mhurhangee/patent-ind-claim-en huggingface dataset:
A communication method for a Bluetooth headset device including a first earpiece and a second earpiece , the method comprising: step S201 in which the first earpiece serving as a Bluetooth master device establishes a Bluetooth connection with a data source device ; step S202 in which the first earpiece and the second earpiece establishes a wireless connection therebetween; and step S203 in which according to a preset cyclicity, the first earpiece and the second earpiece exchange control information for Bluetooth communication with the data source device within a first time period (T1) of each cycle, one of the first and second earpieces that serves as a primary earpiece sends a Bluetooth transmission request to the data source device , and the first and second earpieces simultaneously receive, using the Bluetooth connection, Bluetooth data sent by the data source device in response to the Bluetooth transmission request, within a second time period (T2) of each cycle, wherein the role of the primary earpiece is switched between the first earpiece and the second earpiece in an alternate mode or in switching on-demand mode based on the control information, according to the preset cyclicity, wherein the control information sent in the first cycle by the first earpiece to the second earpiece comprises synchronization information for synchronously receiving the Bluetooth data from the data source device . step S201 in which the first earpiece serving as a Bluetooth master device establishes a Bluetooth connection with a data source device ; step S202 in which the first earpiece and the second earpiece establishes a wireless connection therebetween; and step S203 in which according to a preset cyclicity, the first earpiece and the second earpiece exchange control information for Bluetooth communication with the data source device within a first time period (T1) of each cycle, one of the first and second earpieces that serves as a primary earpiece sends a Bluetooth transmission request to the data source device , and the first and second earpieces simultaneously receive, using the Bluetooth connection, Bluetooth data sent by the data source device in response to the Bluetooth transmission request, within a second time period (T2) of each cycle, wherein the role of the primary earpiece is switched between the first earpiece and the second earpiece in an alternate mode or in switching on-demand mode based on the control information, according to the preset cyclicity, wherein the control information sent in the first cycle by the first earpiece to the second earpiece comprises synchronization information for synchronously receiving the Bluetooth data from the data source device .
Linear drive for an automated manual transmission of a motor vehicle with an internal combustion engine, for moving a gearshift lever in the manual transmission, with a pushrod , which can be moved pneumatically or hydraulically in a housing , wherein the pushrod is assigned a first piston with at least one working chamber to which pneumatic or hydraulic pressure can be applied, wherein the pushrod has a second piston , which can be moved in a pressure chamber , wherein the pressure chamber is filled with an incompressible medium and has an opening for the incompressible medium to enter and leave, wherein the opening or an adjoining line is assigned an electrically activatable valve , wherein the second piston and the pressure chamber are part of an external unit having an additional housing , wherein the additional housing is connected to the housing for the pushrod , wherein the pushrod has approximately centrally on the side a recess as an interface for power transmission to the manual transmission.
Positioning device having five modules , wherein the modules extend in module planes which run parallel to one another, wherein an x direction and a y direction extend perpendicular to one another in the module planes and a z direction extends perpendicularly to the module planes, wherein the modules are arranged above one another in the z direction, wherein a first pair of modules which are directly supported on one another are movably coupled to one another directly in such a way that the first module of the first pair can be independently displaced with respect to the second module of the first pair along three first adjustment axes which run parallel to the z direction and which are arranged in a triangle, wherein a second pair of modules which are directly supported on one another are movably coupled to one another directly in such a way that the first module of the second pair can be displaced with respect to the second module of the second pair along the y direction, wherein a third pair of modules which are directly supported on one another are movably coupled to one another directly in such a way that the first module of the third pair can be displaced with respect to the second module of the third pair along the x direction, wherein a fourth pair of modules which are directly supported on one another are movably coupled to one another directly in such a way that the first module of the fourth pair can be pivoted with respect to the second module of the fourth pair about the z axis, and wherein the pairs of modules are different from one another.
A method for producing a veneered board, comprising a veneer and a carrier board , comprising the steps of: - providing the veneer having an upper face and a lower face , - applying an additive to the lower face of the veneer , and then - applying a particulate binder to the lower face of the veneer , - heating the binder on the veneer, such that the particles of the binder soften and adhere to one another at least on the surface, such that the binder and the additive are securely bonded to the veneer and further processing the veneer by - producing a stack of material to be pressed, comprising the carrier board and the veneer provided with the additive and binder on its lower face, wherein the veneer lies against the carrier board with its lower face , - pressing the stack of material to be pressed to form the veneered board. - providing the veneer having an upper face and a lower face , - applying an additive to the lower face of the veneer , and then - applying a particulate binder to the lower face of the veneer , - heating the binder on the veneer, such that the particles of the binder soften and adhere to one another at least on the surface, such that the binder and the additive are securely bonded to the veneer and further processing the veneer by - producing a stack of material to be pressed, comprising the carrier board and the veneer provided with the additive and binder on its lower face, wherein the veneer lies against the carrier board with its lower face , - pressing the stack of material to be pressed to form the veneered board.
A vehicle comprising: wheels (14f; 14r) including a front wheel ; a front side member that extends in a vehicle front-rear direction on an inward side of the front wheel in a vehicle right-left direction; an upper member that includes a first section extending in the vehicle front-rear direction above the front wheel in a vehicle up-down direction, and a second section extending in the vehicle up-down direction forward of the front wheel in the vehicle front-rear direction; and a linking plate that is positioned forward of the front wheel in the vehicle front-rear direction and that links a front end of the front side member and the second section of the upper member to each other, and characterised in that the linking plate is made of a single plate material, and is corrugated in shape, in which ridges and grooves that extend in the vehicle right-left direction are fashioned alternating along the vehicle up-down direction. wheels (14f; 14r) including a front wheel ; a front side member that extends in a vehicle front-rear direction on an inward side of the front wheel in a vehicle right-left direction; an upper member that includes a first section extending in the vehicle front-rear direction above the front wheel in a vehicle up-down direction, and a second section extending in the vehicle up-down direction forward of the front wheel in the vehicle front-rear direction; and a linking plate that is positioned forward of the front wheel in the vehicle front-rear direction and that links a front end of the front side member and the second section of the upper member to each other, and characterised in that the linking plate is made of a single plate material, and is corrugated in shape, in which ridges and grooves that extend in the vehicle right-left direction are fashioned alternating along the vehicle up-down direction.
A system, comprising: an inspection robot, and a plurality of sleds mounted to the inspection robot; a plurality of sensors , wherein each sensor is mounted to a corresponding one of the sleds such that the sensor is operationally couplable to an inspection surface in contact with a bottom surface of the corresponding one of the sleds ; a couplant chamber disposed within at least two of the plurality of sleds , each couplant chamber interposed between a transducer of the sensor mounted to the sled and the inspection surface; wherein each couplant chamber comprises a cone , the cone comprising a cone tip portion at an inspection surface end of the cone , and a sensor mounting end opposite the cone tip portion, and wherein the cone tip portion defines a couplant exit opening; a couplant entry for each couplant chamber, wherein the couplant entry is positioned between the cone tip portion and the sensor mounting end, and wherein the couplant entry is positioned at a vertically upper side of the cone in an intended orientation of the inspection robot on the inspection surface. an inspection robot, and a plurality of sleds mounted to the inspection robot; a plurality of sensors , wherein each sensor is mounted to a corresponding one of the sleds such that the sensor is operationally couplable to an inspection surface in contact with a bottom surface of the corresponding one of the sleds ; a couplant chamber disposed within at least two of the plurality of sleds , each couplant chamber interposed between a transducer of the sensor mounted to the sled and the inspection surface; wherein each couplant chamber comprises a cone , the cone comprising a cone tip portion at an inspection surface end of the cone , and a sensor mounting end opposite the cone tip portion, and wherein the cone tip portion defines a couplant exit opening; a couplant entry for each couplant chamber, wherein the couplant entry is positioned between the cone tip portion and the sensor mounting end, and wherein the couplant entry is positioned at a vertically upper side of the cone in an intended orientation of the inspection robot on the inspection surface.
Method of filling a membrane filter of a blood treatment system, wherein the blood treatment system comprises at least one blood treatment machine , a membrane filter , in particular a hollow-fiber membrane filter, having a first and a second chamber which are separated by a membrane in a semipermeable manner, and at least one first partial circuit and at least one second partial circuit , wherein the first chamber of the membrane filter is arranged in the first partial circuit and the second chamber of the membrane filter is arranged in the second partial circuit , wherein the filling of the first chamber of the membrane filter with liquid via the first partial circuit takes place while the second chamber is still filled with air, wherein the first partial circuit is preferably a dialyzate circuit and/or the second partial circuit is an extracorporeal blood circuit, and wherein a pump is arranged upstream of the membrane filter in the first partial circuit , wherein the control of the pump for filling the first chamber of the membrane filter via the first partial circuit takes place depending on a measured pressure in the first partial circuit and/or on a transmembrane pressure, and a conveying rate of the pump during the filling process is reduced or the pump is stopped as soon as the pressure in the first partial circuit and/or the transmembrane pressure exceeds/exceed a first threshold value, characterized in that the conveying rate of the pump during the filling process is increased or the pump is started again as soon as the pressure in the first partial circuit and/or the transmembrane pressure falls/fall below a second threshold value. wherein the control of the pump for filling the first chamber of the membrane filter via the first partial circuit takes place depending on a measured pressure in the first partial circuit and/or on a transmembrane pressure, and a conveying rate of the pump during the filling process is reduced or the pump is stopped as soon as the pressure in the first partial circuit and/or the transmembrane pressure exceeds/exceed a first threshold value, characterized in that the conveying rate of the pump during the filling process is increased or the pump is started again as soon as the pressure in the first partial circuit and/or the transmembrane pressure falls/fall below a second threshold value.
A method to determine the concentration ratio between a target substance and a reference substance in a sample, wherein the reference substance is chemically identical with the target substance and isotopically labeled and is added in an exactly known amount to the sample, comprising the steps: - extracting the target substance and the reference substance from the sample, and - acquiring a mass spectrum with mass signals of the target substance and the reference substance, characterized by - fitting a first group of peak curves to the mass signals of the isotope peak group of the target substance and a second group of peak curves to the mass signals of the isotope peak group of the reference substance, the peak curves of each group having fixed relative heights and distances, - determining the concentration ratio from parameters of the fitting of the first and the second group, wherein the isotopes used for labeling are not isotopically pure and produce a complex isotope peak pattern for the reference substance and wherein the relative heights of the peak curves of each group are determined by calculation from the elemental composition and the isotope abundance distributions of the elements or are determined from measured mass spectra of the target substance and the reference substance. - extracting the target substance and the reference substance from the sample, and - acquiring a mass spectrum with mass signals of the target substance and the reference substance, characterized by - fitting a first group of peak curves to the mass signals of the isotope peak group of the target substance and a second group of peak curves to the mass signals of the isotope peak group of the reference substance, the peak curves of each group having fixed relative heights and distances, - determining the concentration ratio from parameters of the fitting of the first and the second group,
A heavy duty pneumatic tire having a nominal aspect ratio of not greater than 65%, the heavy duty pneumatic tire comprising: a tread ; a pair of sidewalls each connected to an end of the tread and located radially inward of the tread ; a pair of beads each located radially inward of the sidewall ; a carcass located inward of the tread and the pair of sidewalls and extending on and between one bead and the other bead ; a belt located radially inward of the tread and including a large number of belt cords aligned with each other; and a buffer layer located between the carcass and the belt in a radial direction and formed from a crosslinked rubber, wherein the buffer layer includes a sheet portion and a pair of hump portions located axially outward of the sheet portion , thicker than the sheet portion , and integrated with the sheet portion , the belt includes a first belt ply , a second belt ply located radially outward of the first belt ply , a third belt ply located radially outward of the second belt ply , and a fourth belt ply located radially outward of the third belt ply , the sheet portion is stacked on the carcass , and the first belt ply is stacked on the sheet portion , characterized in that each of the pair of hump portions has a maximum thickness (b) at an end of the belt , wherein the thickness (b) is measured along an inner surface normal line (NLb) of the tire and the tread has at least three circumferential grooves formed thereon. a tread ; a pair of sidewalls each connected to an end of the tread and located radially inward of the tread ; a pair of beads each located radially inward of the sidewall ; a carcass located inward of the tread and the pair of sidewalls and extending on and between one bead and the other bead ; a belt located radially inward of the tread and including a large number of belt cords aligned with each other; and a buffer layer located between the carcass and the belt in a radial direction and formed from a crosslinked rubber, wherein the buffer layer includes a sheet portion and a pair of hump portions located axially outward of the sheet portion , thicker than the sheet portion , and integrated with the sheet portion , the belt includes a first belt ply , a second belt ply located radially outward of the first belt ply , a third belt ply located radially outward of the second belt ply , and a fourth belt ply located radially outward of the third belt ply , the sheet portion is stacked on the carcass , and the first belt ply is stacked on the sheet portion , characterized in that each of the pair of hump portions has a maximum thickness (b) at an end of the belt , wherein the thickness (b) is measured along an inner surface normal line (NLb) of the tire and the tread has at least three circumferential grooves formed thereon.
A method of manufacturing an article of footwear comprising: obstructing stitch holes that extend through a strobel ; wherein a series of stitches are disposed in the stitch holes and secure the strobel to an upper so that the strobel and the upper define a foot-receiving cavity ; wherein obstructing the stitch holes is by securing a gasket to the outer surface of the strobel over the stitch holes ; and injecting a flowable polymeric material into a mold cavity configured as a midsole mold such that the flowable polymeric material contacts an outer surface of the strobel ; wherein the obstructing the stitch holes inhibits the flowable polymeric material from passing through the strobel to the foot-receiving cavity via the stitch holes . obstructing stitch holes that extend through a strobel ; wherein a series of stitches are disposed in the stitch holes and secure the strobel to an upper so that the strobel and the upper define a foot-receiving cavity ; wherein obstructing the stitch holes is by securing a gasket to the outer surface of the strobel over the stitch holes ; and injecting a flowable polymeric material into a mold cavity configured as a midsole mold such that the flowable polymeric material contacts an outer surface of the strobel ; wherein the obstructing the stitch holes inhibits the flowable polymeric material from passing through the strobel to the foot-receiving cavity via the stitch holes .
A dry or adiabatic cooler or condenser comprising an enclosure delimited by lateral walls and a bottom intended to collect a collected fluid, and at least one heat exchanger crossed by an air flow and in which a fluid to be cooled or condensed is intended to circulate, said heat exchanger being mounted in the enclosure , the cooler or condenser comprising at least one sensor for detecting a fluid leak circulating in the heat exchanger , said cooler or condenser comprising a system for containing a fluid leak configured to collect the fluid collected in the bottom of the enclosure when a fluid leak is detected by the detection sensor, characterised in that the system for containing a fluid leak comprises: - an intermediate recovery tank fluidly connected on the one hand to the bottom of the enclosure and connected on the other hand to a first valve (V1) and to a second valve (V2) mounted in parallel with the first valve (V1), the first valve (V1) being connected to the outside of the cooler or condenser and - a tank for containing the fluid leaks mounted beneath the bottom of the enclosure , the second valve (V2) being connected to the containment tank . - an intermediate recovery tank fluidly connected on the one hand to the bottom of the enclosure and connected on the other hand to a first valve (V1) and to a second valve (V2) mounted in parallel with the first valve (V1), the first valve (V1) being connected to the outside of the cooler or condenser and - a tank for containing the fluid leaks mounted beneath the bottom of the enclosure , the second valve (V2) being connected to the containment tank .
A cut guide , comprising: a body comprising a first face and an opposed second face , the first face of the body defining: a first aperture and a second aperture , the first and second apertures configured to guide a surgical tool; a first fixation hole extending through the cut guide from the first face to the second face, the first fixation hole configured to receive a wire to position the cut guide against a bone; and an attachment hole configured to attach the cut guide to another component, characterised in that the body comprises a first part and a second part which are configured to be slidably movable with respect to each other between an extended configuration and a collapsed configuration such that the cut guide can be set at predetermined resection distances. a first aperture and a second aperture , the first and second apertures configured to guide a surgical tool; a first fixation hole extending through the cut guide from the first face to the second face, the first fixation hole configured to receive a wire to position the cut guide against a bone; and an attachment hole configured to attach the cut guide to another component, characterised in that the body comprises a first part and a second part which are configured to be slidably movable with respect to each other between an extended configuration and a collapsed configuration such that the cut guide can be set at predetermined resection distances.
Fastening device for fastening product bottles on a wall, in particular a wet room, comprising a product bottle , at least one first magnetic element adapted to be mounted on the wall and a second magnetic element arranged in the product bottle, wherein the first magnetic element or the second magnetic element is configured as a permanent magnet, wherein, due to the magnetic force acting between the first magnetic element and the second magnetic element , the care product or the product bottle can be fastened on the wall, characterized in that the second magnetic element is arranged in the product bottle by placing the second magnetic element in the product bottle and that the second magnetic element is not fixedly connected to the product bottle.