and for receiving information indicative of a frequency of a respiratory rhythm, and - a processing device coupled to the signal interface and configured to detect amplitude variation from the cardiovascular motion signal, the amplitude variation being variation of amplitude of a wave pattern repeating on a heart-beat rate on the cardiovascular motion signal so that the amplitude variation includes a plurality of increases of the amplitude and a plurality of decreases of the amplitude, characterized in that the processing device is further configured to: - computationally determine a signal component of the amplitude variation having the frequency of the respiratory rhythm by correlating a time trend of the amplitude with a sine function and/or a cosine function having the frequency of the respiratory rhythm, and - produce a signal expressing atrial fibrillation in response to a situation in which the signal component of the amplitude variation having the frequency of the respiratory rhythm is less than a threshold. - a signal interface for receiving a cardiovascular motion signal and for receiving information indicative of a frequency of a respiratory rhythm, and - a processing device coupled to the signal interface and configured to detect amplitude variation from the cardiovascular motion signal, the amplitude variation being variation of amplitude of a wave pattern repeating on a heart-beat rate on the cardiovascular motion signal so that the amplitude variation includes a plurality of increases of the amplitude and a plurality of decreases of the amplitude, - computationally determine a signal component of the amplitude variation having the frequency of the respiratory rhythm by correlating a time trend of the amplitude with a sine function and/or a cosine function having the frequency of the respiratory rhythm, and - produce a signal expressing atrial fibrillation in response to a situation in which the signal component of the amplitude variation having the frequency of the respiratory rhythm is less than a threshold.
A gel sheet mask , comprising: a sheet-like support layer ; and a gel layer that consists of a gel composition and that is applied to one surface of the support layer , wherein the gel sheet mask further comprises a metallic occlusive layer that is applied to the other surface of the support layer , which is different from the surface of the support layer to which the gel layer is applied, so as to cover the other surface of the support layer ; wherein the gel sheet mask has a center line (X), and during non-use, the gel sheet mask is in a state of being folded in half centered on the center line (X) so that the gel layer is sandwiched by the support layer ; wherein the metallic occlusive layer is a layer of one material selected from the group consisting of gold, silver, and aluminum that is directly adhered onto the other surface of the support layer . a sheet-like support layer ; and a gel layer that consists of a gel composition and that is applied to one surface of the support layer , wherein the gel sheet mask further comprises a metallic occlusive layer that is applied to the other surface of the support layer , which is different from the surface of the support layer to which the gel layer is applied, so as to cover the other surface of the support layer ; wherein the gel sheet mask has a center line (X), and during non-use, the gel sheet mask is in a state of being folded in half centered on the center line (X) so that the gel layer is sandwiched by the support layer ; wherein the metallic occlusive layer is a layer of one material selected from the group consisting of gold, silver, and aluminum that is directly adhered onto the other surface of the support layer .
An emergency shower test device with a collection container and an inlet pipe , which on its upper end has a receptacle for the head of an emergency shower to be tested, leads into the collection container on its lower end and is designed so as to be height-adjustable by means of a lockable adjusting apparatus , wherein the inlet pipe can be largely moved into the collection container , and with a drainage device that is arranged in the lower region of the collection container and serves for emptying the collection container , wherein the receptacle is integrated into the upper end of the inlet pipe , characterized in that the inlet pipe has such a constant diameter that it can completely receive the head of the emergency shower, in that the adjusting apparatus comprises a deflected cable with a counterweight , which is adapted to the weight of the inlet pipe , and in that a frame is provided, in which the collection container is arranged in an elevated manner, wherein the drainage device is based exclusively on gravity.
An effluent container comprising: a first sheet of material having at least four sides; a second sheet of material also having at least four sides attached to the first sheet of material on at least three sides such that a fourth side of both the first and second sheets are not attached and form an open end to the container , the container having an interior and a single opening at the open end ; a first liner attached to the first sheet of material; a second liner attached to the second sheet of material; a closure structure located on the fourth side of both the first and second sheets and configured to allow the container to be closed onto a structure ; an attaching structure attached to the fourth side of both the first and second sheets and configured to provide attaching points for attaching the container to the structure ; and a drain located on one of the sheets at an end opposite the open end , the drain configured to provide selective fluid communication between the interior of the container and an outside of the container ; characterized in that the opening is adapted for encompassing an open end of said structure , such that the container is adapted for receiving effluent from the open end of the structure in a hydroblasting operation; wherein the container is constructed of material configured to withstand fluid pressured to 40,000 PSI (275,790.29 kPa). a first sheet of material having at least four sides; a second sheet of material also having at least four sides attached to the first sheet of material on at least three sides such that a fourth side of both the first and second sheets are not attached and form an open end to the container , the container having an interior and a single opening at the open end ; a first liner attached to the first sheet of material; a second liner attached to the second sheet of material; a closure structure located on the fourth side of both the first and second sheets and configured to allow the container to be closed onto a structure ; an attaching structure attached to the fourth side of both the first and second sheets and configured to provide attaching points for attaching the container to the structure ; and a drain located on one of the sheets at an end opposite the open end , the drain configured to provide selective fluid communication between the interior of the container and an outside of the container ; characterized in that the opening is adapted for encompassing an open end of said structure , such that the container is adapted for receiving effluent from the open end of the structure in a hydroblasting operation; wherein the container is constructed of material configured to withstand fluid pressured to 40,000 PSI (275,790.29 kPa).
Cooling system for an internal combustion engine , said internal combustion engine comprising two gas circulation lines , said cooling system comprising two heat exchangers , respectively connected to the two gas circulation lines , and a circuit , in which a heat transfer fluid circulates and which comprises: - a heat exchange section , which serves the two heat exchangers , said heat exchange section having two ends, each of the two ends being connected to a valve ; - a main branch connected to the two valves and serving the engine ; - a bypass branch connected to the two valves parallel to the heat exchange section and separate from the main branch ; and said cooling system further comprising: - a controller capable of controlling the two valves , between a normal operating state, in which the two valves leave the heat transfer fluid to circulate in the main branch and the heat exchange section , and a preheating state, in which the two valves leave the heat transfer fluid to circulate in the main branch and the bypass branch . - a heat exchange section , which serves the two heat exchangers , said heat exchange section having two ends, each of the two ends being connected to a valve ; - a main branch connected to the two valves and serving the engine ; - a bypass branch connected to the two valves parallel to the heat exchange section and separate from the main branch ; and - a controller capable of controlling the two valves , between a normal operating state, in which the two valves leave the heat transfer fluid to circulate in the main branch and the heat exchange section , and a preheating state, in which the two valves leave the heat transfer fluid to circulate in the main branch and the bypass branch .
A method of recovering an extracellular vesicle(s), comprising: treating an extracellular vesicle-containing sample with 20 to 200 mM of a chelating agent; and separating the extracellular vesicle(s) from the extracellular vesicle-containing sample treated with the chelating agent. treating an extracellular vesicle-containing sample with 20 to 200 mM of a chelating agent; and separating the extracellular vesicle(s) from the extracellular vesicle-containing sample treated with the chelating agent.
A pannier mount assembly for attachment to a motorcycle frame, the pannier mount assembly comprising: a first member attachable to the frame and comprising a first pannier fixture point ; and a second member comprising an elongate arm pivotably attached to the first member and comprising a second pannier fixture point , the second member having a free end; wherein: the second member is configured to pivot from a stored position where the free end is substantially adjacent to the first member to a deployed position where the free end is rotated away from the first member thereby increasing the separation between the first and second pannier fixture points, characterised in that , the elongate arm of the second member is configured to pivot about an axis substantially parallel to an axis of rotation of a motorcycle rear wheel attached to the motorcycle frame. a first member attachable to the frame and comprising a first pannier fixture point ; and a second member comprising an elongate arm pivotably attached to the first member and comprising a second pannier fixture point , the second member having a free end; wherein: the second member is configured to pivot from a stored position where the free end is substantially adjacent to the first member to a deployed position where the free end is rotated away from the first member thereby increasing the separation between the first and second pannier fixture points, characterised in that , the elongate arm of the second member is configured to pivot about an axis substantially parallel to an axis of rotation of a motorcycle rear wheel attached to the motorcycle frame. the second member is configured to pivot from a stored position where the free end is substantially adjacent to the first member to a deployed position where the free end is rotated away from the first member thereby increasing the separation between the first and second pannier fixture points, characterised in that , the elongate arm of the second member is configured to pivot about an axis substantially parallel to an axis of rotation of a motorcycle rear wheel attached to the motorcycle frame.
Combination electrode for measuring a fluid to be measured, having a working electrode , a reference electrode , a diaphragm and a first electrically conductive fluid which is in contact with the reference electrode and the diaphragm such that the diaphragm is connected to the reference electrode in an electrically conductive manner via the first electrically conductive fluid , wherein the diaphragm has a hydrogel, wherein the hydrogel comprises a thermoplastic polyurethane.
Computer implemented method for authenticating an instrument for processing a biological sample or reagent, comprising: - generating a PIN code by the instrument ; - registering the PIN code and identification data associated with the instrument in a database of an electronic device , wherein the PIN code and identification data are entered by means of an input device separate from the instrument ; - verifying the PIN code and identification data at the electronic device ; - transmitting an authentication certificate to the instrument if the PIN code and identification data correspond to target data stored in the database ; - installing the authentication certificate on the instrument , whereby the instrument is registered with the electronic device ; and - using the authentication certificate for an encrypted communication between the instrument and the electronic device . - generating a PIN code by the instrument ; - registering the PIN code and identification data associated with the instrument in a database of an electronic device , wherein the PIN code and identification data are entered by means of an input device separate from the instrument ; - verifying the PIN code and identification data at the electronic device ; - transmitting an authentication certificate to the instrument if the PIN code and identification data correspond to target data stored in the database ; - installing the authentication certificate on the instrument , whereby the instrument is registered with the electronic device ; and - using the authentication certificate for an encrypted communication between the instrument and the electronic device .
A pneumatic tire having a tread, the tread comprising a rubber composition comprising a diene elastomer, silica, a blocked mercaptosilane, a resin, and a polybutadiene functionalized with a hydroxyl functional group, the polybutadiene having a weight average molecular weight (Mw) in a range of from 1000 to 25000 g/gmol as measured according to ASTM 3536.
A process for manufacturing an element sensitive to at least one physical parameter of a fluid flow, comprising a single immersion cycle (E7) making it possible for a pre-assembled sensitive element to become an assembled sensitive element , the single immersion cycle (E7) comprising immersion of a core of the pre-assembled sensitive element in molten glass , said molten glass being glass in liquid form and at high temperature, said core comprising at least two longitudinal channels through which pass longitudinally at least two conductive connecting wires connecting to an at least bifilar winding said winding being suitable for forming a resistive or inductive circuit for detecting said physical parameter, said immersion making it possible to seal the connecting wires in the channels , fill said channels and coat the outside of the core in a single immersion, the core being, at the end of said single immersion cycle, sealed and coated, said single cycle comprising a first sub-step, consisting of rapidly lowering the pre-assembled sensitive element in the furnace to above the high-temperature molten glass in order to pre-heat the core; a second sub-step, comprising a step of partial immersion, at a first slow speed, i.e., a few millimeters per second, and a pause during which the core is thus left partially immersed; a third step, consisting in immersing the core completely in the molten glass in order to obtain the assembled sensitive element; a fourth sub-step, consisting in raising the assembled sensitive element at a slow speed, i.e., a few millimeters per second; a fifth sub-step, consisting in raising the assembled sensitive element at a fast speed, i.e., two to ten times faster than the slow raising speed, in order to quickly and completely remove the core from the furnace.
Method for forming a layer on a substrate , which layer increases the light transmission of the substrate and/or reduces the light reflection thereof, wherein the layer is deposited as a mixed layer of a material A and of a material B, wherein the layer is formed in the layer thickness profile with a gradient such that the material B has the smallest proportion of the layer material at the substrate surface and the highest proportion of the layer material at the layer surface and that, after the deposition of the layer, the material B is removed at least in part from the layer, characterized in that zinc oxide or a zinc-oxide-containing compound is used as the material B.