mhurhangee/ep-ind-claims huggingface dataset:
Rail system for securing objects to a floor in a cabin of a transport means, having: at least one floor rail which can be integrated in or on the floor, a multiplicity of first elongate movement rail elements, a multiplicity of second elongate movement rail elements, a multiplicity of holding means for holding first and second movement rail elements (12, 14) on the floor rail, a multiplicity of runners (16, 18) which can be mounted in a sliding manner on the first and second movement rail elements (12, 14), wherein the first and second movement rail elements (12, 14) have, perpendicularly to their main direction of extent (x), a rail profile cross section which has at least one laterally outwardly directed undercut, wherein the first and second movement rail elements (12, 14) each have two mutually opposite end surfaces which can be brought into surface contact flush with end surfaces of other first or second movement rail elements (12, 14) such that at least one continuous movement rail having a consistent rail profile cross section is produced, wherein the runners (16, 18) have, for the sliding mounting, a recess shaped in a corresponding manner to the rail profile cross section, and wherein the sum of the lengths of a first elongate movement rail element and of a second movement rail element is in a range of 26 inches (approximately 66 cm) to 100 inches (approximately 254 cm), and the length of a second movement rail element is less than the length of a first movement rail element. at least one floor rail which can be integrated in or on the floor, a multiplicity of first elongate movement rail elements, a multiplicity of second elongate movement rail elements, a multiplicity of holding means for holding first and second movement rail elements (12, 14) on the floor rail, a multiplicity of runners (16, 18) which can be mounted in a sliding manner on the first and second movement rail elements (12, 14), wherein the first and second movement rail elements (12, 14) have, perpendicularly to their main direction of extent (x), a rail profile cross section which has at least one laterally outwardly directed undercut, wherein the first and second movement rail elements (12, 14) each have two mutually opposite end surfaces which can be brought into surface contact flush with end surfaces of other first or second movement rail elements (12, 14) such that at least one continuous movement rail having a consistent rail profile cross section is produced, wherein the runners (16, 18) have, for the sliding mounting, a recess shaped in a corresponding manner to the rail profile cross section, and wherein the sum of the lengths of a first elongate movement rail element and of a second movement rail element is in a range of 26 inches (approximately 66 cm) to 100 inches (approximately 254 cm), and the length of a second movement rail element is less than the length of a first movement rail element.
Support column system for supporting at least one computer installation (101, 102), wherein the support column system comprises the following: a) at least one elongate support column which is arranged for vertical fitting; b) at least one vertical fastening means which is arranged for fastening the support column vertically to a floor, a ceiling, or a wall of a room, or for fastening said support column to a roller platform; c) at least one first support installation that is fastened to the support column, for supporting at least one visual output device of the computer installation; d) at least one second support installation that is fastened to the support column, for supporting at least one manual input device of the computer installation; wherein the support column has at least one cut-out in an externally accessible wall, and at least one functional element is routed through the cut-out, wherein at least one functional cover plate is fastened in or on the cut-out and covers the cut-out, and the at least one functional element by way of the at least one functional cover plate is routed through the cut-out in a sealed manner, characterized in that the functional cover plate has at least one conduit wall, running obliquely to the longitudinal axis of the support column, for routing a cable, or a plurality of conduit walls that are disposed in an oblique staggered manner. a) at least one elongate support column which is arranged for vertical fitting; b) at least one vertical fastening means which is arranged for fastening the support column vertically to a floor, a ceiling, or a wall of a room, or for fastening said support column to a roller platform; c) at least one first support installation that is fastened to the support column, for supporting at least one visual output device of the computer installation; d) at least one second support installation that is fastened to the support column, for supporting at least one manual input device of the computer installation;
Device for measuring the quality of a gas flowing in a gas line comprising: - an extraction device for extracting and forwarding the gas flowing in the gas line, the extraction device having an extraction probe arrangable in the gas line for extracting the gas flowing in the gas line, the extraction probe having an inlet opening for introducing the gas flowing in the gas line and a line for forwarding the gas extracted by means of the extraction probe, - a pressure reducing device for reducing the pressure of the gas forwarded by means of the line of the extraction device from the extraction device to the pressure reducing device, the pressure reducing device having a line for forwarding the pressure-reduced gas, - a measuring device for measuring the quality of the gas forwarded by means of the line of the pressure reducing device from the pressure reducing device to the measuring device, the measuring device comprising a gas chromatograph and an inlet for a carrier gas, - a bearing device, wherein the bearing device is connectable to the gas line, characterized in that the extraction device, the pressure reducing device and the measuring device are mountable together in or on the gas line by means of the bearing device, wherein the pressure reducing device is mounted in the extraction device and the measuring device is mounted in the pressure reducing device. - an extraction device for extracting and forwarding the gas flowing in the gas line, the extraction device having an extraction probe arrangable in the gas line for extracting the gas flowing in the gas line, the extraction probe having an inlet opening for introducing the gas flowing in the gas line and a line for forwarding the gas extracted by means of the extraction probe, - a pressure reducing device for reducing the pressure of the gas forwarded by means of the line of the extraction device from the extraction device to the pressure reducing device, the pressure reducing device having a line for forwarding the pressure-reduced gas, - a measuring device for measuring the quality of the gas forwarded by means of the line of the pressure reducing device from the pressure reducing device to the measuring device, the measuring device comprising a gas chromatograph and an inlet for a carrier gas, - a bearing device, wherein the bearing device is connectable to the gas line, the extraction device, the pressure reducing device and the measuring device are mountable together in or on the gas line by means of the bearing device, wherein the pressure reducing device is mounted in the extraction device and the measuring device is mounted in the pressure reducing device.
An in vivo method for characterizing delivery vehicles for in vivo delivery of an agent comprising: (a). formulating multiple delivery vehicles having different chemical compositions, wherein each different delivery vehicle comprises a molecule that can generate a detectable signal by performing a biological activity when delivered to the cytoplasm of cells of the subject, and a chemical composition identifier that identifies the chemical composition of the delivery vehicle; (b). administering the multiple delivery vehicles to a non-human mammal; (c). sorting cells from multiple tissues of the non-human mammal that generate the detectable signal from cells that do not generate the detectable signal, wherein the cells that generate the detectable signal are also sorted based on the presence or absence of a cell surface protein that is indicative of tissue type or cell type; and (d). identifying the composition identifier in the sorted cells that generate the detectable signal to determine the chemical composition of the delivery vehicle in the sorted cells to correlate the chemical composition of the particles with the tissue or cell type containing the particles. (a). formulating multiple delivery vehicles having different chemical compositions, wherein each different delivery vehicle comprises a molecule that can generate a detectable signal by performing a biological activity when delivered to the cytoplasm of cells of the subject, and a chemical composition identifier that identifies the chemical composition of the delivery vehicle; (b). administering the multiple delivery vehicles to a non-human mammal; (c). sorting cells from multiple tissues of the non-human mammal that generate the detectable signal from cells that do not generate the detectable signal, wherein the cells that generate the detectable signal are also sorted based on the presence or absence of a cell surface protein that is indicative of tissue type or cell type; and (d). identifying the composition identifier in the sorted cells that generate the detectable signal to determine the chemical composition of the delivery vehicle in the sorted cells to correlate the chemical composition of the particles with the tissue or cell type containing the particles.
Cage monovinylgermasilsesquioxanes of the general formula 1, in which R 1 are the same and represent: - a C 1 to C 6 alkyl group or - a cyclopentyl or cyclohexyl group or - a phenyl group. - a C 1 to C 6 alkyl group - a cyclopentyl or cyclohexyl group - a phenyl group.
A thermoplastic composition, consisting essentially of: a) 65 to 92% by weight of a thermoplastic base resin, wherein the thermoplastic based resin is selected from polycarbonate, a polycarbonate/acrylonitrile-butadiene-styrene resin blend, a polyphenylene oxide resin or a combination including at least one of the foregoing resins; b) 0.5 to 20% by weight of a laser direct structuring additive; and c) 0.5 to 10% by weight of at least one pigment selected from coated and uncoated TiO 2 including anatise, rutile, ZnO, BaSO 4, CaCO 3, or BaTiO 3; wherein the thermoplastic composition is capable of being plated after being activated using a laser. a) 65 to 92% by weight of a thermoplastic base resin, wherein the thermoplastic based resin is selected from polycarbonate, a polycarbonate/acrylonitrile-butadiene-styrene resin blend, a polyphenylene oxide resin or a combination including at least one of the foregoing resins; b) 0.5 to 20% by weight of a laser direct structuring additive; and c) 0.5 to 10% by weight of at least one pigment selected from coated and uncoated TiO 2 including anatise, rutile, ZnO, BaSO 4, CaCO 3, or BaTiO 3;
A roasting apparatus for heating objects, the roasting apparatus comprising: a roasting chamber part which comprises: a cylindrical roasting chamber that extends in a vertical direction and has an internal space in which the objects are stirred; and a rotary stirring part that rotates to stir the objects received in the roasting chamber and rotates about a stirring axis defined in the vertical direction; and heat source parts (310, 320, 330) which supply heat to the roasting chamber part and comprise: a first heat source part that provides convection heat to an interior of the roasting chamber by providing hot air flow to the roasting chamber; a second heat source part that is in contact with a surface of the roasting chamber and provides conduction heat to the roasting chamber in a conduction manner; and a third heat source part that provides radiant heat to the interior of the roasting chamber. a cylindrical roasting chamber that extends in a vertical direction and has an internal space in which the objects are stirred; and a rotary stirring part that rotates to stir the objects received in the roasting chamber and rotates about a stirring axis defined in the vertical direction; and heat source parts (310, 320, 330) which supply heat to the roasting chamber part and comprise: a first heat source part that provides convection heat to an interior of the roasting chamber by providing hot air flow to the roasting chamber; a second heat source part that is in contact with a surface of the roasting chamber and provides conduction heat to the roasting chamber in a conduction manner; and a third heat source part that provides radiant heat to the interior of the roasting chamber. a first heat source part that provides convection heat to an interior of the roasting chamber by providing hot air flow to the roasting chamber; a second heat source part that is in contact with a surface of the roasting chamber and provides conduction heat to the roasting chamber in a conduction manner; and a third heat source part that provides radiant heat to the interior of the roasting chamber.
An adjustment turret (94, 96) for an optical sight, the adjustment turret (94, 96) comprising: a housing (114, 116); an adjustment member rotatably supported by said housing (114, 116), said adjustment member operable to adjust a characteristic of the optical sight when moved relative to said housing (114, 116); and a cap extending from said housing (114, 116) and movable between an engaged state fixing said cap for rotation with said adjustment member and a disengaged state permitting relative rotation between said cap and said adjustment member, said cap being: moveable from said disengaged state to said engaged state in a direction away from said housing (114, 116); and rotatable relative to said housing (114, 116) in said disengaged state and said engaged state, wherein when said cap is in the engaged state, said cap is directly engaged to the adjustment member. a housing (114, 116); an adjustment member rotatably supported by said housing (114, 116), said adjustment member operable to adjust a characteristic of the optical sight when moved relative to said housing (114, 116); and a cap extending from said housing (114, 116) and movable between an engaged state fixing said cap for rotation with said adjustment member and a disengaged state permitting relative rotation between said cap and said adjustment member, said cap being: moveable from said disengaged state to said engaged state in a direction away from said housing (114, 116); and rotatable relative to said housing (114, 116) in said disengaged state and said engaged state, wherein moveable from said disengaged state to said engaged state in a direction away from said housing (114, 116); and rotatable relative to said housing (114, 116) in said disengaged state and said engaged state, wherein when said cap is in the engaged state, said cap is directly engaged to the adjustment member.
A substrate having a microbicidal coating of a cured coating composition, wherein the coating composition is a silver-free microbicidal coating composition comprising a) an organic microbicidal compound comprising chlorhexidine, and b) a condensate of at least one hydrolysable silicon compound having at least one non-hydrolysable organic group, at least one hydrolysable silicon compound without non-hydrolysable groups and at least one hydrolysable metal or boron compound, wherein the non-hydrolysable organic group of the at least one hydrolysable silicon compound comprises a polymerisable group comprising an epoxy group. a) an organic microbicidal compound comprising chlorhexidine, and b) a condensate of at least one hydrolysable silicon compound having at least one non-hydrolysable organic group, at least one hydrolysable silicon compound without non-hydrolysable groups and at least one hydrolysable metal or boron compound, wherein the non-hydrolysable organic group of the at least one hydrolysable silicon compound comprises a polymerisable group comprising an epoxy group.
A device for compensating for tolerances between two components which are to be connected by a connecting screw, comprising a base element, a compensating element which can be moved out of the base element, wherein the base element and the compensating element form a passage for the connecting screw that defines an axial direction, and a coupling means which is designed to couple the device to a carrier element (46, 48, 54) and to guide the device along the carrier element (46, 48, 54), characterized in that a guide element is provided on the coupling means so that a setting robot can better grip the device.
An automated system for use in well control, the system comprising: a controller configured to receive an input signal indicative of a fluid flow rate or fluid volumetric rate from a wellbore, the controller configured to determine from said input signal whether the fluid flow rate or fluid volumetric rate exceeds a preselected threshold indicative of a fluid influx condition in the wellbore system, wherein, on determining that said fluid flow rate or fluid volumetric rate exceeds said preselected threshold, the controller is configured to automatically output one or more command signals (42, 50, 56, 62) initiating an initial well control protocol, wherein the initial well control protocol comprises a well shut-in protocol, the initial well control protocol comprising one or more preselected well control operations actioned based on preselected criteria without requiring an operative to decide and/or action said required initial well control operations, and wherein the system is configured for coupling to, to communicate with, or is operatively associated with components of an oil and/or gas installation, the system configured for coupling to, to communicate with or being operatively associated with a drawworks of the oil and/or gas installation, the initial well control protocol comprising a command signal to the drawworks to automatically raise the drill string off the bottom of the wellbore, characterised by a drawworks space out configuration comprising calibrated set points for movement of the drawworks set during set up of the system. a controller configured to receive an input signal indicative of a fluid flow rate or fluid volumetric rate from a wellbore, the controller configured to determine from said input signal whether the fluid flow rate or fluid volumetric rate exceeds a preselected threshold indicative of a fluid influx condition in the wellbore system, wherein, on determining that said fluid flow rate or fluid volumetric rate exceeds said preselected threshold, the controller is configured to automatically output one or more command signals (42, 50, 56, 62) initiating an initial well control protocol, wherein the initial well control protocol comprises a well shut-in protocol, the initial well control protocol comprising one or more preselected well control operations actioned based on preselected criteria without requiring an operative to decide and/or action said required initial well control operations, and wherein the system is configured for coupling to, to communicate with, or is operatively associated with components of an oil and/or gas installation, the system configured for coupling to, to communicate with or being operatively associated with a drawworks of the oil and/or gas installation, the initial well control protocol comprising a command signal to the drawworks to automatically raise the drill string off the bottom of the wellbore, characterised by a drawworks space out configuration comprising calibrated set points for movement of the drawworks set during set up of the system.
A method for transmitting an uplink signal by a user equipment, UE, in a wireless communication system, the method comprising: receiving, from a base station, information for a channel sensing type in uplink grant, wherein the information for the channel sensing type indicates a first channel sensing type to perform a channel sensing operation using a time period randomly determined based on a contention window for the UE or a second channel sensing type to perform the channel sensing operation using a fixed time period; sensing a channel on an unlicensed band based on the information on the channel sensing type; and transmitting, to the base station, the uplink signal on the unlicensed band after sensing the channel on the unlicensed band, characterized in that a value of the contention window is determined, by the UE, based on a new data indicator, NDI, value for a hybrid automatic repeat request, HARQ, process. receiving, from a base station, information for a channel sensing type in uplink grant, wherein the information for the channel sensing type indicates a first channel sensing type to perform a channel sensing operation using a time period randomly determined based on a contention window for the UE or a second channel sensing type to perform the channel sensing operation using a fixed time period; sensing a channel on an unlicensed band based on the information on the channel sensing type; and transmitting, to the base station, the uplink signal on the unlicensed band after sensing the channel on the unlicensed band, characterized in that a value of the contention window is determined, by the UE, based on a new data indicator, NDI, value for a hybrid automatic repeat request, HARQ, process.
A modular prosthetic trial for a joint prosthesis, comprising: a first piece having a proximal section and a distal section configured for implantation in a bone, the proximal section having a non-threaded proximally extending protrusion in the form of a pin having a lip, a second piece having a proximal section and a distal section, the distal section including a recess for receiving the pin, and a locking member at least partially disposed within the recess of the second piece, characterised in that the locking member can rotate within the recess between unlocked and locked positions, the locking member having first and second opposite walls (40, 42) with a recess between them through which the pin can extend, at the end of the recess at least one of the walls defining a spiral-shaped edge which extends spirally towards an edge of the wall so that, with the locking member in the unlocked position, the pin can be inserted into the recess until the lip has passed the spiral-shaped edge, and so that rotation of the locking member towards the locked position causes the spiral-shaped edge to engage the lip and to push the pin progressively into the recess to lock the first piece to the second piece. a first piece having a proximal section and a distal section configured for implantation in a bone, the proximal section having a non-threaded proximally extending protrusion in the form of a pin having a lip, a second piece having a proximal section and a distal section, the distal section including a recess for receiving the pin, and a locking member at least partially disposed within the recess of the second piece, characterised in that the locking member can rotate within the recess between unlocked and locked positions, the locking member having first and second opposite walls (40, 42) with a recess between them through which the pin can extend, at the end of the recess at least one of the walls defining a spiral-shaped edge which extends spirally towards an edge of the wall so that, with the locking member in the unlocked position, the pin can be inserted into the recess until the lip has passed the spiral-shaped edge, and so that rotation of the locking member towards the locked position causes the spiral-shaped edge to engage the lip and to push the pin progressively into the recess to lock the first piece to the second piece.