mhurhangee/patent-ind-claim-en huggingface dataset:
Work booth safety system for an automotive body repair shop, the work booth safety system including a work booth with electrical sockets , compressed air supply for spray guns, a ventilation system for evacuation of polluted air with wall and roof ventilation outlets and an entrance arranged to be selectively closed or opened by means of a door or drape , characterized in that the work booth is arranged to be selectively configured into three different work modes depending on three corresponding work tasks, namely: - a first work mode for preparative dent repair work on a car, wherein the entrance is kept open and the electrical sockets and the compressed air supply for spray guns are deactivated and the ventilation air flow is mainly directed in a horizontal direction within the work booth and evacuated through a wall ventilation outlet duct ; - a second work mode for spray application of a body sanding foundation on a car, wherein the entrance is closed and the electrical sockets are kept deactivated whilst the compressed air supply for spray guns is activated and the ventilation air flow is still generally directed in a horizontal direction and evacuated through said wall ventilation outlet duct ; and - a third work mode for welding work on a car, wherein the entrance is closed and the electrical sockets are activated whilst the compressed air supply for spray guns is deactivated and the ventilation air flow is generally directed in a vertical direction from the floor towards the roof of the work booth where it is evacuated through a roof ventilation outlet duct . - a first work mode for preparative dent repair work on a car, wherein the entrance is kept open and the electrical sockets and the compressed air supply for spray guns are deactivated and the ventilation air flow is mainly directed in a horizontal direction within the work booth and evacuated through a wall ventilation outlet duct ; - a second work mode for spray application of a body sanding foundation on a car, wherein the entrance is closed and the electrical sockets are kept deactivated whilst the compressed air supply for spray guns is activated and the ventilation air flow is still generally directed in a horizontal direction and evacuated through said wall ventilation outlet duct ; and - a third work mode for welding work on a car, wherein the entrance is closed and the electrical sockets are activated whilst the compressed air supply for spray guns is deactivated and the ventilation air flow is generally directed in a vertical direction from the floor towards the roof of the work booth where it is evacuated through a roof ventilation outlet duct .
Process for preparing vinyl acetate-ethylene copolymers in the form of aqueous dispersions by means of radically initiated emulsion polymerization in a continuously operated tubular reactor, characterized in that one or more dividing plates bearing liquid-permeable openings are mounted in the tubular reactor transverse to the flow direction of the reactor contents.
Process for passivation of the inner wall of a glass container suitable for containing a product of pharmaceutical quality, in which the inner surface of the container is passivated, by ion exchange between the container and an aqueous extraction liquid, characterized in that the aqueous extraction liquid is water of R1 quality, and in that , in order to passivate, the inner surface of the container is treated by at least three passes of the bottle in an autoclave with said aqueous extraction liquid at a temperature above 120°C for a time greater than one hour, the aqueous extraction liquid being changed each time, so that the measured hydrolytic resistance of said surface is rendered at the very least less than 50% of the lower limit indicated by the 8 th edition of the European Pharmacopoeia.
A computer-implemented method of monitoring and maintaining operation, performance and reliability of a process gas compressor and its associated auxiliary equipment used in a production environment, said method comprising: measure and collect data related to a process gas compressor and its associated auxiliary equipment ; store at least a portion of the measured and collected data in a data historian ; retrieve at least a portion of the measured and collected data stored in the data historian ; the method being characterized in that it further comprises: perform calculations for key performance indicators (KPIs) and diagnostic outputs for the process gas compressor and its associated auxiliary equipment using the retrieved measured and collected data, wherein the KPIs and diagnostic outputs are calculated for thermodynamic performance, rotor dynamics, and system performance ratios associated with the process gas compressor and its associated auxiliary equipment ; compare the calculated KPIs and diagnostic outputs for the process gas compressor and its associated auxiliary equipment to design and setpoint limits; and perform at least one of treatment , continued monitoring, reporting, communication and modeling of the process gas compressor and its associated auxiliary equipment based on the comparisons. measure and collect data related to a process gas compressor and its associated auxiliary equipment ; store at least a portion of the measured and collected data in a data historian ; retrieve at least a portion of the measured and collected data stored in the data historian ; the method being characterized in that it further comprises: perform calculations for key performance indicators (KPIs) and diagnostic outputs for the process gas compressor and its associated auxiliary equipment using the retrieved measured and collected data, wherein the KPIs and diagnostic outputs are calculated for thermodynamic performance, rotor dynamics, and system performance ratios associated with the process gas compressor and its associated auxiliary equipment ; compare the calculated KPIs and diagnostic outputs for the process gas compressor and its associated auxiliary equipment to design and setpoint limits; and perform at least one of treatment , continued monitoring, reporting, communication and modeling of the process gas compressor and its associated auxiliary equipment based on the comparisons. perform calculations for key performance indicators (KPIs) and diagnostic outputs for the process gas compressor and its associated auxiliary equipment using the retrieved measured and collected data, wherein the KPIs and diagnostic outputs are calculated for thermodynamic performance, rotor dynamics, and system performance ratios associated with the process gas compressor and its associated auxiliary equipment ; compare the calculated KPIs and diagnostic outputs for the process gas compressor and its associated auxiliary equipment to design and setpoint limits; and perform at least one of treatment , continued monitoring, reporting, communication and modeling of the process gas compressor and its associated auxiliary equipment based on the comparisons.
Process device for carrying out a partial step in a production plant , having a network module for establishing a time-sensitive networking connection, having a memory module, wherein the memory module comprises management shell data , wherein the management shell data comprise virtual topology data for software-defined networking, wherein the virtual topology data are configured to establish, operate, define and/or modify the software-defined networking, wherein the software-defined networking is configured to define and/or establish a virtual topology of a network, wherein the virtual topology does not necessarily have to correspond to the structure and/or topology of the network, characterized in that the virtual topology data comprise an activity parameter for describing the process status of the process device . having a network module for establishing a time-sensitive networking connection, having a memory module, wherein the memory module comprises management shell data , wherein the management shell data comprise virtual topology data for software-defined networking, wherein the virtual topology data are configured to establish, operate, define and/or modify the software-defined networking, wherein the software-defined networking is configured to define and/or establish a virtual topology of a network, wherein the virtual topology does not necessarily have to correspond to the structure and/or topology of the network, characterized in that the virtual topology data comprise an activity parameter for describing the process status of the process device .
A method of diagnosing eczema or psoriasis, wherein said method differentiates between eczema and psoriasis, and comprises determining the expression of at least two markers in a sample taken from an individual, wherein said at least two markers are selected from CCL27, NOS2, IL36G, KLK13, SOST, NPTX1, PLA2G4D, GDA, IL36A, TGM1, CLEC4G, IL13, TCN1, TMPRSS11D and RHCG, provided that said at least two markers consist of or comprise (a) CCL27 and NOS2; (b) CCL27 and KLK13; (c) IL36G and KLK13; (d) CCL27 and IL36G; (e) NOS2 and IL36G; (f) NOS2 and KLK13; (g) SOST; or (h) NPTX1; and assessing on the basis of the expression of said at least two markers whether the individual is afflicted with eczema or psoriasis. (a) CCL27 and NOS2; (b) CCL27 and KLK13; (c) IL36G and KLK13; (d) CCL27 and IL36G; (e) NOS2 and IL36G; (f) NOS2 and KLK13; (g) SOST; or (h) NPTX1; and
A reference circuit comprising: a voltage reference generator configured to generate a reference bandgap voltage (V BG ) and a proportional to absolute temperature, PTAT, current; and a current reference generator configured to generate a reference current (I BG ) based on the reference bandgap voltage and the PTAT current, characterised in that the current reference generator comprises: a level shifter circuit configured to generate two intermediate voltages (f p V BG , f c V BG ) based on the reference bandgap voltage; a first current reference circuit configured to generate two intermediate currents (I CUVDN , I CUVUP ) having different temperature coefficient signs based on the intermediate voltages and the PTAT current; and a second current reference circuit configured to combine the intermediate currents to generate the reference current (I BG ). a voltage reference generator configured to generate a reference bandgap voltage (V BG ) and a proportional to absolute temperature, PTAT, current; and a current reference generator configured to generate a reference current (I BG ) based on the reference bandgap voltage and the PTAT current, characterised in that the current reference generator comprises: a level shifter circuit configured to generate two intermediate voltages (f p V BG , f c V BG ) based on the reference bandgap voltage; a first current reference circuit configured to generate two intermediate currents (I CUVDN , I CUVUP ) having different temperature coefficient signs based on the intermediate voltages and the PTAT current; and a second current reference circuit configured to combine the intermediate currents to generate the reference current (I BG ). a level shifter circuit configured to generate two intermediate voltages (f p V BG , f c V BG ) based on the reference bandgap voltage; a first current reference circuit configured to generate two intermediate currents (I CUVDN , I CUVUP ) having different temperature coefficient signs based on the intermediate voltages and the PTAT current; and a second current reference circuit configured to combine the intermediate currents to generate the reference current (I BG ).
Method for operating an interactive visibility screen on a transparent pane of a pane device , in particular in a motor vehicle , wherein the visibility screen is generated on the pane by means of a display unit of the pane device by the pixel-wise fade-in of opaque image points, wherein the image points form a coherent visibility screen area, comprising the steps: - detecting an operational action of a user which comprises selecting a setting range and a movement relative to the pane by means of a detection device and - setting an expansion of the visibility screen area on the setting range as a function of the detected movement by means of a control device , wherein - during the setting of the expansion on the setting range at least one predetermined area of the visibility screen area is opened as a function of the movement, and thereby the opaque image points are faded out in the at least one predetermined area, characterised in that after opening the at least one predetermined area a viewing direction of the user is detected and as a function of the viewing direction the at least one predetermined area is moved within the visibility screen area. - detecting an operational action of a user which comprises selecting a setting range and a movement relative to the pane by means of a detection device and - setting an expansion of the visibility screen area on the setting range as a function of the detected movement by means of a control device , wherein - during the setting of the expansion on the setting range at least one predetermined area of the visibility screen area is opened as a function of the movement, and thereby the opaque image points are faded out in the at least one predetermined area,
A method for operation of at least one node (304, 306; 400) in a communication network comprising: adjusting, with a controller (310; 410) in a first node (304; 400), an impedance of a variable impedance circuit in the first node (304; 400) to a first impedance level that the controller (310; 410) in the first node (304; 400) determines randomly, the variable impedance circuit in the first node (304; 400) being connected to an output of a transceiver in the first node (304; 400) and to a shared communication medium; and transmitting, with the transceiver in the first node (304; 400), a first data bit through the shared communication medium with the variable impedance circuit producing the first impedance level; characterized in that the first data bit is transmitted to produce a collision; the shared communication medium is a Controller Area Network bus or an I 2 C bus; and the first data bit is a cryptographic key bit. adjusting, with a controller (310; 410) in a first node (304; 400), an impedance of a variable impedance circuit in the first node (304; 400) to a first impedance level that the controller (310; 410) in the first node (304; 400) determines randomly, the variable impedance circuit in the first node (304; 400) being connected to an output of a transceiver in the first node (304; 400) and to a shared communication medium; and transmitting, with the transceiver in the first node (304; 400), a first data bit through the shared communication medium with the variable impedance circuit producing the first impedance level; characterized in that the first data bit is transmitted to produce a collision; the shared communication medium is a Controller Area Network bus or an I 2 C bus; and the first data bit is a cryptographic key bit.
An ostomy appliance comprising: a base wafer having an adhesive proximal side configured to be attached to a skin surface around an ostomy of a user and a distal side , a first half of a coupling attached to the distal side of the wafer , and wherein a first opening in the base wafer is defined around and radially closer to a central axis extending through a centre of the first opening than a first inner peripheral edge of the first half of the coupling; a collecting bag for collecting stomal output comprising a proximal wall connected to a distal wall , an inlet hole defined around a central axis of the inlet hole and located in the proximal wall , and an adhesive flange attached to the proximal wall around the inlet hole , wherein a second half of the coupling is attached to the proximal wall of the bag radially farther from the central axis of the inlet hole than the attachment of the adhesive flange to the proximal wall , wherein in use of the ostomy appliance , the adhesive flange is configured to engage with a peristomal skin surface around the ostomy of the user through the first opening in the base wafer , and the second half of the coupling is configured to couple to the first half of the coupling to attach the collecting bag to the base wafer , characterised in that the adhesive flange is floatingly attached to the proximal wall of the bag. a base wafer having an adhesive proximal side configured to be attached to a skin surface around an ostomy of a user and a distal side , a first half of a coupling attached to the distal side of the wafer , and wherein a first opening in the base wafer is defined around and radially closer to a central axis extending through a centre of the first opening than a first inner peripheral edge of the first half of the coupling; a collecting bag for collecting stomal output comprising a proximal wall connected to a distal wall , an inlet hole defined around a central axis of the inlet hole and located in the proximal wall , and an adhesive flange attached to the proximal wall around the inlet hole , wherein a second half of the coupling is attached to the proximal wall of the bag radially farther from the central axis of the inlet hole than the attachment of the adhesive flange to the proximal wall , wherein in use of the ostomy appliance , the adhesive flange is configured to engage with a peristomal skin surface around the ostomy of the user through the first opening in the base wafer , and the second half of the coupling is configured to couple to the first half of the coupling to attach the collecting bag to the base wafer , characterised in that the adhesive flange is floatingly attached to the proximal wall of the bag.
A use of a genetically engineered strains for the preparation of steroidal compounds, characterized in that , the strains are genetically engineered to lack of acyl-coenzyme A thiolase gene, and the steroidal compounds comprise: 22-hydroxy-23,24-bisnorchol-1,4-dien-3-one, 22-hydroxy-23,24-bisnorchol-4-ene-3-one and 9α,22-dihydroxy-23,24-bisnorchol-4-ene-3-one; wherein, said acyl-coenzyme A thiolase gene encodes a protein (iii) or (iv) as follows: (iii) having an amino acid sequence according to SEQ ID NO 4; (iv) having at least 70% identity with the amino acid sequence according to SEQ ID NO 4. (iii) having an amino acid sequence according to SEQ ID NO 4; (iv) having at least 70% identity with the amino acid sequence according to SEQ ID NO 4.
Distribution system with tubes which can be joined together and are provided with holes to carry water from swimming ponds or swimming pools into a filter zone for mechanical and/or biological and/or mineral or, as the case may be, chemical filtering, wherein the filter zone has a filter basin or a filter container containing at least one filter medium, wherein the interconnected tubes form at least one unbranched pipe loop running at least through the filter zone between an inlet point into the filter zone and an outlet point out of the filter zone to provide the filter zone with the water to be filtered, characterised in that , the distribution system is composed of the modules containing tubes , said modules differing from each other in how the tubes are routed, wherein the tubes in the connected state form at least one tube loop running through the modules .
A medical device for ablating tissue , the device comprising: a nonconductive distal portion comprising a rigid body of a fixed diameter, the rigid body defining a plurality of ports ; a plurality of independent conductive wires positioned along an exterior surface of the nonconductive distal portion , each of the plurality of wires , or one or more sets of a combination of wires , is configured to conduct energy to be carried by a conductive fluid coming through one or more of the plurality of ports to ablate a target tissue; and at least one hydrophilic insert positioned within the nonconductive distal portion and configured to distribute the conductive fluid to the plurality of ports . a nonconductive distal portion comprising a rigid body of a fixed diameter, the rigid body defining a plurality of ports ; a plurality of independent conductive wires positioned along an exterior surface of the nonconductive distal portion , each of the plurality of wires , or one or more sets of a combination of wires , is configured to conduct energy to be carried by a conductive fluid coming through one or more of the plurality of ports to ablate a target tissue; and at least one hydrophilic insert positioned within the nonconductive distal portion and configured to distribute the conductive fluid to the plurality of ports .
Laser irradiation unit for irradiating a target object with high-power laser radiation , the laser irradiation unit comprising: a plurality of rigidly interconnected laser radiation modules configured to emit laser radiation ; a directing unit for orientating the laser radiation modules onto the target object, characterised by a target illumination radiation module which is rigidly connected to the laser radiation modules and which comprises an illumination source for generating an illumination radiation and a telescope for focussing the illumination radiation; each of the laser radiation modules comprising an optical system configured to orientate laser radiation onto a target point of the target object; the laser radiation modules and the target illumination radiation module each having a similarly constructed cylindrical housing and being orientated with mutually parallel axes; the radiation modules being modularised in such a way that the optical system of each of the radiation modules comprises a detector for capturing incoming radiation . a plurality of rigidly interconnected laser radiation modules configured to emit laser radiation ; a directing unit for orientating the laser radiation modules onto the target object, characterised by a target illumination radiation module which is rigidly connected to the laser radiation modules and which comprises an illumination source for generating an illumination radiation and a telescope for focussing the illumination radiation; each of the laser radiation modules comprising an optical system configured to orientate laser radiation onto a target point of the target object; the laser radiation modules and the target illumination radiation module each having a similarly constructed cylindrical housing and being orientated with mutually parallel axes; the radiation modules being modularised in such a way that the optical system of each of the radiation modules comprises a detector for capturing incoming radiation .
A method for wireless communications by a user equipment, UE, comprising: receiving a resource assignment scheduling the UE for uplink transmission; receiving an indication to preempt uplink transmission on a portion of the assigned resources; determining whether to transmit on the remaining assigned resources; and sending or dropping uplink transmission on the remaining assigned resources based on the determination; characterized in that the portion of the assigned resources comprises at least one symbol and at least one component carrier, CC, and the remaining assigned resources comprise other CCs than the at least one CC. receiving a resource assignment scheduling the UE for uplink transmission; receiving an indication to preempt uplink transmission on a portion of the assigned resources; determining whether to transmit on the remaining assigned resources; and sending or dropping uplink transmission on the remaining assigned resources based on the determination;