mhurhangee/ep-ind-claims huggingface dataset:
Roasting unit for roasting food products, in particular for roasting coffee beans, wherein the roasting unit has a roasting device for roasting the food products and a cooling device for cooling the food products roasted in the roasting device, wherein the roasting unit has a first exhaust air cleaning device for cleaning pollutant-loaded roasting exhaust air of the roasting device, wherein, during the roasting operation, the pollutant-loaded roasting exhaust air arising during the roasting of the food products is supplied to the first exhaust air cleaning device, wherein the roasting unit has a second exhaust air cleaning device for cleaning pollutant-loaded cooling exhaust air of the cooling device, characterized in that, during the cooling operation, the pollutant-loaded cooling exhaust air arising during the cooling of the roasted food products in the cooling device can be supplied to the second exhaust air cleaning device, wherein the cleaned roasting exhaust air emerging from the first exhaust air cleaning device can be at least partially supplied to the second exhaust air cleaning device.
A solid preparation comprising a salt of (5-methyl-2-oxo-1,3,-dioxol-4-yl)methyl 2-ethoxy-1-{[2'-(5-oxo-4,5-dihydro-1,2,4-oxadiazol-3-yl)biphenyl-4-yl]methyl}-1H-benzimidazole-7-carboxylate, a pH control agent having a pH of 2 to 5 which is the pH of a solution or suspension obtainable by dissolving or suspending the pH control agent in water at 25°C at a concentration of 1 w/v% and a diuretic.
Device for applying label sleeves on objects moved continuously along a predetermined trajectory on a transport mechanism, comprising: an ejection unit for ejecting a label sleeve so that the label sleeve is put over an object, a detection unit for detecting an object moved on the transport mechanism and for issuing a detection signal that specifies a position of the object at least at one point in time, a memory unit for storing a control parameter, such as for instance a delay time, and a control unit that is configured such that the ejection unit is controlled and the ejection of a label sleeve is triggered depending on the detection signal and the stored control parameter, wherein a position at which the object is located at the start of the ejection procedure can be changed by changing the control parameter so as to change a setting of the label transfer time, characterized by a camera mechanism that records an image sequence showing the ejection of the label sleeve, at a first image rate, and a user interface that replays the image sequence at a second image rate that is slower than the first image rate, and receives a user input which initiates a change of the control parameter stored in the memory unit, wherein the detection unit comprises a proximity switch and the detection signal is a time signal which specifies a first point in time at which the object is moved past the detection unit, and wherein by changing the control parameter, a second point in time at which the label sleeve is ejected by the ejection unit is changed relative to the first point in time, and the setting of the label transfer time is thus changed. an ejection unit for ejecting a label sleeve so that the label sleeve is put over an object, a detection unit for detecting an object moved on the transport mechanism and for issuing a detection signal that specifies a position of the object at least at one point in time, a memory unit for storing a control parameter, such as for instance a delay time, and a control unit that is configured such that the ejection unit is controlled and the ejection of a label sleeve is triggered depending on the detection signal and the stored control parameter, wherein a position at which the object is located at the start of the ejection procedure can be changed by changing the control parameter so as to change a setting of the label transfer time, a camera mechanism that records an image sequence showing the ejection of the label sleeve, at a first image rate, and a user interface that replays the image sequence at a second image rate that is slower than the first image rate, and receives a user input which initiates a change of the control parameter stored in the memory unit,
A user interface system comprising a controller, a data repository and an I/O unit, the user interface system being configured to cause, via the I/O unit, a user interface device of a user to provide a stimulus to the user, the user interface system is further configured to receive, from the user, data on the stimulus, wherein in response to the stimulus and the data provided by the user on the stimulus, the user interface system is arranged to record, in the data repository, stimulus recognised by the user, the controller being operable to determine an optimised set of stimuli to be used by the user interface device in dependence on the stimuli recognised by the user, the optimised set matching the number of stimuli provided by the user interface device, the controller being arranged to communicate with the user interface device and configure the user interface device to use the optimised set of stimuli for its functions, characterised in that the system is configured to communicate with multiple user devices of a user and is configured to provide a substantially consistent stimulus for a particular function across the multiple user devices. the controller being operable to determine an optimised set of stimuli to be used by the user interface device in dependence on the stimuli recognised by the user, the optimised set matching the number of stimuli provided by the user interface device, the controller being arranged to communicate with the user interface device and configure the user interface device to use the optimised set of stimuli for its functions, characterised in that the system is configured to communicate with multiple user devices of a user and is configured to provide a substantially consistent stimulus for a particular function across the multiple user devices.
A system for removing moisture from an oxygenator which utilizes a sweep gas that flows through hollow fibres forming a portion of the oxygenator to remove carbon dioxide and/or add oxygen to a patient's blood entering the oxygenator, comprising: a vacuum source for drawing sweep gas into the oxygenator; a flow control mechanism for intermittently changing the system during usage between a normal vacuum condition and a temporary high vacuum condition; and a moisture collection unit for storing moisture removed from the oxygenator, the moisture collecting unit being in fluid communication with the oxygenator and the vacuum source; wherein the system is configured such that, when operating under the normal vacuum condition, the vacuum source draws sweep gas through the oxygenator at a substantially constant flow rate and, when operating under the temporary high vacuum condition, the sweep gas is drawn through the oxygenator at a higher flow rate than when the system is in the normal vacuum condition, the system allowing any moisture accumulating in the fibres of the oxygenator to be swept with the sweep gas into the moisture collecting unit when the system is in the temporary high vacuum condition. a vacuum source for drawing sweep gas into the oxygenator; a flow control mechanism for intermittently changing the system during usage between a normal vacuum condition and a temporary high vacuum condition; and a moisture collection unit for storing moisture removed from the oxygenator, the moisture collecting unit being in fluid communication with the oxygenator and the vacuum source;
Use of an arenediazonium salt or a heteroarenediazonium salt and of an organoboron compound containing at least one boron-hydrogen bond, in the absence of base, for the implementation of a process involving an arylation reaction leading to an arylborane compound.
A cover cap for an airbag module, especially for a driver airbag module, comprising a front panel including an outer face as well as an opposed inner face which in the assembled state of the airbag module faces a folded airbag, and an emblem which is arranged and fastened at the inside of the front panel, wherein in the area of the emblem the front panel has an emblem opening through which the emblem is visible from the outer face of the front panel, wherein the front panel includes a tear line along which the cover cap tears upon activation of the assembled airbag module, and wherein the tear line opens into the emblem opening at an edge point of the emblem opening, characterized in that two separate emblem openings spaced apart from each other are provided which are connected to each other by a connecting portion of the tear line, and/or in that the emblem is a two-part design and includes two separate emblem elements (30, 32) spaced apart from each other, wherein a separate emblem opening is associated with each of the emblem elements (30, 32). a front panel including an outer face as well as an opposed inner face which in the assembled state of the airbag module faces a folded airbag, and an emblem which is arranged and fastened at the inside of the front panel, wherein in the area of the emblem the front panel has an emblem opening through which the emblem is visible from the outer face of the front panel, wherein the front panel includes a tear line along which the cover cap tears upon activation of the assembled airbag module, and wherein the tear line opens into the emblem opening at an edge point of the emblem opening, characterized in that two separate emblem openings spaced apart from each other are provided which are connected to each other by a connecting portion of the tear line, and/or in that the emblem is a two-part design and includes two separate emblem elements (30, 32) spaced apart from each other, wherein a separate emblem opening is associated with each of the emblem elements (30, 32).
A transosseous wire device, comprising: a ribbon wire (10, 150); and a delivery tool (100, 160); and wherein the ribbon wire (10, 150) comprises: a body (18, 152) with a first end and a second end; a boring tip (20, 158) at the first end; and a connector hole (15, 154) at the second end of the ribbon wire (10, 150) for coupling to the delivery tool (100, 160); wherein the body (18, 152) has a rectangular cross-section between the boring tip (20, 158) and the connector hole (15, 154) for a length sufficient to traverse a bone; and wherein the delivery tool (100, 160) comprises: a sheath (110, 162) with a first end and a second end; a handle at the first end of the sheath (110, 162); an opening at the second end of the sheath (110, 162); a cavity (112, 165) extending from the second end of the sheath (110, 162) to the handle; a slot extending along a length of the sheath (110, 162) from an exterior surface of the sheath (110, 162) into the cavity (112, 165); a driver with a hole; and a pin coupled to the driver through the hole and coupled to the connector hole (15, 154) of the ribbon wire (10, 150) at the first end. a ribbon wire (10, 150); and a delivery tool (100, 160); and wherein the ribbon wire (10, 150) comprises: a body (18, 152) with a first end and a second end; a boring tip (20, 158) at the first end; and a connector hole (15, 154) at the second end of the ribbon wire (10, 150) for coupling to the delivery tool (100, 160); wherein the body (18, 152) has a rectangular cross-section between the boring tip (20, 158) and the connector hole (15, 154) for a length sufficient to traverse a bone; and a body (18, 152) with a first end and a second end; a boring tip (20, 158) at the first end; and a connector hole (15, 154) at the second end of the ribbon wire (10, 150) for coupling to the delivery tool (100, 160); wherein the body (18, 152) has a rectangular cross-section between the boring tip (20, 158) and the connector hole (15, 154) for a length sufficient to traverse a bone; and wherein the delivery tool (100, 160) comprises: a sheath (110, 162) with a first end and a second end; a handle at the first end of the sheath (110, 162); an opening at the second end of the sheath (110, 162); a cavity (112, 165) extending from the second end of the sheath (110, 162) to the handle; a slot extending along a length of the sheath (110, 162) from an exterior surface of the sheath (110, 162) into the cavity (112, 165); a driver with a hole; and a pin coupled to the driver through the hole and coupled to the connector hole (15, 154) of the ribbon wire (10, 150) at the first end. a sheath (110, 162) with a first end and a second end; a handle at the first end of the sheath (110, 162); an opening at the second end of the sheath (110, 162); a cavity (112, 165) extending from the second end of the sheath (110, 162) to the handle; a slot extending along a length of the sheath (110, 162) from an exterior surface of the sheath (110, 162) into the cavity (112, 165); a driver with a hole; and a pin coupled to the driver through the hole and coupled to the connector hole (15, 154) of the ribbon wire (10, 150) at the first end.
A radio frequency interference, RFI, mitigation apparatus for coupling to a high speed data link to reduce RFI caused by the high speed data link; characterized in that: the RFI mitigation apparatus includes a first RLC path from the high speed data link to earth in parallel with a second RLC path from the high speed data link to earth; the first RLC path comprising in series: a first line segment having a first impedance (Z A) and a first phase angle (θ A); a resistor; and a first capacitor having a first capacitance; and the second RLC path comprising in series a second line segment having a second impedance (Z B) different from the first impedance and a second phase angle (θB) different from the first phase angle; an inductor; and a second capacitor having a second capacitance. the RFI mitigation apparatus includes a first RLC path from the high speed data link to earth in parallel with a second RLC path from the high speed data link to earth; the first RLC path comprising in series: a first line segment having a first impedance (Z A) and a first phase angle (θ A); a resistor; and a first capacitor having a first capacitance; and a first line segment having a first impedance (Z A) and a first phase angle (θ A); a resistor; and a first capacitor having a first capacitance; and the second RLC path comprising in series a second line segment having a second impedance (Z B) different from the first impedance and a second phase angle (θB) different from the first phase angle; an inductor; and a second capacitor having a second capacitance. a second line segment having a second impedance (Z B) different from the first impedance and a second phase angle (θB) different from the first phase angle; an inductor; and a second capacitor having a second capacitance.
A powder coating system, comprising: a feed input configured to receive a powder coating material and to melt the powder coating material into a homogenous fluid of powder coating material; a filament extension atomizer comprising two rollers, where at least one of the rollers is arranged to rotate, positioned in-line with the feed input, the filament extension atomizer configured to receive the melted homogenous fluid of powder coating material and to atomize the homogenous fluid of powder coating material into multiple droplets of powder coating material by stretching the fluid of powder coating material between two diverging surfaces of the rollers when at least one of the rollers rotates; a cooling element configured to cool the droplets of powder coating material to a processing temperature that prevents the droplets from agglomerating to each other; and a deposition passage positioned in-line with the filament extension atomizer, the deposition passage configured to direct at least a portion of the cooled droplets towards a substrate (101, 102). a feed input configured to receive a powder coating material and to melt the powder coating material into a homogenous fluid of powder coating material; a filament extension atomizer comprising two rollers, where at least one of the rollers is arranged to rotate, positioned in-line with the feed input, the filament extension atomizer configured to receive the melted homogenous fluid of powder coating material and to atomize the homogenous fluid of powder coating material into multiple droplets of powder coating material by stretching the fluid of powder coating material between two diverging surfaces of the rollers when at least one of the rollers rotates; a cooling element configured to cool the droplets of powder coating material to a processing temperature that prevents the droplets from agglomerating to each other; and a deposition passage positioned in-line with the filament extension atomizer, the deposition passage configured to direct at least a portion of the cooled droplets towards a substrate (101, 102).
Apparatus for removing rubber from a rubber component, preferably a rubber tire, wherein the rubber component comprises an outer rubber layer on top of textile components, the apparatus comprising: a measurement sensor system configured to transmit an electromagnetic signal with a terahertz frequency onto the rubber component, to receive an electromagnetic signal refracted or reflected at the rubber component, and to determine the thickness of the outer rubber layer on top of the textile components based on the received electromagnetic signal; and a remover device configured to remove the rubber from the outer rubber layer based on the determined thickness of the outer rubber layer on top of the textile components. a measurement sensor system configured to transmit an electromagnetic signal with a terahertz frequency onto the rubber component, to receive an electromagnetic signal refracted or reflected at the rubber component, and to determine the thickness of the outer rubber layer on top of the textile components based on the received electromagnetic signal; and a remover device configured to remove the rubber from the outer rubber layer based on the determined thickness of the outer rubber layer on top of the textile components.
An aspiration cover of a converter dust cap, wherein the cover is adapted to be mounted on a frame of the converter dust cap and comprises a body, a rotating shutter and movable doors, the body being provided with a gas flue, wherein the rotating shutter has a rotating shutter drive and characterized in that the rotating shutter is rotatable at an angle of up to 25°, and the movable doors comprise a vertical part and an inclined part pivotally connected at an angle of 120-130° to each other and having a movable doors drive.
A circuit board thermal management arrangement, comprising: a deflector configured to guide an air flow over an electronic component on a circuit board disposed in the air flow; wherein the deflector is positioned over an upstream end of the electronic component; characterised in that the deflector includes a negative angle of incidence relative to the air flow. a deflector configured to guide an air flow over an electronic component on a circuit board disposed in the air flow; wherein the deflector is positioned over an upstream end of the electronic component; characterised in that the deflector includes a negative angle of incidence relative to the air flow.
An acetogenic microbial cell which is capable of producing at least one higher alcohol from a carbon source, wherein the acetogenic microbial cell is genetically modified to comprise an increased expression relative to its wild type cell of at least one enzyme, E 8, a butyryl-CoA: acetate CoA transferase, and wherein the higher alcohol comprises the formula I below and has 4 to 10 carbon atoms R= H, CH 3, n=1- 6 and wherein the increase in enzymatic activity is achieved by - an expression of a heterologous enzyme E 8, - an increase in the copy number of the gene expressing enzyme E 8, - an expression of enzyme E 8 with a heterologous promoter, or - combinations thereof. R= H, CH 3, n=1- 6 and wherein the increase in enzymatic activity is achieved by - an expression of a heterologous enzyme E 8, - an increase in the copy number of the gene expressing enzyme E 8, - an expression of enzyme E 8 with a heterologous promoter, or - combinations thereof. - an expression of a heterologous enzyme E 8, - an increase in the copy number of the gene expressing enzyme E 8, - an expression of enzyme E 8 with a heterologous promoter, or - combinations thereof.
A magnetic resonance imaging system comprising an object support, a first exchangeable part configured for transmitting RF signals, a second exchangeable part, exchangeable with the first exchangeable part and configured for transmitting RF signals, and a main magnet, wherein the main magnet is configured to create an examination zone in the magnetic resonance system by alignment of spins with a main magnetic field wherein the magnetic resonance system further comprises a transmit coil assembly, wherein the transmit coil assembly is a body coil and comprises: - either the first exchangeable part or the second exchangeable part, wherein - the first and second exchangeable parts are configured to be detachably mountable to the magnetic resonance imaging system and; wherein the transmit assembly further comprises - a permanent part configured for transmitting RF signals and configured to form a volume resonator when combined with the first or second exchangeable part such that by cooperation of the permanent and first or second exchangeable parts the RF field generated by the volume resonator substantially covers the examination zone; wherein - the first exchangeable part has a different size than the second exchangeable part in order to enable altering the size of the volume resonator based on the size of a patient, thereby enabling to optimize the magnetic resonance imaging system for both small and large patients, for which otherwise two magnetic resonance imaging systems with two different bore sizes would be needed; and wherein - the first and second exchangeable parts are rigid. - either the first exchangeable part or the second exchangeable part, wherein - the first and second exchangeable parts are configured to be detachably mountable to the magnetic resonance imaging system and; wherein the transmit assembly further comprises - a permanent part configured for transmitting RF signals and configured to form a volume resonator when combined with the first or second exchangeable part such that by cooperation of the permanent and first or second exchangeable parts the RF field generated by the volume resonator substantially covers the examination zone; wherein - the first exchangeable part has a different size than the second exchangeable part in order to enable altering the size of the volume resonator based on the size of a patient, thereby enabling to optimize the magnetic resonance imaging system for both small and large patients, for which otherwise two magnetic resonance imaging systems with two different bore sizes would be needed; and wherein - the first and second exchangeable parts are rigid.