mhurhangee/patent-ind-claim-en huggingface dataset:
A one-piece endosseous dental implant with a pin-shaped male threaded body for screwing into a jawbone, wherein the male threaded body has a head part at the coronal end which projects from the jawbone after screwing in, wherein the diameter of the head portion in the region in which it emerges from the bone is smaller than the diameter of the externally threaded body, the following 1.25 mm remain constant with a circular shape and are in the following 2 mm with an angulation of 1-2° to the implant axis and the head part thereby assuming the shape of a hexagon, wherein the head part has a height of 3.5 to 4 mm.
Tube arrangement having a fibre-reinforced tube and having an insert element , wherein the tube has at least one clamping region for application of an external clamping force, and the insert element is configured for arrangement in the clamping region of the fibre-reinforced tube and comprises an elongate round body which has an outer lateral surface on which there are arranged at least two projections which radially extend away from the lateral surface , wherein the projections each have a face surface , averted from the round body , for areal application of an external clamping force, wherein the insert element is arranged in the clamping region such that the at least two projections radially extend into a wall of the tube .
A communication method, comprising: selecting (S101, S202, S301), by a network side device, a group of values for a transmission parameter set according to sidelink congestion information, wherein the transmission parameter set comprises a modulation and coding scheme, MCS, level; and sending (S102, S203), by the network side device to a first terminal, the selected group of values, the selected group of values is for the first terminal sending communication data to a second terminal. selecting (S101, S202, S301), by a network side device, a group of values for a transmission parameter set according to sidelink congestion information, wherein the transmission parameter set comprises a modulation and coding scheme, MCS, level; and sending (S102, S203), by the network side device to a first terminal, the selected group of values, the selected group of values is for the first terminal sending communication data to a second terminal.
Method for a metered dispensing of viscous or paste-like, aseptically packaged ingredients from a tubular bag which is closed before first use, with a single-use pump attached thereto, whose inlet comprises a cutter organ and is connected to the pump in a rotationally fixed manner, the inlet with the cutter organ having an exterior thread which is, within a connection piece , connected to a flange that is arranged on the tubular bag , and the outlet of the disposable pump being implemented as a discharge pipe with a sealing and closing valve , wherein in a first step prior to the first metering, the disposable pump with the cutter organ is rotated until the cutter organ has cut the tubular bag open, characterised in that a) the disposable pump is operated until the ingredient of a freely selectable volume has been discharged from the closing valve , b) the disposable pump is then operated in the inverse rotation direction until at least the ingredient present in a region of the valve has been sucked back into the discharge pipe , the valve entering the closed state or remaining in the closed state, wherein the valve , in its closed state, is sucked back into the disposable pump by a shifting or deformation of the valve , while ingredient is displaced by a portion of the discharge pipe volume (V AR ) as a re-suck volume (V RS ), and wherein the re-suck volume (V RS ) is smaller than 10 % of the discharge pipe volume (V AR ). a) the disposable pump is operated until the ingredient of a freely selectable volume has been discharged from the closing valve , b) the disposable pump is then operated in the inverse rotation direction until at least the ingredient present in a region of the valve has been sucked back into the discharge pipe , the valve entering the closed state or remaining in the closed state,
Method in which plastics are dried by means of process air conveyed in a circuit , having a dry material container which is arranged in the circuit conveying the process air and through which the process air flows, and having an air drying device which has at least two fixed bed adsorbers, which are located in chambers and through which the flow passes simultaneously during a regeneration phase and which are supplied, alternately to one another, on the one hand with moisture-laden return air delivered from the dry material container and on the other hand with regeneration air, the regeneration phase comprising a hot air regeneration phase, which is followed by a cooling phase, there being, at the transition from the hot air regeneration phase to the cooling phase, a changeover by means of an additional valve unit from a fresh air supply , in which fresh air is delivered from outside, to a recirculation of air, in which the cooling air exiting from the relevant chamber is delivered again within the circuit , characterized in that the regeneration phase following the initial hot air regeneration phase also includes the subsequent cooling phase, in that during the regeneration phase there is a changeover to a recirculation of air in the circuit , the circuit then being closed and process air flowing simultaneously through the at least two fixed bed absorbers located in the chambers , and the regeneration air, as dry regeneration air, being extracted from the process air stream from a dry air line in which dried process air is conveyed.
A synthetic leather comprising a laminate comprising at least a base fabric (i), a bonding layer (ii), and a skin layer (iii), wherein the bonding layer (ii) is made from an aqueous urethane resin composition comprising: a urethane resin (A); and an aqueous medium (B), the urethane resin (A) being a reaction product of a polyol (a1) comprising an anionic group-containing polyol (a1-1) and an aromatic polyisocyanate (a2), wherein the aromatic polyisocyanate (a2) comprises toluene diisocyanate, the urethane resin (A) having an anionic group concentration of 0.35 mmol/g or less. a base fabric (i), a bonding layer (ii), and a skin layer (iii), wherein the bonding layer (ii) is made from an aqueous urethane resin composition comprising: a urethane resin (A); and an aqueous medium (B), the urethane resin (A) being a reaction product of a polyol (a1) comprising an anionic group-containing polyol (a1-1) and an aromatic polyisocyanate (a2), wherein the aromatic polyisocyanate (a2) comprises toluene diisocyanate, the urethane resin (A) having an anionic group concentration of 0.35 mmol/g or less. a urethane resin (A); and an aqueous medium (B), the urethane resin (A) being a reaction product of a polyol (a1) comprising an anionic group-containing polyol (a1-1) and an aromatic polyisocyanate (a2), wherein the aromatic polyisocyanate (a2) comprises toluene diisocyanate, the urethane resin (A) having an anionic group concentration of 0.35 mmol/g or less.
An electrical circuit-breaking device with overvoltage protection, comprising a pair of connection terminals , a semiconductor(s) main switch comprising at least one semiconductor component and a pair of separable contacts forming a disconnector connected in series with the semiconductor(s) main switch between the connection terminals , the electrical switching device comprising a first protection system connected in parallel with the main switch , the first protection system comprising a first protection device comprising a varistor, characterised in that the first protection system further comprises a first switch connected in series with the first protection device , and a second protection system , connected in parallel with the said first protection system and the said main semi-conductor switch , the second protection system comprising a second protection device comprising a diode for suppressing transient voltages. a first protection system connected in parallel with the main switch , the first protection system comprising a first protection device comprising a varistor, characterised in that the first protection system further comprises a first switch connected in series with the first protection device , and a second protection system , connected in parallel with the said first protection system and the said main semi-conductor switch , the second protection system comprising a second protection device comprising a diode for suppressing transient voltages.
Fastening device for fastening a prosthesis socket to a prosthetic knee joint that has a proximal top part and a distal bottom part , which are mounted on each other pivotably about a prosthetic knee joint axis , wherein the fastening device has a distal holder for securing to the bottom part or to a lower-leg tube , characterized in that - at least one strut extends in a proximal direction from the holder beyond the prosthetic knee joint axis , - a receptacle is arranged on the strut , proximally with respect to the prosthetic knee joint axis , for the pivotable mounting of the prosthesis socket about a socket pivot axis , - at least one force transmission element , offset with respect to the socket pivot axis , is fastened at a proximal bearing point in order to transmit a pivoting movement of the prosthesis socket , - the force transmission element is coupled to the top part , at a distal bearing point , in such a way that a pivoting movement of the prosthesis socket about the socket pivot axis causes a pivoting movement of the top part about the prosthetic knee joint axis . - at least one strut extends in a proximal direction from the holder beyond the prosthetic knee joint axis , - a receptacle is arranged on the strut , proximally with respect to the prosthetic knee joint axis , for the pivotable mounting of the prosthesis socket about a socket pivot axis , - at least one force transmission element , offset with respect to the socket pivot axis , is fastened at a proximal bearing point in order to transmit a pivoting movement of the prosthesis socket , - the force transmission element is coupled to the top part , at a distal bearing point , in such a way that a pivoting movement of the prosthesis socket about the socket pivot axis causes a pivoting movement of the top part about the prosthetic knee joint axis .
An auxiliary power device comprising: a housing defining a cavity and an opening in communication with the cavity ; a motor supported by the housing ; and a wheel engaged with the motor , the wheel having a rotational axis and a spindle on the rotational axis; the wheel partially disposed in the cavity and extending through the opening ; the housing defining a track adjustably supporting the spindle of the wheel , such that the spindle can be adjusted relative to the track to position the wheel in the opening , characterized in that the auxiliary power device further comprises a lock coupled to the spindle , the lock being moveable between an engaged position fixing the spindle to the housing along the track and a disengaged position releasing the spindle along the track . a housing defining a cavity and an opening in communication with the cavity ; a motor supported by the housing ; and a wheel engaged with the motor , the wheel having a rotational axis and a spindle on the rotational axis; the wheel partially disposed in the cavity and extending through the opening ; the housing defining a track adjustably supporting the spindle of the wheel , such that the spindle can be adjusted relative to the track to position the wheel in the opening , characterized in that the auxiliary power device further comprises a lock coupled to the spindle , the lock being moveable between an engaged position fixing the spindle to the housing along the track and a disengaged position releasing the spindle along the track .
Auxetic bi-stable structure, comprising: - an auxetic curved shell movable between a first stable position and a second stable position from a concave to a convex shape, and - a rigid element wherein at least part of the surface the auxetic curved shell is joined to the rigid element such that the curved shell is movable with respect to said rigid element between said first and second stable positions, wherein the auxetic curved shell and the rigid element are joined such that the rigid element is configured to restrict the movement of the part of the surface of the auxetic curved shell joined to it in one direction or in two directions or in two directions and in a momentum perpendicular to said two directions in a Cartesian coordinate system. - an auxetic curved shell movable between a first stable position and a second stable position from a concave to a convex shape, and - a rigid element wherein at least part of the surface the auxetic curved shell is joined to the rigid element such that the curved shell is movable with respect to said rigid element between said first and second stable positions,
A method for obtaining a fourth order trajectory for moving an object, O, from a first point, A, to a second point, B, covering a distance, d, using predefined velocity, acceleration, jerk and snap constraint values, v max , a max , j max , s max , wherein the fourth order trajectory is obtained on the basis of an operating snap profile representing the fourth derivative of the trajectory of the position of the object, O, and comprising a plurality of time intervals with corresponding snap values, and wherein a first snap profile is determined on the basis of the distance, d, and of the velocity, acceleration, jerk and snap constraint values, v max , a max , j max , s max , and is defined as the operating snap profile if the velocity constraint value, v max , is attained in a first velocity profile representing the first derivative of a first trajectory corresponding to the first snap profile , characterized in that a second snap profile different from the first snap profile is determined on the basis of the distance, d, and of the acceleration, jerk and snap constraint values, a max , j max , s max , and is defined as the operating snap profile if the velocity constraint value, v max, is not attained in the first velocity profile and if a maximum velocity in a second velocity profile representing the first derivative of a second trajectory corresponding to the second snap profile does not exceed the velocity constraint value, v max , and a third snap profile different from the first snap profile and from the second snap profile is determined on the basis of the distance, d, of the maximum velocity in the second velocity profile and of the velocity, acceleration, jerk and snap constraint values v max , a max , j max , s max , and is defined as the operating snap profile if the maximum velocity in the second velocity profile does exceed the velocity constraint value, v max .
A method of controlling access to a cellular network, the method comprising: an access node (111, 112, 113, 114, 115; 800; 1100) of the cellular network transmitting an identifier enabling selection of access information from an access information table, the access information being applicable by radio devices (10; 1000; 1200) for accessing the cellular network; and the access node (111, 112, 113, 114, 115; 800; 1100) transmitting timing information indicating a time of a next transmission of the access information table, wherein the timing information indicates a remaining time until a next transmission of the access information table. an access node (111, 112, 113, 114, 115; 800; 1100) of the cellular network transmitting an identifier enabling selection of access information from an access information table, the access information being applicable by radio devices (10; 1000; 1200) for accessing the cellular network; and the access node (111, 112, 113, 114, 115; 800; 1100) transmitting timing information indicating a time of a next transmission of the access information table, wherein the timing information indicates a remaining time until a next transmission of the access information table.
A method for manufacturing a powdered fermented paste, comprising the steps of: pretreating a fermented paste; punching holes in the pretreated fermented paste and freezing the punched fermented paste; freeze-drying the frozen fermented paste; grinding the freeze-dried fermented paste; and heat-drying the ground paste. pretreating a fermented paste; punching holes in the pretreated fermented paste and freezing the punched fermented paste; freeze-drying the frozen fermented paste; grinding the freeze-dried fermented paste; and heat-drying the ground paste.
A method comprising: comparing information derivable from a scanning interferometry signal for a first surface location of a test object to information corresponding to multiple models of the test object, wherein the multiple models are parametrized by a series of characteristics for the test object, wherein the scanning interferometry signal is produced by imaging test light emerging from the test object to interfere with reference light on a detector, and varying an optical path length difference from a common source to the detector between interfering portions of the test and reference light, wherein the test and reference light are derived from the common source, and wherein the scanning interferometry signal corresponds to an interference intensity measured by the detector as the optical path length difference is varied, and wherein the information corresponding to the multiple models comprises information about at least one amplitude component of a transform of the scanning interferometry signal corresponding to each of the models of the test object, wherein the transform is performed by a computer. comparing information derivable from a scanning interferometry signal for a first surface location of a test object to information corresponding to multiple models of the test object, wherein the multiple models are parametrized by a series of characteristics for the test object, wherein the scanning interferometry signal is produced by imaging test light emerging from the test object to interfere with reference light on a detector, and varying an optical path length difference from a common source to the detector between interfering portions of the test and reference light, wherein the test and reference light are derived from the common source, and wherein the scanning interferometry signal corresponds to an interference intensity measured by the detector as the optical path length difference is varied, and wherein the information corresponding to the multiple models comprises information about at least one amplitude component of a transform of the scanning interferometry signal corresponding to each of the models of the test object, wherein the transform is performed by a computer.
A tracked vehicle for the transportation of at least one reduced mobility person (P1), this vehicle comprising a passenger compartment and an endless track drive on each side of the passenger compartment, each endless track drive comprising - an endless belt ; - an electric motor connected to a drive pulley in engagement with the belt ; - an idle pulley ; - a sub-frame supporting the drive pulley and the idle pulley, respectively around a first rotation axis (Y108) and a second rotation axis (Y112) parallel to the first rotation axis; and - a suspension system (110, 116-124) characterized in that the suspension system includes : - two articulated arms mounted on the sub-frame with a possibility of rotation around a first articulation axis (Y116) and a second articulation axis (Y120) parallel to the first and second rotation axes (Y108, Y112), each articulated arm being equipped with several rollers in permanent contact with an upper surface (S102) of a lower strand of the endless belt , between the two pulleys , and with a set of teeth in meshing engagement with the set of teeth of the other arm; and - elastic means for biasing (E1) the sets of teeth of the two articulated arms toward the lower strand of the endless belt. - an endless belt ; - an electric motor connected to a drive pulley in engagement with the belt ; - an idle pulley ; - a sub-frame supporting the drive pulley and the idle pulley, respectively around a first rotation axis (Y108) and a second rotation axis (Y112) parallel to the first rotation axis; and - a suspension system (110, 116-124) - two articulated arms mounted on the sub-frame with a possibility of rotation around a first articulation axis (Y116) and a second articulation axis (Y120) parallel to the first and second rotation axes (Y108, Y112), each articulated arm being equipped with several rollers in permanent contact with an upper surface (S102) of a lower strand of the endless belt , between the two pulleys , and with a set of teeth in meshing engagement with the set of teeth of the other arm; and - elastic means for biasing (E1) the sets of teeth of the two articulated arms toward the lower strand of the endless belt.
A chair for a treatment unit, in particular an ophtalmic unit, comprising a seat , a support base supporting said seat in elevation from a ground plane along an elevation axis (Z), said support base comprising a platform for resting over the ground plane, a movable part fixed with said seat and movable with respect to said platform along said elevation axis (Z), and motorized drive means adapted to control the displacement of said movable part with respect to said platform , conversely varying the elevation of said seat with respect to the ground plane along the elevation axis (Z), wherein said platform comprises: a pedestal adapted to rest over the ground plane thereby generating a static friction therewith, operationally engaged with said movable part ; trolley means adapted to move over the ground plane with rolling resistance, unlocked with respect to said pedestal at least according to the elevation axis (Z) and not preventing the pedestal from taking a chair locking position in contact with the ground plane; pusher means being provided in a fixed and upwards projecting arrangement with respect to said trolley means , adapted to be struck by said movable part when it moves downwards along the elevation axis (Z) under a predetermined reference height, and to exert a reaction force that lifts said pedestal from the ground plane towards a release position of the chair, pursuant to a further downwards movement of said movable part , whereby in the chair release position the weight of the chair is born only by said trolley means , wherein said trolley means comprise a frame from which said pusher means elevate, and rolling elements pivotally supported by said frame , characterized in that said pedestal comprises an outer box-like body, generally cup-shaped with a top wall and a peripheral skirt that at its lower edge is adapted to rest on the ground plane, said trolley means being arranged inside said box-like body and having a size, measured along said elevation axis (Z) equal to or lower than the size of said skirt .
A method of aligning light emitting elements between a first electrode and a second electrode , comprising: applying a ground voltage to a first electrode and applying a first AC voltage to a second electrode spaced apart from the first electrode ; and then applying a ground voltage to the first electrode and applying a second AC voltage to the second electrode , wherein the first AC voltage has an asymmetric waveform and the second AC voltage has a symmetric waveform. applying a ground voltage to a first electrode and applying a first AC voltage to a second electrode spaced apart from the first electrode ; and then applying a ground voltage to the first electrode and applying a second AC voltage to the second electrode , wherein the first AC voltage has an asymmetric waveform and the second AC voltage has a symmetric waveform.
A reagent composition for measuring glycated hemoglobin, the composition comprising: 1 a hemolytic liquid and 2 a "methylene blue-encapsulated silica nanoparticle-boronic acid" specifically binding to the glycated hemoglobin.