mhurhangee/patent-ind-claim-en huggingface dataset:
A remote controlled studio camera system , comprising: a video source , comprising a camera and a module for creating a primary video stream and a control video stream, and a network interface for transmitting said primary video stream and said control video stream over the internet in real time, wherein said control video stream is different than said primary video stream and wherein said control video stream and said primary video stream are transmitted to different destinations; a video target , in communication with the internet, which receives said primary video stream from said video source ; and a computer , in communication with the internet, adapted to receive said control video stream from said video source, and comprising means of controlling said camera. a video source , comprising a camera and a module for creating a primary video stream and a control video stream, and a network interface for transmitting said primary video stream and said control video stream over the internet in real time, wherein said control video stream is different than said primary video stream and wherein said control video stream and said primary video stream are transmitted to different destinations; a video target , in communication with the internet, which receives said primary video stream from said video source ; and a computer , in communication with the internet, adapted to receive said control video stream from said video source, and comprising means of controlling said camera.
A closing device comprising: - a base with a first peripheral wall adapted to be fixed externally to a neck of a container, and said first peripheral wall defining a central longitudinal axis ; - a lid hinged to the base by a hinge ; - at least one opening indicator connected to the lid by at least one separable connector prior to a first opening, said opening indicator being separated from the lid after said first opening; - at least one first housing with at least one window , said at least one first housing receiving the at least one opening indicator after the first opening and showing said at least one opening indicator through the at least one window; characterised in that : - the first housing is located in a position diametrically opposite the hinge with respect to the axis ; - the closing device is configured such that due to the stress exerted to open the lid , the at least one separable connector is broken, shedding the opening indicator , wherein said opening indicator is received by the at least one first housing , being visible to the user through the at least one window ; wherein prior to the first opening, the opening indicator is not visible through the at least one window ; and wherein the opening indicator remains detached after breakage of the separable connectors , said opening indicator being shown through the at least one window . - a base with a first peripheral wall adapted to be fixed externally to a neck of a container, and said first peripheral wall defining a central longitudinal axis ; - a lid hinged to the base by a hinge ; - at least one opening indicator connected to the lid by at least one separable connector prior to a first opening, said opening indicator being separated from the lid after said first opening; - at least one first housing with at least one window , said at least one first housing receiving the at least one opening indicator after the first opening and showing said at least one opening indicator through the at least one window; - the first housing is located in a position diametrically opposite the hinge with respect to the axis ; - the closing device is configured such that due to the stress exerted to open the lid , the at least one separable connector is broken, shedding the opening indicator , wherein said opening indicator is received by the at least one first housing , being visible to the user through the at least one window ;
Control method for a dust extraction module for a handheld chiselling power tool into which a chiselling tool has been inserted, comprising the steps of: drawing in an air flow (Q) from a location, machined by the tool , of a substrate by means of a fan of the dust extraction module , characterized by determining a material (M) at the location, machined by the tool , using a material detector , and adapting a suction power of the dust extraction module depending on the determined material (M) in order to set the air flow (Q), wherein the air flow (Q) is greater than or equal to a nominal value (Qo) in the case of an iron-free, mineral material (M1) and wherein the air flow (Q) is less than the nominal value (Qo) in the case of an iron-containing material (M2). drawing in an air flow (Q) from a location, machined by the tool , of a substrate by means of a fan of the dust extraction module , characterized by determining a material (M) at the location, machined by the tool , using a material detector , and adapting a suction power of the dust extraction module depending on the determined material (M) in order to set the air flow (Q), wherein the air flow (Q) is greater than or equal to a nominal value (Qo) in the case of an iron-free, mineral material (M1) and wherein the air flow (Q) is less than the nominal value (Qo) in the case of an iron-containing material (M2).
A battery system , comprising: a battery cell , wherein the battery cell comprises a first end and a second end , and wherein the first end comprises a positive terminal and a negative terminal; a first busbar , wherein the first busbar is configured to electrically couple to the negative terminal or the positive terminal; a second busbar , wherein the second busbar is configured to electrically couple to the negative terminal or the positive terminal; a dielectric layer between the first and second busbars, wherein the dielectric layer comprises a conduit , the conduit being configured to receive a fluid that heats and/or cools the battery cell and the first and second busbars; and a thermal energy transfer plate , wherein the thermal energy transfer plate couples to the second end of the battery cell. a battery cell , wherein the battery cell comprises a first end and a second end , and wherein the first end comprises a positive terminal and a negative terminal; a first busbar , wherein the first busbar is configured to electrically couple to the negative terminal or the positive terminal; a second busbar , wherein the second busbar is configured to electrically couple to the negative terminal or the positive terminal; a dielectric layer between the first and second busbars, wherein the dielectric layer comprises a conduit , the conduit being configured to receive a fluid that heats and/or cools the battery cell and the first and second busbars; and a thermal energy transfer plate , wherein the thermal energy transfer plate couples to the second end of the battery cell.
A container comprising: a panel , defining one or more pockets in the surface thereof, wherein the one or more pockets are for holding a product ; a closure layer disposed on the panel for sealing the product in the one or more pockets ; and a peelable label disposed on the closure layer , the peelable label having a first portion and a second portion wherein the peelable label comprises a laminate having a lower layer and an upper layer wherein the peelable label comprises a cut in the lower layer substantially in register with the junction between the first portion and the second portion , wherein the first portion of the peelable label is permanently secured to the closure layer or the panel , and the second portion of the peelable label is releasably adhered to the closure layer . a panel , defining one or more pockets in the surface thereof, wherein the one or more pockets are for holding a product ; a closure layer disposed on the panel for sealing the product in the one or more pockets ; and a peelable label disposed on the closure layer , the peelable label having a first portion and a second portion wherein the peelable label comprises a laminate having a lower layer and an upper layer wherein the peelable label comprises a cut in the lower layer substantially in register with the junction between the first portion and the second portion , wherein the first portion of the peelable label is permanently secured to the closure layer or the panel , and the second portion of the peelable label is releasably adhered to the closure layer .
An air cycle machine, comprising: a housing with an exterior wall defining therethrough an overboard air inlet , an ambient air inlet , and an ambient air outlet ; a scavenging turbine arranged within the housing and supported for rotation about a rotation axis and in fluid communication with the overboard air inlet; and an ambient air fan arranged within the housing and supported for rotation about the rotation axis within the housing , characterized in that the ambient air fan has a radially inner spoked portion and radially outer bladed portion , wherein the radially outer bladed portion fluidly couples the ambient air inlet to the ambient air outlet, and wherein the radially inner spoked portion fluidly couples the scavenging turbine to the ambient air fan within the housing. a housing with an exterior wall defining therethrough an overboard air inlet , an ambient air inlet , and an ambient air outlet ; a scavenging turbine arranged within the housing and supported for rotation about a rotation axis and in fluid communication with the overboard air inlet; and an ambient air fan arranged within the housing and supported for rotation about the rotation axis within the housing , characterized in that the ambient air fan has a radially inner spoked portion and radially outer bladed portion , wherein the radially outer bladed portion fluidly couples the ambient air inlet to the ambient air outlet, and wherein the radially inner spoked portion fluidly couples the scavenging turbine to the ambient air fan within the housing.
Use of a non-acidified pharmaceutically-acceptable salt of nitrite in the preparation of a medicament for inducing vasodilation and/or increasing blood flow in a subject.
A printer provided with a paper cutter apparatus having a fixed blade and a drivable movable blade , comprising: a body and a swing door openably attached to the body , the fixed blade being provided in the body and the movable blade being provided in the swing door ; a driving source provided in the body ; and characterized by a driving link provided in the swing door and coupled to the movable blade ; and a slider provided in the body ; wherein driving force of the driving source is conveyed to the driving link via the slider and the movable blade is moved toward the fixed blade by the driving link . a body and a swing door openably attached to the body , the fixed blade being provided in the body and the movable blade being provided in the swing door ; a driving source provided in the body ; and characterized by a driving link provided in the swing door and coupled to the movable blade ; and a slider provided in the body ; wherein driving force of the driving source is conveyed to the driving link via the slider and the movable blade is moved toward the fixed blade by the driving link .
An imitation solar module for use in a photovoltaic array , comprising: a flat, generally planar body portion ; a visual representation of a photovoltaic module displayed on the flat generally planar body portion; a first side flange of the body portion extending only downwardly from the flat generally planar body portion, wherein the first side flange is adapted to be connected to a first adjacent photovoltaic module; and a second side flange of the body portion extending only downwardly from the flat generally planar body portion, wherein the second side flange is adapted to be connected to a second adjacent photovoltaic module; wherein the first and second side flanges each extend only partially along respective sides of the planar body portion. a flat, generally planar body portion ; a visual representation of a photovoltaic module displayed on the flat generally planar body portion; a first side flange of the body portion extending only downwardly from the flat generally planar body portion, wherein the first side flange is adapted to be connected to a first adjacent photovoltaic module; and a second side flange of the body portion extending only downwardly from the flat generally planar body portion, wherein the second side flange is adapted to be connected to a second adjacent photovoltaic module; wherein the first and second side flanges each extend only partially along respective sides of the planar body portion.
Quick coupling device for transferring liquid for an aircraft, comprising a female member configured to be connected to a first reservoir, said female member forming a passage and comprising a cylindrical portion and a radial portion , a male member configured to be connected to a second reservoir, said male member forming a passage, slidably mounted in a liquid-tight manner in the female member and comprising a cylindrical portion and a radial portion , and a member for locking the male member in the female member , the locking member being disposed between the radial portion of the female member and the radial portion of the male member , the locking member surrounding the male member and leaving a limited sliding extent for the male member with respect to the female member , engaging with the female member in the locked position and releasing the female member in the unlocked position, the locking member comprising an axial blocking lock that can be actuated by an axial then rotating movement and that can be released by an axial then rotating movement, and a rotation brake, the axial blocking lock and the rotation brake being active in the locked position, the female member comprising two concentric rings integral with the radial portion of the female member , the first ring being provided with a plurality of L-shaped grooves configured to cooperate with the lock, the second ring being provided with a first concavity extending axially over the height of said second ring for the engagement of the brake and of a second concavity angularly offset with respect to the first concavity and configured to cooperate with the brake in the locked position.
Composition for caring for and/or making up keratin materials comprising, in a physiologically acceptable medium, at least one microcapsule containing at least one particle having a high wet point for oil(s) and/or water equal or greater than 100 ml/100 g and being optionally porous said microcapsule comprising at least one core comprising at least one monosaccharide-polyol and at least one layered coating surrounding said core, and said particle having a high wet point and being optionally porous, being only released from said microcapsule(s) when said composition is applied onto a keratin material, such as keratin fibers or skin, wherein the microcapsule comprises at least 10% by weight of said particle(s) relative to the weight of the microcapsule, the method for measuring the high wet point being as in the description.
A process for producing a ceramic-made honeycomb structure , which comprises a bonding step of bonding, with a bonding material, a plurality of honeycomb segments each comprising a cell structure having a plurality of cells divided by porous partition walls and functioning as a fluid passage, and a porous outer wall provided at the periphery of the cell structure , to each other at the outer walls of honeycomb segments to obtain an integral body, in which bonding step, a bonding material containing 0.1 mass % or more of a heat-gelling organic binder having a thickening-initiating temperature of 75°C or lower is coated on each outer wall , the coated bonding material is dried at a temperature of 100°C or higher at which no firing occurs, a liquid component of the bonding material is vaporized, and the bonding material solidified to form a bonding layer , and the outer walls are bonded to each other via the bonding layer ; wherein the organic binder is methyl cellulose.
A solid agave syrup product consisting essentially of an agave syrup having a moisture content equal to or less than 0.5% (w/w).
A method of operating a back-up aiming system for an artillery device having at least one back-up aiming drive unit and an artillery unit for a vehicle connected to the back-up aiming drive unit , the back-up aiming system being operated at least in the event of a failure of a main aiming system of the artillery device , characterized in that the method comprises the steps of: - providing an activation signal to an interface to a back-up aiming electronics unit , wherein the activation signal is configured to activate the back-up aiming system , wherein the activation signal is provided in response to a failure signal representing the failure of the main aiming system ; - reading a setpoint signal via an interface to a fire control computer to generate an alignment signal from the setpoint signal , the alignment signal providing the at least one back-up aiming drive unit with a setpoint speed and/or a setpoint torque with respect to a change of the artillery device ; and - outputting at least one alignment signal for aligning the at least one back-up aiming drive unit after the step of reading to align the artillery unit with the setpoint speed and/or the setpoint torque represented by the alignment signal at least during the failure of the main alignment system . - providing an activation signal to an interface to a back-up aiming electronics unit , wherein the activation signal is configured to activate the back-up aiming system , wherein the activation signal is provided in response to a failure signal representing the failure of the main aiming system ; - reading a setpoint signal via an interface to a fire control computer to generate an alignment signal from the setpoint signal , the alignment signal providing the at least one back-up aiming drive unit with a setpoint speed and/or a setpoint torque with respect to a change of the artillery device ; and - outputting at least one alignment signal for aligning the at least one back-up aiming drive unit after the step of reading to align the artillery unit with the setpoint speed and/or the setpoint torque represented by the alignment signal at least during the failure of the main alignment system .
A process for the preparation of (R,S)- 7-fluoro-1,1,3-trimethyl-2,3-dihydro-1 H-inden-4-amine having the following Formula (I), starting with (S)-7-fluoro-1,1,3-trimethyl-2,3-dihydro-1H-inden-4-amine having the following Formula (II), comprising the steps of: (a) acylating the (S)-7-fluoro-1,1,3-trimethyl-2,3-dihydro-1H-inden-4-amine to obtain an indaneamide derivative; (b) oxidizing said indaneamide derivative to obtain 3-hydroxyl indaneamide derivative; (c) dehydrating said 3-hydroxyl indaneamide derivative to obtain indeneamide derivative; (d) deacylating said indeneamide derivative to obtain indene amine derivative; and (e) hydrogenating said indene amine derivative to obtain the desired (R,S)- 7-fluoro-1,1,3-trimethyl-2,3-dihydro-1H-inden-4-amine. (a) acylating the (S)-7-fluoro-1,1,3-trimethyl-2,3-dihydro-1H-inden-4-amine to obtain an indaneamide derivative; (b) oxidizing said indaneamide derivative to obtain 3-hydroxyl indaneamide derivative; (c) dehydrating said 3-hydroxyl indaneamide derivative to obtain indeneamide derivative; (d) deacylating said indeneamide derivative to obtain indene amine derivative; and (e) hydrogenating said indene amine derivative to obtain the desired (R,S)- 7-fluoro-1,1,3-trimethyl-2,3-dihydro-1H-inden-4-amine.
Forensic evidence film , especially for securing evidence in the event of vehicle accident damage, with - An adhesive film which has a transparent plastic carrier film and an adhesive layer applied to one side, the adhesive layer being designed to detach and preserve traces from a trace location, and - A separating cover sheet , which is at least partially removable to cover the adhesive layer in the pre-use state and in the storage state, and which has at least on its side facing the adhesive layer a siliconized coating or has a surface quality that can otherwise be separated non-destructively from the adhesive layer, wherein the separating cover sheet is designed at least in partial areas as a highly transparent film, which enables the adhesive film provided with the separating cover film to be examined through the separating cover film after securing evidence, characterized in that the evidence securing film is essentially designed with a rectangular basic cut with longitudinal and narrow sides, and that the separating cover sheet is connected with the adhesive film on one longitudinal side by means of an essentially nonstop and solid and essentially linear connection , which mechanically cannot be detached without destroying the foils under regular conditions, in particular by means of an adhesive or by means of foil welding. - An adhesive film which has a transparent plastic carrier film and an adhesive layer applied to one side, the adhesive layer being designed to detach and preserve traces from a trace location, and - A separating cover sheet , which is at least partially removable to cover the adhesive layer in the pre-use state and in the storage state, and which has at least on its side facing the adhesive layer a siliconized coating or has a surface quality that can otherwise be separated non-destructively from the adhesive layer, wherein the separating cover sheet is designed at least in partial areas as a highly transparent film, which enables the adhesive film provided with the separating cover film to be examined through the separating cover film after securing evidence,
A first hydroprocessed product comprising: aromatics in an amount ≥ 50 wt% or ≥ 80 wt%; paraffins in an amount ≤ 5.0 wt%; single-ring naphthenes and double-ring naphthenes in a total amount ≤ 5.0 wt%; sulfur in an amount from 0.10 wt% to < 0.50 wt; and optionally, asphaltenes in an amount from 2.0 wt% to 10 wt%; wherein the first hydroprocessed product has: a boiling point distribution of 145°C to 760°C as measured according to ASTM D6352; a pour point of ≤ 0.0°C or ≤ -10°C, as measured according to ASTM D7346; and a kinematic viscosity at 50°C from 20 mm 2 /s to 200 mm 2 /s, as measured according to ASTM D7042. aromatics in an amount ≥ 50 wt% or ≥ 80 wt%; paraffins in an amount ≤ 5.0 wt%; single-ring naphthenes and double-ring naphthenes in a total amount ≤ 5.0 wt%; sulfur in an amount from 0.10 wt% to < 0.50 wt; and optionally, asphaltenes in an amount from 2.0 wt% to 10 wt%; wherein the first hydroprocessed product has: a boiling point distribution of 145°C to 760°C as measured according to ASTM D6352; a pour point of ≤ 0.0°C or ≤ -10°C, as measured according to ASTM D7346; and a kinematic viscosity at 50°C from 20 mm 2 /s to 200 mm 2 /s, as measured according to ASTM D7042. a boiling point distribution of 145°C to 760°C as measured according to ASTM D6352; a pour point of ≤ 0.0°C or ≤ -10°C, as measured according to ASTM D7346; and a kinematic viscosity at 50°C from 20 mm 2 /s to 200 mm 2 /s, as measured according to ASTM D7042.