mhurhangee/ep-ind-claims huggingface dataset:
Bottle for dispensing a fluid product comprising a body in which a container intended for packaging said product is formed, said bottle further comprising a device for taking off said packaged product that is mounted sealingly in said body, said body further being equipped with a valve for filling said container that is arranged so as to put an outlet tube of a product source in communication with said container, the valve comprising a rigid cover having an internal housing in which a deformable shutter is mounted, said cover being mounted sealingly in said body in order to put the internal housing in communication with the container by means of a downstream passage, said internal housing having a structure equipped with an intermediate passage formed between an upstream opening and a downstream opening, said bottle being characterised in that the deformable shutter has a seat equipped with an upstream passage formed between a lower span for receiving the outlet tube and an upper span that is surmounted by a sealing lip, said valve being arranged so as to have a stable state in which the sealing lip sealingly closes off the downstream opening and a state constrained by axial abutment of the outlet tube on the lower span in which the seat is compressed by axial crushing of the upper span on the structure while allowing communication between the upstream passage and the upstream opening, said compression causing a detachment of said lip in order to open communication between the downstream opening and the downstream passage in order to allow filling of the reservoir by putting the outlet tube in sealed communication with the container by means of the passages (27, 25, 23).
An injection device for setting and dispensing of a dose of a medicament, the device comprising: - an elongated main housing to accommodate a cartridge filled with the medicament and defining an axial direction (3, 4), - a piston rod arranged inside the main housing and extending in axial direction along a first axis to operably engage with a piston of the cartridge, - a reset member axially displaceable inside the main housing between a proximal operating position and a distal reset position along a second axis radially offset from the first axis to switch the device between a reset mode and an operating mode, - a cartridge holder releasably attachable to a distal end of the main housing on the first axis to accommodate a distal end of the cartridge, wherein the cartridge holder comprises a sidewall portion with a radially outwardly protruding lock member to axially engage with the reset member located radially adjacent the cartridge holder, - a cam portion of the lock member tangentially engages a distal edge of the reset member such that the reset member is displaced in proximal direction towards the operating position when the cartridge holder is twisted relative to the main housing with regard to the first axis. - an elongated main housing to accommodate a cartridge filled with the medicament and defining an axial direction (3, 4), - a piston rod arranged inside the main housing and extending in axial direction along a first axis to operably engage with a piston of the cartridge, - a reset member axially displaceable inside the main housing between a proximal operating position and a distal reset position along a second axis radially offset from the first axis to switch the device between a reset mode and an operating mode, - a cartridge holder releasably attachable to a distal end of the main housing on the first axis to accommodate a distal end of the cartridge, wherein the cartridge holder comprises a sidewall portion with a radially outwardly protruding lock member to axially engage with the reset member located radially adjacent the cartridge holder, - a cam portion of the lock member tangentially engages a distal edge of the reset member such that the reset member is displaced in proximal direction towards the operating position when the cartridge holder is twisted relative to the main housing with regard to the first axis.
Polycyanates of the Formula: where each m independently has a value of zero to 3; p has a value of zero to 20; each R is independently halogen; nitrile; nitro; C 1 -C 6 alkyl or C 1 -C 6 alkoxy; wherein the alkyl and alkoxy groups may be substituted with one or more halogen atoms, C 2 -C 6 alkenyl, or C 2 -C 6 alkenyloxy; each Z is H or -C≡N, wherein at least 25% of the Z groups are -C≡N; and each Q is independently hydrogen or C 1 -C 6 alkyl, or when m is 2, two R groups may independently be a C 3 -C 4 alkylene group that optionally contains one or two double bonds and is bonded to two adjacent carbons on the ring to which they are attached; thereby producing a fused, bicyclic ring. each m independently has a value of zero to 3; p has a value of zero to 20; each R is independently halogen; nitrile; nitro; C 1 -C 6 alkyl or C 1 -C 6 alkoxy; wherein the alkyl and alkoxy groups may be substituted with one or more halogen atoms, C 2 -C 6 alkenyl, or C 2 -C 6 alkenyloxy; each Z is H or -C≡N, wherein at least 25% of the Z groups are -C≡N; and each Q is independently hydrogen or C 1 -C 6 alkyl, or when m is 2, two R groups may independently be a C 3 -C 4 alkylene group that optionally contains one or two double bonds and is bonded to two adjacent carbons on the ring to which they are attached; thereby producing a fused, bicyclic ring.
A method of operating a vacuum refuse collection system, wherein said vacuum refuse collection system comprises a refuse collection station, a transport pipe system for transport of refuse to the collection station, a number of refuse chutes connected to the transport pipe system through respective discharge valves, communication between a refuse chute and the transport pipe system being established by opening the discharge valve of the refuse chute, characterized in that said method comprises the steps of: performing, by a level indicator system, consecutive measurements of the level of refuse in at least one refuse chute arranged in the vacuum refuse collection system; adaptively predicting, by a control system, a future value of at least one operational parameter of said vacuum refuse collection system based on a number of said consecutive measurements, wherein said predicted value of said at least one operational parameter represents a future point in time when the level of refuse is expected to exceed a given threshold level or a probable level of refuse in the refuse chute at a given future point in time; and controlling, by said control system, emptying of refuse in said vacuum refuse collection system based on said predicted value of said at least one operational parameter. performing, by a level indicator system, consecutive measurements of the level of refuse in at least one refuse chute arranged in the vacuum refuse collection system; adaptively predicting, by a control system, a future value of at least one operational parameter of said vacuum refuse collection system based on a number of said consecutive measurements, wherein said predicted value of said at least one operational parameter represents a future point in time when the level of refuse is expected to exceed a given threshold level or a probable level of refuse in the refuse chute at a given future point in time; and controlling, by said control system, emptying of refuse in said vacuum refuse collection system based on said predicted value of said at least one operational parameter.
A method for extracting a petroleum hydrocarbon and/or a nonaqueous phase liquid (NAPL) from a subsurface, comprising: introducing into the subsurface a surfactant and/or cosolvent to increase solubility and/or mobility of the petroleum hydrocarbon and/or NAPL and solubilize and/or desorb the petroleum hydrocarbon and/or NAPL; introducing into the subsurface a liquid gas phase generating oxidant; allowing the gas phase generating oxidant to decompose to form a gas phase; allowing the gas phase to hydrodynamically scrub the petroleum hydrocarbon and/or NAPL from soil particles in the subsurface; inducing the petroleum hydrocarbon and/or NAPL to flow to an extraction well; extracting the NAPL from the subsurface through the extraction well. introducing into the subsurface a surfactant and/or cosolvent to increase solubility and/or mobility of the petroleum hydrocarbon and/or NAPL and solubilize and/or desorb the petroleum hydrocarbon and/or NAPL; introducing into the subsurface a liquid gas phase generating oxidant; allowing the gas phase generating oxidant to decompose to form a gas phase; allowing the gas phase to hydrodynamically scrub the petroleum hydrocarbon and/or NAPL from soil particles in the subsurface; inducing the petroleum hydrocarbon and/or NAPL to flow to an extraction well; extracting the NAPL from the subsurface through the extraction well.
A process for preparing a polymer sheet for nucleic acid sequencing applications, comprising: providing a substrate with a surface; depositing a layer of a polymer composition onto the surface of the substrate, wherein the polymer composition comprises functional groups for grafting oligonucleotides; forming the polymer composition into a polymer sheet on the surface; and removing said polymer sheet from the surface of the substrate and wherein the forming of the polymer sheet comprises dehydrating the polymer composition, wherein the polymer composition comprises a hydrogel and the surface of the substrate comprises micro-scale or nano-scale patterns and wherein an imprint of the micro-scale or nano scale patterns of the patterned surface is transferred to the polymer sheet to form a patterned polymer sheet. providing a substrate with a surface; depositing a layer of a polymer composition onto the surface of the substrate, wherein the polymer composition comprises functional groups for grafting oligonucleotides; forming the polymer composition into a polymer sheet on the surface; and removing said polymer sheet from the surface of the substrate and wherein the forming of the polymer sheet comprises dehydrating the polymer composition, wherein the polymer composition comprises a hydrogel and the surface of the substrate comprises micro-scale or nano-scale patterns and wherein an imprint of the micro-scale or nano scale patterns of the patterned surface is transferred to the polymer sheet to form a patterned polymer sheet.
A cell used in heterologous protein expression which has reduced peptide amidation activity, in which cell the reduced peptide amidation activity has been achieved by a) inhibition or reduction of gene expression of a gene encoding for an enzyme catalysing peptide α-amidation; and/or b) expression of a dysfunctional, or inactive enzyme catalysing peptide α-amidation, or an enzyme catalysing peptide amidation with reduced activity, due to site specific or random mutagenesis, insertions or deletions within the endogenous coding gene. a) inhibition or reduction of gene expression of a gene encoding for an enzyme catalysing peptide α-amidation; and/or b) expression of a dysfunctional, or inactive enzyme catalysing peptide α-amidation, or an enzyme catalysing peptide amidation with reduced activity, due to site specific or random mutagenesis, insertions or deletions within the endogenous coding gene.
A position detector arranged to be mounted at a radiation detector of a radiation therapy treatment apparatus, which includes a gantry rotatable about a gantry rotation axis, and a collimator rotatable about a collimator rotation axis, the radiation detector being mounted at the collimator, wherein the position detector comprises: - an accelerometer device comprising at least one accelerometer, which accelerometer device is arranged to detect at least gravitational acceleration in at least one dimension; - a gyro device comprising at least one gyro, which gyro device is arranged to detect at least angular velocity in at least one dimension; wherein the accelerometer device and the gyro device in common are arranged to be operative in three dimensions; and - a controller connected with the accelerometer device and the gyro device; wherein the controller is arranged to receive first input data from the accelerometer device and second input data from the gyro device, and to determine at least a collimator angle and a gantry angle by means of the first and second input data. - an accelerometer device comprising at least one accelerometer, which accelerometer device is arranged to detect at least gravitational acceleration in at least one dimension; - a gyro device comprising at least one gyro, which gyro device is arranged to detect at least angular velocity in at least one dimension; wherein the accelerometer device and the gyro device in common are arranged to be operative in three dimensions; and - a controller connected with the accelerometer device and the gyro device;
Method of electrical connection between a series of first pads located on a face of a first component and a series of seconds pads located on a face of a second component Characterized in that said method comprises the following process steps: - producing a series of hard conductive points on the series of first pads located on the first component, - producing a series of buried ductile conductive bumps on the series of second pads located on the second component, - facing the hard conductive points and the buried ductile conductive bumps, located, respectively, on these two faces, - direct transfer of the first component on the second component so that the hard conductive points penetrate into the buried ductile conductive bumps, and in that the mechanical holding between the two components (10, 11) is assured by a bonding at the interface of these two components, between the bumps. - producing a series of hard conductive points on the series of first pads located on the first component, - producing a series of buried ductile conductive bumps on the series of second pads located on the second component, - facing the hard conductive points and the buried ductile conductive bumps, located, respectively, on these two faces, - direct transfer of the first component on the second component so that the hard conductive points penetrate into the buried ductile conductive bumps,
A baking device, in particular for self-service stores, comprising - an oven chamber, - further comprising a storage unit for pieces of dough connected upstream of the oven chamber, furthermore - comprising an output unit for convenience bakery products is connected downstream from the oven chamber, and - comprising a conveying device (4, 5, 6), which transfers the pieces of dough from the storage unit through the oven chamber to the output unit, wherein provision is additionally made for a counting device, which controls the conveying device (4, 5, 6) and/or the oven chamber and/or an optional feeding unit for the pieces of dough such that a predetermined number of convenience bakery products is stored in the output unit, in that the counting device determines sales figures for the convenience bakery products and transfers them to a control unit, which acts upon the conveying device (4, 5, 6), if applicable the feed unit and optionally the oven chamber, for controlling the replenishment, and wherein the counting device is designed so as to be spatially separated from the aggregate of oven chamber, conveying device (4, 5, 6), output unit, storage unit and, if applicable, feed unit, and is part of a check-out system, characterized in that - future sales figures are extrapolated and are converted into control commands for the conveying device (4, 5, 6), if applicable the feed unit and optionally the oven chamber, from the determined sales figures as well as from forecast figures, which are stored in the control unit, wherein - the determined sales figures are extrapolated into the future for a certain time period in the past, so that first future consumption figures result from this, and wherein - second future consumption figures for the corresponding day of the week and the time of day are derived from the forecast figures stored in the control unit and both consumption figures experience a weighting. - an oven chamber, - further comprising a storage unit for pieces of dough connected upstream of the oven chamber, furthermore - comprising an output unit for convenience bakery products is connected downstream from the oven chamber, and - comprising a conveying device (4, 5, 6), which transfers the pieces of dough from the storage unit through the oven chamber to the output unit, - future sales figures are extrapolated and are converted into control commands for the conveying device (4, 5, 6), if applicable the feed unit and optionally the oven chamber, from the determined sales figures as well as from forecast figures, which are stored in the control unit, wherein - the determined sales figures are extrapolated into the future for a certain time period in the past, so that first future consumption figures result from this, and wherein - second future consumption figures for the corresponding day of the week and the time of day are derived from the forecast figures stored in the control unit and both consumption figures experience a weighting.
A medical system, comprising: a first medical device (12, 30); a first controller operatively interconnected with said first medical device and that is foot-activated, wherein said first controller comprises a plurality of first actuators that are disposed at a common elevation and that each communicate with said first medical device, wherein each said first actuator comprises a pedal actuator, wherein a central, longitudinal axis bisects said first controller in a lateral dimension, wherein each said first actuator disposed on a first side of said central, longitudinal axis is disposed in a common first orientation, wherein at least one said first actuator is disposed on said first side of said central, longitudinal axis, wherein each said first actuator disposed on a second side of said central, longitudinal axis is disposed in a common second orientation, wherein at least one said first actuator is disposed on said second side of said central, longitudinal axis, and wherein said first and second orientations are different; and a second controller operatively interconnected with said first medical device and that is foot-activated characterized in that said system further comprises: a second medical device (12, 30), wherein said first controller is operatively interconnected with said second medical device, and wherein there is a lack of a communication link between said second controller and said second medical device. a first medical device (12, 30); a first controller operatively interconnected with said first medical device and that is foot-activated, wherein said first controller comprises a plurality of first actuators that are disposed at a common elevation and that each communicate with said first medical device, wherein each said first actuator comprises a pedal actuator, wherein a central, longitudinal axis bisects said first controller in a lateral dimension, wherein each said first actuator disposed on a first side of said central, longitudinal axis is disposed in a common first orientation, wherein at least one said first actuator is disposed on said first side of said central, longitudinal axis, wherein each said first actuator disposed on a second side of said central, longitudinal axis is disposed in a common second orientation, wherein at least one said first actuator is disposed on said second side of said central, longitudinal axis, and wherein said first and second orientations are different; and a second controller operatively interconnected with said first medical device and that is foot-activated characterized in that said system further comprises: a second medical device (12, 30), wherein said first controller is operatively interconnected with said second medical device, and wherein there is a lack of a communication link between said second controller and said second medical device. a second medical device (12, 30), wherein said first controller is operatively interconnected with said second medical device, and wherein there is a lack of a communication link between said second controller and said second medical device.
Sound head for installation into a measurement tube of a flow meter for sound-based detection of a flow rate of a medium, having a) a pot composed of a metallic pot material, which has a pot side wall, a pot base through which sound is to be passed and a pot opening which is opposite the pot base, b) an electromechanical sound transducer element, which is adhesively bonded to an inner side of the pot base, c) two electrical feed lines (14, 15), which lead out of the pot opening and serve for the electrical contacting of the electromechanical sound transducer element, d) a closure part, which is inserted into the pot and closes off the pot opening, characterized in that e) the closure part has a plastic main body and a reinforcement plate, wherein the reinforcement plate is at least partly embedded in the plastic main body, and f) the reinforcement plate is encapsulated with the plastic material of the plastic main body, with the result that a combined structural unit composed of the plastic main body and the reinforcement plate is formed. a) a pot composed of a metallic pot material, which has a pot side wall, a pot base through which sound is to be passed and a pot opening which is opposite the pot base, b) an electromechanical sound transducer element, which is adhesively bonded to an inner side of the pot base, c) two electrical feed lines (14, 15), which lead out of the pot opening and serve for the electrical contacting of the electromechanical sound transducer element, d) a closure part, which is inserted into the pot and closes off the pot opening, characterized in that e) the closure part has a plastic main body and a reinforcement plate, wherein the reinforcement plate is at least partly embedded in the plastic main body, and f) the reinforcement plate is encapsulated with the plastic material of the plastic main body, with the result that a combined structural unit composed of the plastic main body and the reinforcement plate is formed.
Method for avoiding false alarms on a self-service terminal, wherein the self-service terminal has at least one camera and at least one alarm unit that generates alarms when the self-service terminal is attacked, and has a network connection to a network for forwarding the alarms to a client, comprising the steps: - generating an alarm by way of the alarm unit, and storing alarm images from the camera, from which images the alarm was derived; - before forwarding the alarm via a digital network to an operator, comparing the digital alarm images with templates or patterns stored on the self-service terminal and that identify a false alarm, and, if a match with the templates is established, the alarm is ignored; otherwise, the alarm is forwarded to the client via the network, wherein, following reception of the alarm via the network and following analysis of the alarm via the network, generation of a template on the self-service terminal is initiated if the client believes that it is a false alarm that should be ignored in future, wherein the alarm images on the self-service terminal are then converted into templates in order to avoid a similar alarm in future. - generating an alarm by way of the alarm unit, and storing alarm images from the camera, from which images the alarm was derived; - before forwarding the alarm via a digital network to an operator, comparing the digital alarm images with templates or patterns stored on the self-service terminal and that identify a false alarm, and, if a match with the templates is established, the alarm is ignored; otherwise, the alarm is forwarded to the client via the network,