mhurhangee/ep-ind-claims huggingface dataset:
Medical emergency equipment, comprising: - a load-bearing frame defining at least one supporting surface for a patient's back; - at least one of a defibrillator and means for cardiac massage associated with said frame; the equipment is characterised by: - a circuit for extracorporeal circulation of the patient's blood associated with said frame and operatively connected to said at least one of a defibrillator and means for cardiac massage - one electronic control unit programmed to control said at least one of a defibrillator and means for cardiac massage and to control said circuit for the extracorporeal circulation, said electronic control unit being adapted to manage the transitional phase occurring between the use of said defibrillator and/or said means for cardiac massage and the autonomous operation of said circuit. - a load-bearing frame defining at least one supporting surface for a patient's back; - at least one of a defibrillator and means for cardiac massage associated with said frame; the equipment is characterised by: - a circuit for extracorporeal circulation of the patient's blood associated with said frame and operatively connected to said at least one of a defibrillator and means for cardiac massage - one electronic control unit programmed to control said at least one of a defibrillator and means for cardiac massage and to control said circuit for the extracorporeal circulation, said electronic control unit being adapted to manage the transitional phase occurring between the use of said defibrillator and/or said means for cardiac massage and the autonomous operation of said circuit.
Apparatus for producing plastic material preforms, having at least two manufacturing devices (4a, 4b) which are suitable and intended for producing the plastic material preforms from a plastic material, wherein the manufacturing devices (4a, 4b) each having preform transport devices, characterised in that the apparatus has a main transport device, which is suitable and intended for continuously transporting the plastic material preforms produced by the manufacturing devices (4a, 4b) and conveyed by the preform transport devices along a predetermined main transport path, wherein the plastic material preforms being transferable to the main transport devices by the manufacturing devices (4a, 4b) after their production.
A vent for a window frame comprising: a vent frame defining a slot with a longitudinal axis, the vent frame comprising a frame body and a cover attachment; a cover member comprising a frame attachment pivotally attached to the cover attachment, the cover member moveable between: a closed position; and an open position in which the cover member is spaced from the vent frame to allow airflow through the vent, wherein the vent frame comprises one or more window fixing(s) 14 for attaching the vent to a window frame, each window fixing comprising an integral protrusion with one or more resiliently deformable arm(s) extending from the protrusion, characterized in that the cover member completely envelops the frame body in said closed position to block airflow through the vent. a vent frame defining a slot with a longitudinal axis, the vent frame comprising a frame body and a cover attachment; a cover member comprising a frame attachment pivotally attached to the cover attachment, the cover member moveable between: a closed position; and an open position in which the cover member is spaced from the vent frame to allow airflow through the vent, a closed position; and an open position in which the cover member is spaced from the vent frame to allow airflow through the vent, wherein the vent frame comprises one or more window fixing(s) 14 for attaching the vent to a window frame, each window fixing comprising an integral protrusion with one or more resiliently deformable arm(s) extending from the protrusion, characterized in that the cover member completely envelops the frame body in said closed position to block airflow through the vent.
A method comprising steps of: selecting an identifier indicative of a binary number comprising at least six bits; for each bit of the at least six bits of the binary number, determining whether the bit is a "one" or a "zero"; for each bit of the at least six bits that is a "one", providing a respective taggant having a respective spectroscopic activity, whereby said taggant is associated with a respective bit position within the at least six bits; for the provided taggants, joining them to an authentication material; and placing the authentication material upon a package, wherein the authentication material is a sheet, and the package contains a consumer product, and the joining step comprises laminating the sheet to a face of the package; wherein the package is a flexible heat-sealed bag and the consumer product is an edible or drinkable or consumable product within the bag; and characterized in that at least one of the provided taggants changes, if exposed to a predetermined temperature, such that the spectral properties of the taggant chemical are measurably altered. selecting an identifier indicative of a binary number comprising at least six bits; for each bit of the at least six bits of the binary number, determining whether the bit is a "one" or a "zero"; for each bit of the at least six bits that is a "one", providing a respective taggant having a respective spectroscopic activity, whereby said taggant is associated with a respective bit position within the at least six bits; for the provided taggants, joining them to an authentication material; and placing the authentication material upon a package, wherein the authentication material is a sheet, and the package contains a consumer product, and the joining step comprises laminating the sheet to a face of the package; wherein the package is a flexible heat-sealed bag and the consumer product is an edible or drinkable or consumable product within the bag; and characterized in that at least one of the provided taggants changes, if exposed to a predetermined temperature, such that the spectral properties of the taggant chemical are measurably altered.
A method for detecting the presence, or measuring the concentration, of an anti-HIV-1 antibody in a biological sample of a human, wherein said method comprises conducting an immunoassay comprising the steps of: (a) contacting said biological sample with an epitope set comprising epitopes that are recognized by said anti-HIV-1 antibody, wherein said epitope set consists essentially of an HIV-1 gp41 terminal region epitope or epitopes, an HIV-1/vpu epitope or epitopes and an HIV-1 GAG p6 epitope or epitopes, said contacting being under conditions sufficient to permit said anti-HIV-1 antibody if present in said sample to bind to epitopes in said epitope set and form an epitope-anti-HIV-1 antibody complex, (b) contacting said formed epitope-anti-HIV-1 antibody complex with an anti-HIV-1 antibody binding molecule, said contacting being under conditions sufficient to permit said anti-HIV-1 antibody binding molecule to bind to anti-HIV-1 antibody of said formed epitope-anti-HIV-1 antibody complex and form an extended complex; and (c) determining the presence or concentration of said anti-HIV-1 antibody in said biological sample by determining the presence or concentration of said formed extended complex. (a) contacting said biological sample with an epitope set comprising epitopes that are recognized by said anti-HIV-1 antibody, wherein said epitope set consists essentially of an HIV-1 gp41 terminal region epitope or epitopes, an HIV-1/vpu epitope or epitopes and an HIV-1 GAG p6 epitope or epitopes, said contacting being under conditions sufficient to permit said anti-HIV-1 antibody if present in said sample to bind to epitopes in said epitope set and form an epitope-anti-HIV-1 antibody complex, (b) contacting said formed epitope-anti-HIV-1 antibody complex with an anti-HIV-1 antibody binding molecule, said contacting being under conditions sufficient to permit said anti-HIV-1 antibody binding molecule to bind to anti-HIV-1 antibody of said formed epitope-anti-HIV-1 antibody complex and form an extended complex; and (c) determining the presence or concentration of said anti-HIV-1 antibody in said biological sample by determining the presence or concentration of said formed extended complex.
A method of detecting particles comprising the steps of: emitting a beam of radiation into a monitored region; determining a path of the beam of radiation comprising placing a first image capturing device to view a source of the radiation and at least a part of the path of the beam of radiation; determining the position of the source based on an image captured by the first image capturing device; placing a second image capturing device to view an impact point of the beam of radiation; determining the position of the impact point based on an image captured by the second image capturing device; determining the path of the beam in accordance with a geometric relationship between the position of the source and the position of the impact point; detecting particles by detecting a variation in images of the region representing an increase in scattered radiation intensity. emitting a beam of radiation into a monitored region; determining a path of the beam of radiation comprising placing a first image capturing device to view a source of the radiation and at least a part of the path of the beam of radiation; determining the position of the source based on an image captured by the first image capturing device; placing a second image capturing device to view an impact point of the beam of radiation; determining the position of the impact point based on an image captured by the second image capturing device; determining the path of the beam in accordance with a geometric relationship between the position of the source and the position of the impact point; detecting particles by detecting a variation in images of the region representing an increase in scattered radiation intensity.
A method of enhancing the fire-protecting of a through-penetrating opening in a partition, the method comprising: inserting at least one fire-protective article consisting of a gravity-laid inorganic fiber web at least partially into the through-penetrating opening, wherein the inorganic fiber web is at least about 5 cm in thickness and wherein the inorganic fiber web contains substantially no intumescent material.
Steam iron, comprising - a heatable iron sole plate which is provided with steam outlet openings; - a heatable steam generation chamber which can be connected to the steam outlet openings such that it can communicate with them; - a water tank which can be connected to the steam generation chamber such that it can communicate with it; - a heating device for heating the iron sole plate and the steam generation chamber; - an integrated automatic temperature control device (24; 38), which is coupled to the heating device and is designed to maintain the ironing temperature of the iron sole plate exclusively in a permanently preset, manually non-changeable, constant ironing temperature range from 180°C to 190°C during operation of the steam iron; - a manually operatable ironing temperature adjusting device which is coupled to the heating device and with which a desired ironing temperature of the iron sole plate can be manually set during operation of the steam iron; and - a manually operatable constant ironing temperature preselection device which is coupled to the integrated automatic temperature control device (24; 38) and the manually operatable ironing temperature adjusting device and in an active state is designed to bypass the manually operatable ironing temperature adjusting device and to activate the integrated automatic temperature control device (24; 38), so that the latter automatically maintains the ironing temperature in the permanently preset, manually non-changeable, constant ironing temperature range from 180°C to 190°C. - a heatable iron sole plate which is provided with steam outlet openings; - a heatable steam generation chamber which can be connected to the steam outlet openings such that it can communicate with them; - a water tank which can be connected to the steam generation chamber such that it can communicate with it; - a heating device for heating the iron sole plate and the steam generation chamber; - an integrated automatic temperature control device (24; 38), which is coupled to the heating device and is designed to maintain the ironing temperature of the iron sole plate exclusively in a permanently preset, manually non-changeable, constant ironing temperature range from 180°C to 190°C during operation of the steam iron; - a manually operatable ironing temperature adjusting device which is coupled to the heating device and with which a desired ironing temperature of the iron sole plate can be manually set during operation of the steam iron; and - a manually operatable constant ironing temperature preselection device which is coupled to the integrated automatic temperature control device (24; 38) and the manually operatable ironing temperature adjusting device and in an active state is designed to bypass the manually operatable ironing temperature adjusting device and to activate the integrated automatic temperature control device (24; 38), so that the latter automatically maintains the ironing temperature in the permanently preset, manually non-changeable, constant ironing temperature range from 180°C to 190°C.
Method for cooling a component (1, 18) of a motor vehicle which is thermally coupled to a cooling volume filled with a fluid coolant, wherein at least one cooling parameter is detected by a control device and depending upon the cooling parameter, the component (1, 18) is either cooled - in a first cooling mode in which the cooling volume is connected to a cooling circuit via a first and second coupling device (7, 8) which has at least one circulating device, through which the coolant is circulated, or - the component (1, 18) is cooled in a second cooling mode in which the cooling volume is separated from the cooling circuit by the first and second coupling device (7, 8), wherein the component (1, 18) is cooled by evaporating coolant in the cooling volume - characterised in that - the first coupling device is arranged in front of the cooling volume in the flow direction of the coolant in the first cooling mode and the second coupling device is arranged behind the cooling volume wherein the pressure in the cooling volume is reduced when changing from the first to the second cooling mode by the first coupling device firstly being separated, after which only after a predefined period and/or when a predefined separation condition is filled, the second coupling device is separated. - in a first cooling mode in which the cooling volume is connected to a cooling circuit via a first and second coupling device (7, 8) which has at least one circulating device, through which the coolant is circulated, or - the component (1, 18) is cooled in a second cooling mode in which the cooling volume is separated from the cooling circuit by the first and second coupling device (7, 8), wherein the component (1, 18) is cooled by evaporating coolant in the cooling volume - characterised in that - the first coupling device is arranged in front of the cooling volume in the flow direction of the coolant in the first cooling mode and the second coupling device is arranged behind the cooling volume wherein the pressure in the cooling volume is reduced when changing from the first to the second cooling mode by the first coupling device firstly being separated, after which only after a predefined period and/or when a predefined separation condition is filled, the second coupling device is separated.
Directional valve for a domestic appliance, at least having - a housing with a first inlet, a second inlet, a first outlet and a second outlet, - a switching element accommodated in the housing in a moveable manner, which switching element has a continuous connecting channel (12, 14, 15) with a first channel opening and a second channel opening, - which connecting channel (12, 14, 15) has a cavity, in which cavity at least one filter extending between the first channel opening and the second channel opening is accommodated and wherein - switching element has a first operating position and a second operating position and - in the first operating position a connection is produced between the first inlet and the first outlet and a connection is interrupted between the second inlet and the second outlet and - in the second operating position a connection is produced between the second inlet and the second outlet and a connection is interrupted between the first inlet and the first outlet and wherein - in the first operating position the first inlet is connected to the first channel opening and the first outlet is connected to the second channel opening, characterised in that - the housing is a hollow cylindrical housing, - the switching element is a hollow cylindrical element arranged in the hollow cylindrical housing in a rotatable manner, and - in the second operating position the second outlet is connected to the first channel opening and the second inlet is connected to the second channel opening. - a housing with a first inlet, a second inlet, a first outlet and a second outlet, - a switching element accommodated in the housing in a moveable manner, which switching element has a continuous connecting channel (12, 14, 15) with a first channel opening and a second channel opening, - which connecting channel (12, 14, 15) has a cavity, in which cavity at least one filter extending between the first channel opening and the second channel opening is accommodated and - switching element has a first operating position and a second operating position and - in the first operating position a connection is produced between the first inlet and the first outlet and a connection is interrupted between the second inlet and the second outlet and - in the second operating position a connection is produced between the second inlet and the second outlet and a connection is interrupted between the first inlet and the first outlet and wherein - in the first operating position the first inlet is connected to the first channel opening and the first outlet is connected to the second channel opening, - the housing is a hollow cylindrical housing, - the switching element is a hollow cylindrical element arranged in the hollow cylindrical housing in a rotatable manner, and - in the second operating position the second outlet is connected to the first channel opening and the second inlet is connected to the second channel opening.
A beverage dispenser comprising a dispensing canister for dispensing a beverage-forming powder, said canister comprising: - a reservoir having a bottom in the form of a U shaped throat, two terminal walls (1 c, 1 d) and two side walls (1 a, 1 b) said side walls being attached to the upper extremities of the U shaped throat, - a rotatable volumetric dosing means:. longitudinally extending through the bottom of the reservoir (1 e), and. configured for displacing a volume of powder longitudinally through the bottom of the reservoir, and. lodged in the U shaped throat, the upper point of the U shaped throat extending at least up to the top of the rotatable volumetric dosing means, and wherein at least the portion of at least one of the reservoir side walls attached to the U shaped throat is straight and outwardly inclined according to an angle of at most 25°, preferably at most 20°, with the vertical. - a reservoir having a bottom in the form of a U shaped throat, two terminal walls (1 c, 1 d) and two side walls (1 a, 1 b) said side walls being attached to the upper extremities of the U shaped throat, - a rotatable volumetric dosing means:. longitudinally extending through the bottom of the reservoir (1 e), and. configured for displacing a volume of powder longitudinally through the bottom of the reservoir, and. lodged in the U shaped throat, the upper point of the U shaped throat extending at least up to the top of the rotatable volumetric dosing means, and wherein at least the portion of at least one of the reservoir side walls attached to the U shaped throat is straight and outwardly inclined according to an angle of at most 25°, preferably at most 20°, with the vertical.. longitudinally extending through the bottom of the reservoir (1 e), and. configured for displacing a volume of powder longitudinally through the bottom of the reservoir, and. lodged in the U shaped throat, the upper point of the U shaped throat extending at least up to the top of the rotatable volumetric dosing means, and
A process for production of acrylic acid comprising the following steps: a. preparation of a product gas mixture by a catalytic gas-phase oxidation of at least one C 3 precursor compound to acrylic acid, wherein acrylic acid is formed as a main product of the catalytic gas-phase oxidation and glyoxal is formed as a by-product and the product gas mixture comprises acrylic acid and glyoxal, b. cooling of the product gas mixture, c. contacting the product gas mixture in countercourrent with an absorbent, wherein an absorbate A, comprising the absorbent and absorbed acrylic acid, is formed, d. introducing a feed stream F comprising at least part of the absorbate A into a rectification column comprising a rectifying section and a stripping section, e. enriching the absorbent in the stripping section and enriching acrylic acid in the rectifying section, f. withdrawing a stream C of crude acrylic acid comprising at least 90% by weight of acrylic acid out of the rectifying section as a side stream, wherein step c) is carried out in an absorption column comprising at least two cooling loops, a first cooling loop, wherein a high boiler fraction of the product gas mixture is condensed and a second cooling loop, wherein a low boiler fraction of the product gas mixture is condensed, wherein a portion of the absorbate A, which comprises the feed stream F, is removed from the absorption column at a side take-off, the side take-off being located at the first cooling loop or at a height of the absorption column between the first cooling loop and the second cooling loop and wherein a temperature Tc of the absorbate A in the second cooling loop is at least 56°C. a. preparation of a product gas mixture by a catalytic gas-phase oxidation of at least one C 3 precursor compound to acrylic acid, wherein acrylic acid is formed as a main product of the catalytic gas-phase oxidation and glyoxal is formed as a by-product and the product gas mixture comprises acrylic acid and glyoxal, b. cooling of the product gas mixture, c. contacting the product gas mixture in countercourrent with an absorbent, wherein an absorbate A, comprising the absorbent and absorbed acrylic acid, is formed, d. introducing a feed stream F comprising at least part of the absorbate A into a rectification column comprising a rectifying section and a stripping section, e. enriching the absorbent in the stripping section and enriching acrylic acid in the rectifying section, f. withdrawing a stream C of crude acrylic acid comprising at least 90% by weight of acrylic acid out of the rectifying section as a side stream,