mhurhangee/patent-ind-claim-en huggingface dataset:
An assembly for rotational equipment, comprising: a plurality of seal shoes arranged around an axis in an annular array, the seal shoes comprising a first seal shoe ; a seal base circumscribing the annular array of the seal shoes ; and a plurality of spring elements , each of the spring elements radially between and connecting a respective one of the seal shoes and the seal base , the spring elements comprising a first spring element that includes: a first mount connected to the first seal shoe ; a second mount connected to the seal base and disposed a circumferential distance away from the first mount ; and a spring beam extending longitudinally along a non-straight centerline between and connected to the first mount and the second mount , characterised in that the non-straight centerline has a variable radius (R) to the axis as the spring beam extends longitudinally between the first mount and the second mount , and the spring beam includes a curved center portion with a substantially constant radius (R c ) and opposing end portions with radii (R v ) that are different from the constant radius (R c ) of the curved center portion . a plurality of seal shoes arranged around an axis in an annular array, the seal shoes comprising a first seal shoe ; a seal base circumscribing the annular array of the seal shoes ; and a plurality of spring elements , each of the spring elements radially between and connecting a respective one of the seal shoes and the seal base , the spring elements comprising a first spring element that includes: a first mount connected to the first seal shoe ; a second mount connected to the seal base and disposed a circumferential distance away from the first mount ; and a spring beam extending longitudinally along a non-straight centerline between and connected to the first mount and the second mount , characterised in that the non-straight centerline has a variable radius (R) to the axis as the spring beam extends longitudinally between the first mount and the second mount , and a first mount connected to the first seal shoe ; a second mount connected to the seal base and disposed a circumferential distance away from the first mount ; and a spring beam extending longitudinally along a non-straight centerline between and connected to the first mount and the second mount , characterised in that the non-straight centerline has a variable radius (R) to the axis as the spring beam extends longitudinally between the first mount and the second mount , and the spring beam includes a curved center portion with a substantially constant radius (R c ) and opposing end portions with radii (R v ) that are different from the constant radius (R c ) of the curved center portion .
Compound of formula (I) or a pharmaceutically acceptable salt thereof, for use as positive inotropic agent, wherein in formula (I): R 2 , R 3 , R 5 ,independently from each other are C 1 -C 6 alkyl, R 1 , R 4 , independently from each other are hydrogen or C 1 -C 6 alkyl, R 6 is C 1 -C 6 alkyl, halo, C 1 -C 6 alkoxy or C 1 -C 6 haloalkyl, n is 2-3 m is 1-3. R 2 , R 3 , R 5 ,independently from each other are C 1 -C 6 alkyl, R 1 , R 4 , independently from each other are hydrogen or C 1 -C 6 alkyl, R 6 is C 1 -C 6 alkyl, halo, C 1 -C 6 alkoxy or C 1 -C 6 haloalkyl, n is 2-3 m is 1-3.
A three-dimensional laminating and shaping apparatus comprising: a material recoater that recoats a material of a three-dimensional laminated and shaped object onto a shaping surface on which the three-dimensional laminated and shaped object is to be shaped; an electron gun that generates an electron beam; characterized in a shield that shields the material recoated on the shaping surface when irradiating the material with the electron beam, wherein the shield is in a shape of flat plate which has an opening above a calcined region of recoated materials near a center of the shield and which covers on a surface of an unsintered region of the recoated materials not to be irradiated with the electron beam. a material recoater that recoats a material of a three-dimensional laminated and shaped object onto a shaping surface on which the three-dimensional laminated and shaped object is to be shaped; an electron gun that generates an electron beam; characterized in a shield that shields the material recoated on the shaping surface when irradiating the material with the electron beam, wherein the shield is in a shape of flat plate which has an opening above a calcined region of recoated materials near a center of the shield and which covers on a surface of an unsintered region of the recoated materials not to be irradiated with the electron beam.
A system for image projection, comprising: a computing device that is arranged to provide image information; at least one head-mounted projector that is configured to, based at least in part on the image information, project an image onto a retro-reflective surface such that only the viewer can see the image; and a sensor; wherein the computing device is configured to control the at least one head-mounted projector such that, during operation, the at least one head-mounted projector projects the image by projecting a beam, and wherein the computing device is further configured to control the at least one head-mounted projector such that, during operation, an additional beam is added to the beam in an invisible wavelength, wherein the sensor is configured to sense whether a retro-reflection of fiduciary markings in color not visible to the human eye, but contrasting in said invisible wavelengths, are present on the retro-reflective surface , and further configured to read the fiduciary markings if the fiduciary markings are present on the retro-reflective surface ; characterised in that the sensor is further configured to detect a user interjecting objects between the at least one head-mounted projector and the retro-reflective surface by detecting a disruption of said additional beam, and wherein the computing device is further configured to, in response to the detection of the user interjecting objects, provide commands for actions. a computing device that is arranged to provide image information; at least one head-mounted projector that is configured to, based at least in part on the image information, project an image onto a retro-reflective surface such that only the viewer can see the image; and a sensor; wherein the computing device is configured to control the at least one head-mounted projector such that, during operation, the at least one head-mounted projector projects the image by projecting a beam, and wherein the computing device is further configured to control the at least one head-mounted projector such that, during operation, an additional beam is added to the beam in an invisible wavelength, wherein the sensor is configured to sense whether a retro-reflection of fiduciary markings in color not visible to the human eye, but contrasting in said invisible wavelengths, are present on the retro-reflective surface , and further configured to read the fiduciary markings if the fiduciary markings are present on the retro-reflective surface ; characterised in that the sensor is further configured to detect a user interjecting objects between the at least one head-mounted projector and the retro-reflective surface by detecting a disruption of said additional beam, and wherein the computing device is further configured to, in response to the detection of the user interjecting objects, provide commands for actions.
A holding device for holding a number of plug connectors and for arrangement on a wall opening, wherein the holding device comprises a number of substantially equally dimensioned openings , wherein - a module element comprises an outer interface region for receiving the module element in one of the openings , and wherein - the module element comprises an inner interface region for receiving one of the plug connectors , which comprises an insulating section configured to hold a number of electrical contacts, in the module element , characterised in that the openings and the outer interface region of the module element corresponding to one of the openings are all hexagonal and two adjacent openings enclose an edge region of the holding device in an obtuse angle, and wherein a mounting section for connecting the holding device to the wall is disposed in the edge region . - a module element comprises an outer interface region for receiving the module element in one of the openings , and wherein - the module element comprises an inner interface region for receiving one of the plug connectors , which comprises an insulating section configured to hold a number of electrical contacts, in the module element , characterised in that the openings and the outer interface region of the module element corresponding to one of the openings are all hexagonal and two adjacent openings enclose an edge region of the holding device in an obtuse angle, and wherein a mounting section for connecting the holding device to the wall is disposed in the edge region .
Method for the load-dependent position correction of the target position to be adopted of an electrically driven feed shaft of a production machine having a shaft control unit and load sensing (S0) during a set-up operation, wherein the shaft control device carries out the position correction (S2) of the target positions when a temperature in the feed shaft, a current through a motor winding of the feed shaft, a voltage across a motor winding of the feed shaft or a force or a torque, each effected by the feed shaft, exceeds a predefined limit value, characterised in that the shaft control device carries out the position correction (S2) of the target position to be adopted until the force or torque effected by the feed shaft, or the current or voltage of the motor winding of the feed shaft or the temperature of the feed shaft falls below the predefined limit value, in that the position correction (S2) of the target position to be adopted is carried out by application of a correction increment (S3, S4) and the corrected target position is adopted (S5, S6) and load sensing (S0) is again carried out and then either a position correction (S2) is again carried out or a further load sensing (S0) is carried out.
A cable clamp comprising: a base having a first end , a second end , a center channel , a suspension arm , a first recess positioned in said suspension arm , and a second recess positioned opposite said first recess ; a keeper coupled to said base , said keeper having a semi-obround clamping arm including an arcuate first leg , an arcuate second leg , and a central portion extending between said first leg and said second leg , wherein said first recess receives said first leg and said second recess receives said second leg . a base having a first end , a second end , a center channel , a suspension arm , a first recess positioned in said suspension arm , and a second recess positioned opposite said first recess ; a keeper coupled to said base , said keeper having a semi-obround clamping arm including an arcuate first leg , an arcuate second leg , and a central portion extending between said first leg and said second leg , wherein said first recess receives said first leg and said second recess receives said second leg .
A method for determining a route of an object , which is travelled by the object between a first position and a second position , said method comprising: - determining the route by continuously writing the first position on the basis of a movement of the object from the first position to the second position , - correcting the route on the basis of a corrected route which is written backward from the second position to the first position on the basis of the movement of the object ; characterized in that a corrected route is used as the output variable for the route to be determined in the next iteration step, wherein the corrected route is an average route which is formed from an averaging between the determined route and the corrected route. - determining the route by continuously writing the first position on the basis of a movement of the object from the first position to the second position , - correcting the route on the basis of a corrected route which is written backward from the second position to the first position on the basis of the movement of the object ;
Method for desulfurizing a hydrogen-sulfide-comprising gas stream , in particular a gas stream utilizable for burning in a gas turbine , wherein the gas stream is contacted with a scrubbing medium comprising a catalytically active component to absorb the hydrogen sulfide and to form elemental sulfur, wherein the catalytically active component is reduced during the formation of the elemental sulfur, wherein the scrubbing medium comprising the reduced catalytically active component is supplied to a regeneration stage in which the reduced catalytically active component is reformed by oxidation with an oxygen-comprising gas supplied to the regeneration stage , and wherein the oxygen-comprising gas is supplied to the regeneration stage from a compressor of a gas turbine .
An infusion system for pumping fluid into a body of a user, the system comprising - an infusion pump with a housing , the housing comprising a cavity for receiving a fluid storing means , - and an adapter that can be connected to a cartridge containing medication, thereby forming a fluid storing means that can be removably inserted into the cavity , wherein the adapter comprises a cannula or a hollow needle for fluidly connecting the adapter to the cartridge through a sealable septum of the cartridge when the adapter is connected to the cartridge, wherein the adapter comprises an adapter housing having an hollow interior for receiving the cartridge , and wherein the adapter further comprises connection means to removably connect an infusion set, wherein the connection means is a luer connection or a proprietary connection to the infusion set, and that the infusion system further comprises a cap for holding the fluid storing means in place inside the cavity , by coupling the cap to the housing after the fluid storing means having been inserted into the cavity, characterized in that the adapter further comprises attaching means in the interior of the adapter housing for providing a tight fit between the adapter and the cartridge . - an infusion pump with a housing , the housing comprising a cavity for receiving a fluid storing means , - and an adapter that can be connected to a cartridge containing medication, thereby forming a fluid storing means that can be removably inserted into the cavity ,
A light-emitting device , comprising: a pair of light-transmissive insulator sheets each provided with a light-transmissive electroconductive layer , or a pair of a light-transmissive insulator sheet provided with light-transmissive electroconductive layers and a light-transmissive insulator sheet free from a light-transmissive electroconductive layer, disposed opposite to each other so as to form a region between the pair, one or more light-emitting semiconductor elements each provided with a cathode and an anode which are individually and electrically connected to respective ones of said light-transmissive electroconductive layers , and a light-transmissive elastomer , respectively disposed between the pair of light-transmissive insulator sheets so as to fill the region in combination, wherein the light-transmissive elastomer is at least partially present in the interface between both the cathode and anode of the light-emitting semiconductor element and the light-transmissive electroconductive layers , and the light-transmissive elastomer is also filled in concavities of the cathode and anode surfaces; wherein said light-transmissive elastomer has no electroconductivity. a pair of light-transmissive insulator sheets each provided with a light-transmissive electroconductive layer , or a pair of a light-transmissive insulator sheet provided with light-transmissive electroconductive layers and a light-transmissive insulator sheet free from a light-transmissive electroconductive layer, disposed opposite to each other so as to form a region between the pair, one or more light-emitting semiconductor elements each provided with a cathode and an anode which are individually and electrically connected to respective ones of said light-transmissive electroconductive layers , and a light-transmissive elastomer , respectively disposed between the pair of light-transmissive insulator sheets so as to fill the region in combination, wherein the light-transmissive elastomer is at least partially present in the interface between both the cathode and anode of the light-emitting semiconductor element and the light-transmissive electroconductive layers , and the light-transmissive elastomer is also filled in concavities of the cathode and anode surfaces; wherein said light-transmissive elastomer has no electroconductivity.
A method of cavitation peening, comprising: coupling a moveable fluid source to a portable nozzle through a flexible conduit , the nozzle having a first channel and a second channel , positioning the nozzle adjacent a treatment surface of a work piece, and discharging toward the treatment surface, a first fluid stream through the first channel, and a second fluid stream through the second channel, the second channel being concentrically positioned around the first channel, wherein the first fluid stream has a first fluid pressure and the second fluid stream has a second fluid pressure, the first fluid pressure being greater than the second fluid pressure, wherein the first and second fluid streams combine to generate a cloud of cavitation bubbles; and maintaining the nozzle at a distance from the treatment surface approximately twice the length of the cloud of cavitation bubbles. coupling a moveable fluid source to a portable nozzle through a flexible conduit , the nozzle having a first channel and a second channel , positioning the nozzle adjacent a treatment surface of a work piece, and discharging toward the treatment surface, a first fluid stream through the first channel, and a second fluid stream through the second channel, the second channel being concentrically positioned around the first channel, wherein the first fluid stream has a first fluid pressure and the second fluid stream has a second fluid pressure, the first fluid pressure being greater than the second fluid pressure, wherein the first and second fluid streams combine to generate a cloud of cavitation bubbles; and maintaining the nozzle at a distance from the treatment surface approximately twice the length of the cloud of cavitation bubbles.
A method for producing a cutting and/or punching and/or grooving tool including a support plate for accommodating at least one line from the group of the cutting and/or scoring and/or grooving lines, wherein the support plate of the cutting and/or punching and/or grooving tool is produced by means of a generative manufacturing method, and at least one projection for accommodating and attaching at least one plastic or elastomer strip is formed on the support plate , wherein the projection is generatively manufactured integrally with the support plate .
A composition comprising Lactobacillus plantarum 2830 (ECGC 13110402), for use in the management, treatment or prevention of elevated low density lipoprotein cholesterol (LDL-C) levels in an individual.
A hospital network or a laboratory network including a plurality of analytical devices for performing in-vitro diagnosis and a gateway connected to the analytical devices, wherein the network is configured to: send a data package request including information regarding the analytical devices from the gateway to a remote service platform ; receive from the remote service platform information regarding a plurality of available data packages in reaction to the request; determine , at the gateway, a selection of the plurality of available data packages to be downloaded from the remote service platform specific to the plurality of analytical devices in the network; request the selection of the plurality of available data packages from the remote service platform; download the requested selection of the plurality of available data packages from the remote service platform; and provide the requested selection of the plurality of available data packages to the plurality of analytical devices to update data of the plurality of analytical devices, wherein the data packages include configuration information for a particular test or assay or information related to a particular consumable, and wherein the distribution of the data packages to the analytical devices is triggered by a data package request from the analytical devices. send a data package request including information regarding the analytical devices from the gateway to a remote service platform ; receive from the remote service platform information regarding a plurality of available data packages in reaction to the request; determine , at the gateway, a selection of the plurality of available data packages to be downloaded from the remote service platform specific to the plurality of analytical devices in the network; request the selection of the plurality of available data packages from the remote service platform; download the requested selection of the plurality of available data packages from the remote service platform; and provide the requested selection of the plurality of available data packages to the plurality of analytical devices to update data of the plurality of analytical devices, wherein the data packages include configuration information for a particular test or assay or information related to a particular consumable, and wherein the distribution of the data packages to the analytical devices is triggered by a data package request from the analytical devices.
Shoulder prosthesis comprising a diaphyseal part extending along a diaphyseal axis , surmounted by an epiphyseal part , the epiphyseal part having an upper surface inclined along a front plane with respect to the diaphyseal axis , and a lower central face bearing against an upper complementary surface of the diaphyseal part , characterised in that the epiphyseal part is reversible by rotation through 180° about an axis normal to the lower central face of the epiphyseal part to modify the inclination of the upper surface of the epiphyseal part .