mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing a semispherical shoe for a swash plate compressor so constructed that inside a housing where a refrigerant is present, a rotational motion of a swash plate mounted perpendicularly and obliquely on a rotational shaft by directly fixing said swash plate to said rotational shaft or indirectly fixing said swash plate thereto through a coupling member is converted into a reciprocating motion of a piston through a semispherical shoe to be subjected to sliding contact with said swash plate to compress and expand said refrigerant, characterised in that said semispherical shoe comprises a base material , consisting of a hard material, which has a hollow part along a central axis thereof and a resin layer , consisting of a resin composition, which is formed on a surface of a planar part , disposed on a periphery of said base material , which is to be subjected to sliding contact with said swash plate and on a surface of a spherical part , disposed on said periphery thereof, which is to be subjected to sliding contact with said piston ; and a resin-filled portion where said resin composition is filled and an empty portion where said resin composition is not filled and formed in said hollow part of said base material ; and said resin-filled portion and said resin layer are formed by injecting and filling said resin composition into a portion to be formed as said resin-filled portion disposed along the central axis of the base material with said base material being disposed inside a cavity of a molding die .
A boiler for transferring heat from exhaust gas (EG1, EG2) to a medium, the boiler comprising an exhaust gas inlet for receiving exhaust gas (EG1) from an external first exhaust gas source , a first exhaust gas outlet for discharging exhaust gas (EG1) from the external first exhaust gas source , means for conveying exhaust gas (EG1) from the external first exhaust gas source from said exhaust gas inlet to said first exhaust gas outlet , a medium inlet for receiving the medium, a medium outlet for discharging the medium, means for conveying the medium from said medium inlet to said medium outlet , a bypass pipe for conveying exhaust gas (EG1) from the external first exhaust gas source from said exhaust gas inlet to said first exhaust gas outlet , which bypass pipe is enclosed by a circumferential wall of the boiler , and a bypass regulator arranged to block or unblock the bypass pipe to regulate an exhaust gas flow through the bypass pipe , characterized in further comprising a first pressure sensor for measuring a first exhaust gas pressure upstream the bypass pipe , and a control unit communicating with the first pressure sensor and the bypass regulator and arranged to control the bypass regulator in dependence on said first pressure, and further comprising a second pressure sensor for measuring a second exhaust gas pressure downstream the bypass pipe , the control unit further communicating with the second pressure sensor and being arranged to control the bypass regulator also in dependence on said second pressure.
Feed unit for a processing plant, in particular for a crushing or screening plant, having a feed chute which has a chute support , the chute support having a base , the base extending in the conveying direction (V) of the feed chute, at least one support extending in the conveying direction (V) being arranged in the region of the underside of the base , which supports the bottom , wherein furthermore a holder is provided which carries at least one vibration exciter of an excitation device, wherein the excitation device generates a vibration in an excitation direction by means of the at least one vibration exciter, and wherein the support is connected to the holder , characterized in that the support forms a closed hollow profile or at least a wall portion of the support together with a reinforcing profile connected thereto forms a closed hollow profile and that the hollow profile extends with an angular deviation in the range of +/-15° in the direction of the excitation direction. characterized in that the support forms a closed hollow profile or at least a wall portion of the support together with a reinforcing profile connected thereto forms a closed hollow profile and that the hollow profile extends with an angular deviation in the range of +/-15° in the direction of the excitation direction.
A submersible hydroelectric generator apparatus comprising a substantially upright body having an outer chamber and an inner pressure chamber surrounded by and spaced apart from the outer chamber, the inner pressure chamber being in fluid communication with the outer chamber adjacent the lowermost end of the inner chamber, the inner pressure chamber having a pressurizable fluid supply therein, pressurizable by water flowing into the apparatus, the outer chamber having a charging inlet adjacent the top of the upright body, a discharge outlet located adjacent the bottom of the upright body, and a liquid passageway intermediate the charging inlet and the discharge outlet, the liquid passageway having a turbine mounted therein and a flow regulator in the liquid passageway intermediate the turbine and the discharge outlet, and in which there is provided a closure moveable to and from a first position blocking the discharge outlet thereby preventing evacuation of water from the apparatus and a second position opening the discharge outlet thereby permitting evacuation of water from the apparatus, and in which there is provided a controller and a closure actuator capable of moving the closure to and from the first position to and from the second position in response to a control input from the controller, and in which there is provided an auxiliary pressurized fluid supply to supplement the pressurizable fluid supply.
Method of starting a machine comprising a plurality of modules , each module having a standard run-up time until optimum operating conditions are obtained, characterized in that the method comprises the steps of: - acquisition for each module of an initial state at a time T0 and a run-up time to reach the optimum operating conditions from the time T0; - identification of a slow module having the longest run-up time and determining a time T1 of optimum operation, following run-up, at which said slow module has its optimum operating conditions; - for each module other than the slow module , establishing a starting or run-up time set point for which its optimum operating conditions are reached only at the time T1 or in the immediate vicinity of the time T1. - acquisition for each module of an initial state at a time T0 and a run-up time to reach the optimum operating conditions from the time T0; - identification of a slow module having the longest run-up time and determining a time T1 of optimum operation, following run-up, at which said slow module has its optimum operating conditions; - for each module other than the slow module , establishing a starting or run-up time set point for which its optimum operating conditions are reached only at the time T1 or in the immediate vicinity of the time T1.
A three-dimensional, 3D, ultrasonic probe comprising: an ultrasonic transducer in which ultrasound transmitting/receiving elements are arranged in a one-dimensional array; a first driving unit that is disposed such that a rotation axis of the first driving unit is fixed to one end portion of the ultrasonic transducer , and generates a directly transmitted rotational force to the ultrasonic transducer ; the three-dimensional ultrasonic probe being characterised in that it further comprises: a second driving unit that is disposed such that a rotation axis of the second driving unit is fixed to the other end portion of the ultrasonic transducer , and generates a directly transmitted rotational force to the ultrasonic transducer . an ultrasonic transducer in which ultrasound transmitting/receiving elements are arranged in a one-dimensional array; a first driving unit that is disposed such that a rotation axis of the first driving unit is fixed to one end portion of the ultrasonic transducer , and generates a directly transmitted rotational force to the ultrasonic transducer ; the three-dimensional ultrasonic probe being characterised in that it further comprises: a second driving unit that is disposed such that a rotation axis of the second driving unit is fixed to the other end portion of the ultrasonic transducer , and generates a directly transmitted rotational force to the ultrasonic transducer .
Freight tramway , comprising at least two carrier cars each comprising at least one bogie , and at least one suspended car which does not have a bogie and is arranged between two of the carrier cars , the suspended car comprising a structural body comprising a floor , a front wall and a rear wall , characterised in that the structural body does not have a roof so that the front wall and the rear wall delimit an upper opening .
A surgical stapling device comprising: an approximation assembly including an anvil retainer ; an anvil assembly including an anvil shaft having at least one anvil spline (38a-c) and an anvil head having an anvil surface defining a plurality of staple deforming recesses, the anvil head being supported on a distal portion of the anvil shaft; and a shell assembly including a shell housing having an inner housing portion defining a bore , a plurality of shell splines supported on the inner housing portion within the bore, and a plurality of primary channels defined between the plurality of shell splines, wherein the primary channels are dimensioned to receive one of the at least one anvil spline (38a-c), each of the plurality of shell splines having spaced side walls and a pair of tapered surfaces that intersect at an apex extending distally from the spaced side walls, the spaced side walls of adjacent shell splines of the plurality of shell splines defining the primary channels , characterized in that the spaced side walls of each of the plurality of shell splines define a secondary channel , the secondary channel of each of the shell splines being positioned proximally of and in axial alignment with the apex of the shell spline, wherein the secondary channels are dimensioned to receive one of the at least one anvil spline (38a-c). an approximation assembly including an anvil retainer ; an anvil assembly including an anvil shaft having at least one anvil spline (38a-c) and an anvil head having an anvil surface defining a plurality of staple deforming recesses, the anvil head being supported on a distal portion of the anvil shaft; and a shell assembly including a shell housing having an inner housing portion defining a bore , a plurality of shell splines supported on the inner housing portion within the bore, and a plurality of primary channels defined between the plurality of shell splines, wherein the primary channels are dimensioned to receive one of the at least one anvil spline (38a-c), each of the plurality of shell splines having spaced side walls and a pair of tapered surfaces that intersect at an apex extending distally from the spaced side walls, the spaced side walls of adjacent shell splines of the plurality of shell splines defining the primary channels , characterized in that the spaced side walls of each of the plurality of shell splines define a secondary channel , the secondary channel of each of the shell splines being positioned proximally of and in axial alignment with the apex of the shell spline, wherein the secondary channels are dimensioned to receive one of the at least one anvil spline (38a-c).
Method of making an aqueous aniline-free or aniline-free and N-methylaniline-free leucoindigo solution from an aqueous leucoindigo solution comprising aniline or aniline and N-methylaniline, the concentration of aniline or aniline and N-methylaniline being determined according to ISO 14362-1:2017(E), wherein the term "aniline-free and N-methylaniline-free" defines an aniline and N-methylaniline concentration below 100 ppm, wherein said leucoindigo is in the form of an alkali metal salt, the method comprising at least steps (A) to (C): (A) providing a liquid stream comprising said aqueous leucoindigo solution comprising said amine(s); (B) providing a purification stream; (C) bringing into contact said liquid stream with said purification stream; wherein step (C) comprises steps (C1) and (C2), and the method further comprises steps (D) and (E): (C1) feeding said liquid stream and (C2) feeding said purification stream into a device configured to bring into contact said liquid stream with said purification stream; (D) discharging from the device at least a portion of said purification stream that has contacted said liquid stream; and (E) discharging from the device at least a portion of said liquid stream that has been contacted by said purification stream; wherein the purification stream is a vapor stream; wherein said vapor stream comprises steam; wherein the device is selected from the group consisting of plate column, packed column, or bubble column, or two or three thereof, or two or more of any of said columns; and wherein the column is operated at a pressure in a range of from 0.95*10 5 Pa absolute (0.95 bar) to 1.2*10 5 Pa absolute (1.2 bar); and the temperature of the column is set in a range of from 95 °C to 110 °C; or the column is operated at a pressure of 1.2*10 5 Pa absolute (1.2 bar) to 11*10 5 Pa absolute (11 bar); and wherein the temperature of the column is set in a range of from 110 °C to 190 °C; wherein the temperatures quoted are measured at the bottom of the column. (A) providing a liquid stream comprising said aqueous leucoindigo solution comprising said amine(s); (B) providing a purification stream; (C) bringing into contact said liquid stream with said purification stream; (C1) feeding said liquid stream and (C2) feeding said purification stream into a device configured to bring into contact said liquid stream with said purification stream; (D) discharging from the device at least a portion of said purification stream that has contacted said liquid stream; and (E) discharging from the device at least a portion of said liquid stream that has been contacted by said purification stream;
A movement space for carrying out physical activities, comprising a ground ; a raised floor having a support structure bearing on said ground , supporting a horizontal platform comprising a plurality of openings ; a plurality of detachable covers ; each cover being configured such as to cover one of the openings in the platform and, when said cover closes one of these openings, such as to form a substantially uninterrupted raised surface comprising an upper face of the cover and the horizontal platform , on which an individual can walk and carry out physical activities; wherein the support structure comprises support elements for supporting each cover when it covers one of the openings in the floor ; the support structure , the platform and each opening are dimensioned such as to form a housing , delimited vertically by the ground and the platform , allowing the housing of a trampoline , the elastic surface of which can be accessed through the opening , the movement space further comprising trampolines housed in the housings , said detachable covers being suitable for covering said openings during physical activity not requiring the use of these trampolines , so that the evolution space can be used for other activities, and the raised floor being configured to create an empty space delimited by the ground and the horizontal platform .
A construction machine as a road paver or feeder vehicle , comprising: a chassis ; a hopper ; wherein at least a lighting arrangement is mounted on the chassis , wherein the lighting arrangement comprises a light source , and wherein the lighting arrangement is configured to illuminate an area in front of the construction machine in a direction of travel; characterized in that the construction machine comprises an object detection system for detecting an object located in front of the construction machine in the direction of travel, wherein illumination emitted by the lighting arrangement can be changed by means of the object detection system as a function of a detection of an object , wherein the light source comprises a first light source for a near range in the direction of travel in front of the construction machine , and the lighting arrangement further comprises a second light source for a far range in the direction of travel in front of the construction machine, and wherein lighting emitted from the first and second light sources is selectively variable in dependence on a detection of an object by the object detection system . a chassis ; a hopper ; wherein at least a lighting arrangement is mounted on the chassis , wherein the lighting arrangement comprises a light source , and wherein the lighting arrangement is configured to illuminate an area in front of the construction machine in a direction of travel; characterized in that the construction machine comprises an object detection system for detecting an object located in front of the construction machine in the direction of travel, wherein illumination emitted by the lighting arrangement can be changed by means of the object detection system as a function of a detection of an object , wherein the light source comprises a first light source for a near range in the direction of travel in front of the construction machine , and the lighting arrangement further comprises a second light source for a far range in the direction of travel in front of the construction machine, and wherein lighting emitted from the first and second light sources is selectively variable in dependence on a detection of an object by the object detection system .
A filter assembly comprising: a filter frame , wherein the filter frame comprises: a perimeter frame having multiple first through holes formed therein; an outer window frame integral with the perimeter frame and having multiple second through holes formed therein; and an inner window frame integral with the outer window frame and having a third through hole formed therein; and filters (184; 186; 188) mounted to the filter frame to purify air flowing through the filters (184; 186; 188); wherein the filter frame is removably mountable to a moving plate which is movable together with the filter frame , and wherein the filters (184; 186; 188) comprise: a first filter disposed in the first through holes of the perimeter frame to purify the air introduced to the first filter ; a second filter disposed in the second through holes of the outer window frame to purify the air passing through the first filter ; and a third filter disposed in the third through hole of the inner window frame to purify the air introduced to the third through hole . a perimeter frame having multiple first through holes formed therein; an outer window frame integral with the perimeter frame and having multiple second through holes formed therein; and an inner window frame integral with the outer window frame and having a third through hole formed therein; and filters (184; 186; 188) mounted to the filter frame to purify air flowing through the filters (184; 186; 188); wherein the filter frame is removably mountable to a moving plate which is movable together with the filter frame , and wherein the filters (184; 186; 188) comprise: a first filter disposed in the first through holes of the perimeter frame to purify the air introduced to the first filter ; a second filter disposed in the second through holes of the outer window frame to purify the air passing through the first filter ; and a third filter disposed in the third through hole of the inner window frame to purify the air introduced to the third through hole . a first filter disposed in the first through holes of the perimeter frame to purify the air introduced to the first filter ; a second filter disposed in the second through holes of the outer window frame to purify the air passing through the first filter ; and a third filter disposed in the third through hole of the inner window frame to purify the air introduced to the third through hole .
An aerosol-generator for an aerosol-generating device , the aerosol-generator comprising: a plurality of surface acoustic wave atomisers , each surface acoustic wave atomiser comprising: a substrate comprising an active surface ; and at least one transducer positioned on the active surface of the substrate for generating surface acoustic waves on the active surface of the substrate ; an atomisation region defined between the substrates of the plurality of surface acoustic wave atomisers ; and a supply element arranged to supply a liquid aerosol-forming substrate to the atomisation region . a plurality of surface acoustic wave atomisers , each surface acoustic wave atomiser comprising: a substrate comprising an active surface ; and at least one transducer positioned on the active surface of the substrate for generating surface acoustic waves on the active surface of the substrate ; a substrate comprising an active surface ; and at least one transducer positioned on the active surface of the substrate for generating surface acoustic waves on the active surface of the substrate ; an atomisation region defined between the substrates of the plurality of surface acoustic wave atomisers ; and a supply element arranged to supply a liquid aerosol-forming substrate to the atomisation region .
A toothbrush comprising a brush head providing one or more cleaning element(s) , a handle and a neck connecting the brush head and the handle, wherein the one or more cleaning element(s) comprise at least one or more elastomeric cleaning element(s) consisting of a first plastic material and one or more bristle tuft cleaning element(s) , wherein the at least one or more cleaning element(s) are embedded into a second plastic material by over-molding, wherein the Shore hardness of the second plastic material is greater than the Shore hardness of the first plastic material and wherein the brush head is formed from the second plastic material during over-molding of the one or more cleaning element(s) at least partially, which means that the at least one elastomeric cleaning element is connected to the brush head via the second plastic material.