mhurhangee/patent-ind-claim-en huggingface dataset:
A tibial baseplate configured for implantation upon a patient's proximal tibia (T), the tibial baseplate comprising: a medial compartment ; a lateral compartment opposite the medial compartment; a proximal surface ; a distal surface opposite the proximal surface, the distal surface sized and shaped to substantially cover the patient's proximal tibia; an outer periphery cooperatively defined by an anterior face , a medial face , a lateral face , and at least one posterior face ; a first, anterior-posterior axis (A H ) located between the medial face and the lateral face and intersecting the anterior face, the first axis extending centrally between the medial and lateral compartments throughout its length; a plurality of fixation pegs extending distally from the distal surface, each of the plurality of fixation pegs being positioned inward of the outer periphery for implantation into the patient's proximal tibia, the plurality of fixation pegs comprising: a medial fixation peg located at the medial compartment; and a lateral fixation peg located at the lateral compartment, the lateral fixation peg being positioned more anteriorly than each other fixation peg among the plurality of fixation pegs, wherein the plurality of fixation pegs are medially biased from the first axis, such that the lateral fixation peg is closer to the first axis than the medial fixation peg. a medial compartment ; a lateral compartment opposite the medial compartment; a proximal surface ; a distal surface opposite the proximal surface, the distal surface sized and shaped to substantially cover the patient's proximal tibia; an outer periphery cooperatively defined by an anterior face , a medial face , a lateral face , and at least one posterior face ; a first, anterior-posterior axis (A H ) located between the medial face and the lateral face and intersecting the anterior face, the first axis extending centrally between the medial and lateral compartments throughout its length; a plurality of fixation pegs extending distally from the distal surface, each of the plurality of fixation pegs being positioned inward of the outer periphery for implantation into the patient's proximal tibia, the plurality of fixation pegs comprising: a medial fixation peg located at the medial compartment; and a lateral fixation peg located at the lateral compartment, the lateral fixation peg being positioned more anteriorly than each other fixation peg among the plurality of fixation pegs, a medial fixation peg located at the medial compartment; and a lateral fixation peg located at the lateral compartment, the lateral fixation peg being positioned more anteriorly than each other fixation peg among the plurality of fixation pegs, wherein the plurality of fixation pegs are medially biased from the first axis, such that the lateral fixation peg is closer to the first axis than the medial fixation peg.
Apparatus for the introduction of an auxiliary torque and/or an additional steering angle into an electromechanical power steering system , comprising a gearwheel which is attached fixedly on a steering shaft as to rotate with it, is operatively connected to a drive element of a drive motor and can be driven rotationally by the latter, and a sensor element which is connected fixedly to the steering shaft as to rotate with it, the sensor element and the gearwheel being connected to one another on contact faces , the sensor element being connected to the gearwheel in a substance-to-substance manner, the gearwheel and the sensor element bearing axially against one another in the region of the contact faces , characterized in that the gearwheel and the sensor element are configured from plastic in each case at least in the region of the contact face , and in that the gearwheel is welded to the sensor element .
Magnetron sputtering source for coating of a substrate , the sputtering source comprising: a target having a target surface at a front side, a magnetron arrangement at a backside of the target for creating a magnetic field near the target surface, to define a loop shaped erosion zone at the target surface between an inner magnet assembly and an outer magnet assembly , wherein the erosion zone comprises a middle section with two parallel tracks having a distance (d) and two curved end loop sections each of which connects adjoining ends of the parallel tracks and has a loop width (w) in the direction of the distance (d) which is greater than the distance (d) resulting in a double-T-shaped primary geometry of the erosion zone to provide an increased coating material flux from the end loop sections to the substrate, characterized in that the target is formed as an elongated plate arrangement and comprises two rectangular end zones with a rectangular center zone in between wherein the end zones are wider than the center zone . a target having a target surface at a front side, a magnetron arrangement at a backside of the target for creating a magnetic field near the target surface, to define a loop shaped erosion zone at the target surface between an inner magnet assembly and an outer magnet assembly , wherein the erosion zone comprises a middle section with two parallel tracks having a distance (d) and two curved end loop sections each of which connects adjoining ends of the parallel tracks and has a loop width (w) in the direction of the distance (d) which is greater than the distance (d) resulting in a double-T-shaped primary geometry of the erosion zone to provide an increased coating material flux from the end loop sections to the substrate, characterized in that the target is formed as an elongated plate arrangement and comprises two rectangular end zones with a rectangular center zone in between wherein the end zones are wider than the center zone .
An electrode loop assembly for a catheter, said electrode loop assembly comprising a form wire shaped as a loop, an activation wire coupled to the form wire and operable to selectively vary a diameter of the loop, the activation wire routed along a radial inner side of the form wire , and a support tube (328; 500) defining a lumen (332; 508) and enclosing the form wire and the activation wire therein, wherein the support tube (328; 500) extends along a longitudinal axis from a proximal end to a distal end, wherein the support tube (328; 500) has an oblong cross-section having a major axis , characterised in that the support tube (328; 500) is twisted about the longitudinal axis such that an orientation of the major axis changes along a length of the support tube (328; 500). a form wire shaped as a loop, an activation wire coupled to the form wire and operable to selectively vary a diameter of the loop, the activation wire routed along a radial inner side of the form wire , and a support tube (328; 500) defining a lumen (332; 508) and enclosing the form wire and the activation wire therein, wherein the support tube (328; 500) extends along a longitudinal axis from a proximal end to a distal end, wherein the support tube (328; 500) has an oblong cross-section having a major axis , characterised in that the support tube (328; 500) is twisted about the longitudinal axis such that an orientation of the major axis changes along a length of the support tube (328; 500).
Floor panel for forming a floor covering, wherein the floor panel comprises a layer-shaped substrate , as well as a decorative top layer situated above the substrate ; wherein the substrate comprises at least a layer which is realized on the basis of a composition comprising at least a thermoplastic synthetic material; wherein the floor panel , on at least two opposite edges (2-3), is provided with mechanical coupling means or coupling parts , said coupling means or coupling parts being realized in the substrate layer ; and wherein these coupling means or coupling parts allow that two of such floor panels can be coupled to each other in such a manner that a locking is created in a direction (V) perpendicular to the plane of the coupled floor panels , as well as in a direction (H) perpendicular to the coupled edges (2-3) and in the plane of the coupled floor panels ; characterized in that the composition, apart from the thermoplastic synthetic material, also comprises at least one or more elastomers, and in that said thermoplastic synthetic material concerns thermoplastic polyester.
A device for monitoring the inhalation of airborne pollutant by a subject, the device comprising: a memory unit and a processing unit configured to obtain measurements of the amount of airborne pollutant around the subject and the amount of air inhaled by the subject, and to combine the obtained measurements to determine a measure of the amount of airborne pollutant inhaled by the subject, characterized in that the processing unit is configured to determine the amount of air inhaled from the obtained measurements and from information on physical characteristics of the subject, wherein the information on physical characteristics of the subject includes a typical inhaled breath volume, wherein the typical inhaled breath volume is obtained from a look-up table including previously calculated air volume corresponding to physical activity measurement, or wherein the look-up table is compiled from data corresponding to a given subject type of the subject, the subject type including at least one of age, gender, profession, body height, body weight, body mass index, lung capacity, and chronic obstructive pulmonary disease (COPD) condition level. a memory unit and a processing unit configured to obtain measurements of the amount of airborne pollutant around the subject and the amount of air inhaled by the subject, and to combine the obtained measurements to determine a measure of the amount of airborne pollutant inhaled by the subject, characterized in that the processing unit is configured to determine the amount of air inhaled from the obtained measurements and from information on physical characteristics of the subject, wherein the information on physical characteristics of the subject includes a typical inhaled breath volume, wherein the typical inhaled breath volume is obtained from a look-up table including previously calculated air volume corresponding to physical activity measurement, or wherein the look-up table is compiled from data corresponding to a given subject type of the subject, the subject type including at least one of age, gender, profession, body height, body weight, body mass index, lung capacity, and chronic obstructive pulmonary disease (COPD) condition level.
Method for creating an environment map for use in the autonomous navigation of a mobile robot in a map-based localization system in a logistics environment, characterized in that existing information from a goods management system with respect to the position of mobile objects of the goods management system with a known position is used and is included in the process of creating the environment map within a localization system.
An asymmetric inlet particle separator system, AIPS, for an aircraft engine , said AIPS comprising: a bifurcated duct system comprising: an inlet configured to receive inlet air ; a core air channel ; and a scavenge air channel configured to separate the inlet air into core air and scavenge air , such that the core air flows into said core air channel and the scavenge air flows into said scavenge air channel ; a first plurality of turning vanes configured to turn the scavenge air in a first direction within said scavenge air channel ; and a second plurality of turning vanes configured to turn the scavenge air in a second direction within said scavenge air channel ; and an asymmetric scroll coupled to said scavenge air channel , said asymmetric scroll comprising: a first arm having a first arm length , said first arm configured to receive the scavenge air from said first plurality of turning vanes ; and a second arm having a second arm length that is different than the first arm length , said second arm configured to receive the scavenge air from said second plurality of turning vanes . an inlet configured to receive inlet air ; a core air channel ; and a scavenge air channel configured to separate the inlet air into core air and scavenge air , such that the core air flows into said core air channel and the scavenge air flows into said scavenge air channel ; a first plurality of turning vanes configured to turn the scavenge air in a first direction within said scavenge air channel ; and a second plurality of turning vanes configured to turn the scavenge air in a second direction within said scavenge air channel ; and an asymmetric scroll coupled to said scavenge air channel , said asymmetric scroll comprising: a first arm having a first arm length , said first arm configured to receive the scavenge air from said first plurality of turning vanes ; and a second arm having a second arm length that is different than the first arm length , said second arm configured to receive the scavenge air from said second plurality of turning vanes . a first arm having a first arm length , said first arm configured to receive the scavenge air from said first plurality of turning vanes ; and a second arm having a second arm length that is different than the first arm length , said second arm configured to receive the scavenge air from said second plurality of turning vanes .
A boarding guidance system comprising: a passenger seat and a beacon associated with the passenger seat , wherein the beacon is configured to: communicate with a passenger guiding device ; provide an indication when the passenger guiding device is a predetermined distance from the passenger seat ; the indication provided including a light emission from a light, or an audible alert or message, or a visual message, and characterized in that the beacon is further configured to, while the passenger guiding device is within the predetermined distance from the passenger seat , alter at least one characteristic of the indication based on a distance between the passenger guiding device and the passenger seat . a passenger seat and a beacon associated with the passenger seat , wherein the beacon is configured to: communicate with a passenger guiding device ; provide an indication when the passenger guiding device is a predetermined distance from the passenger seat ; the indication provided including a light emission from a light, or an audible alert or message, or a visual message, and characterized in that the beacon is further configured to, while the passenger guiding device is within the predetermined distance from the passenger seat , alter at least one characteristic of the indication based on a distance between the passenger guiding device and the passenger seat . communicate with a passenger guiding device ; provide an indication when the passenger guiding device is a predetermined distance from the passenger seat ; the indication provided including a light emission from a light, or an audible alert or message, or a visual message, and characterized in that the beacon is further configured to, while the passenger guiding device is within the predetermined distance from the passenger seat , alter at least one characteristic of the indication based on a distance between the passenger guiding device and the passenger seat .
An expansion tool comprising: a housing ; a collar rotatably coupled to the housing; a plurality of jaws coupled for co-rotation with the collar; a mandrel movable relative to the housing between a retracted position and an extended position, the mandrel engageable with the jaws to expand the jaws in response to movement of the mandrel to the extended position; a drive mechanism including a rotatable cam , wherein rotation of the cam moves the mandrel between the retracted position and the extended position; an indexing gear configured to incrementally receive torque from the drive mechanism such that continuous rotation of the drive mechanism incrementally rotates the indexing gear; and a clutch assembly including a clutch gear meshed with the indexing gear, a clutch cover surrounding the clutch gear, characterized by a plurality of rolling elements disposed between the clutch gear and the clutch cover , wherein the rolling elements are configured to establish a torque-transferring connection between the clutch gear and the clutch cover up to a predetermined torque threshold and to slip relative to the clutch cover to permit the clutch gear to rotate relative to the clutch cover at torques greater than the predetermined torque threshold, wherein the clutch cover is drivably coupled to the collar such that rotation of the clutch cover rotates the collar . a housing ; a collar rotatably coupled to the housing; a plurality of jaws coupled for co-rotation with the collar; a mandrel movable relative to the housing between a retracted position and an extended position, the mandrel engageable with the jaws to expand the jaws in response to movement of the mandrel to the extended position; a drive mechanism including a rotatable cam , wherein rotation of the cam moves the mandrel between the retracted position and the extended position; an indexing gear configured to incrementally receive torque from the drive mechanism such that continuous rotation of the drive mechanism incrementally rotates the indexing gear; and a clutch assembly including a clutch gear meshed with the indexing gear, a clutch cover surrounding the clutch gear,
Long injector for fuel injection into an internal combustion engine, which comprises a base portion and an extension portion , wherein the extension portion is electrically connected to the base portion , wherein an end of the extension portion comprises an electrically conductive terminal with one or more contact clips , wherein the one or more contact clips are spaced at a distance from each other or from a side wall of the electrically conductive terminal , wherein an end of the base portion comprises one or more electrical contacts , wherein each of the one or more electrical contacts is positioned at the end of the base portion in such a way, that each of the one or more electrical contacts can slide into a respective contact clip of the electrically conductive terminal when connecting the extension portion to the base portion , and wherein the electrically conductive terminal has a latch mechanism , wherein an electrical connection between the base portion and the extension portion is created, when each of the one or more electrical contacts is inserted into the respective contact clip and held by the latch mechanism wherein the long injector further comprises an overmolded encapsulation body , encapsulating the electrical connection between the base portion and the extension portion , characterised in that the one or more contacts on the base portion and the respective one or more contact clips on the electrically conductive terminal are located and orientated in such a way, that their outline, when they are connected to each other, lies within a cylindrical shape of the long injector.
A reusable urinary catheter assembly, comprising: a storage container defining a cavity; a hydration liquid within the cavity, the hydration liquid comprising a disinfection medium and at least one hydrophilic polymer, and wherein the viscosity of the hydration liquid is 40 cP or lower at 25°C; a reusable urinary catheter including a shaft, wherein at least a part of the shaft is provided with a hydrophilic surface, the shaft being enclosed within the cavity in a storage position, wherein the hydration fluid hydrates and regenerates the hydrophilic surface and disinfects the catheter, the catheter being configured to be repeatedly inserted into and removed from the storage container. a storage container defining a cavity; a hydration liquid within the cavity, the hydration liquid comprising a disinfection medium and at least one hydrophilic polymer, and wherein the viscosity of the hydration liquid is 40 cP or lower at 25°C; a reusable urinary catheter including a shaft, wherein at least a part of the shaft is provided with a hydrophilic surface, the shaft being enclosed within the cavity in a storage position, wherein the hydration fluid hydrates and regenerates the hydrophilic surface and disinfects the catheter, the catheter being configured to be repeatedly inserted into and removed from the storage container.
A mass flow meter, comprising: a first pressure detection device for detecting the pressure of fluid provided at a first position in a pipe line in which the fluid flows; and a second pressure detection device for zero point drift compensation provided at a second position in the pipe line different from the first position of the first pressure detection device, wherein a pulse wave propagation time between these two points and a pressure change amount of the first pressure detection device are used to compensate a zero point drift of a pressure of the first pressure detection device by substituting the value of a minimum pressure value obtained from the output of the first pressure detection device with a minimum pressure value obtained from the pulse wave propagation time and the pressure change amount. a first pressure detection device for detecting the pressure of fluid provided at a first position in a pipe line in which the fluid flows; and a second pressure detection device for zero point drift compensation provided at a second position in the pipe line different from the first position of the first pressure detection device, wherein a pulse wave propagation time between these two points and a pressure change amount of the first pressure detection device are used to compensate a zero point drift of a pressure of the first pressure detection device by substituting the value of a minimum pressure value obtained from the output of the first pressure detection device with a minimum pressure value obtained from the pulse wave propagation time and the pressure change amount.
A method performed by a monitoring device for matching a sensor device to an identity, ID, tag, where said ID tag and sensor device are attached to an animal, the method comprising: - receiving information related to the ID tag from an ID reader device, - receiving sensor device information from the sensor device, said sensor device information comprising a sensor device identity, and an indication of that the transmission of the sensor device information from the sensor device was triggered by an ID reader device; and - determining that the ID tag and the sensor device are attached to the same animal based on time information associated with the respective received information, i.e. matching the ID tag and the sensor device. - receiving information related to the ID tag from an ID reader device, - receiving sensor device information from the sensor device, said sensor device information comprising a sensor device identity, and an indication of that the transmission of the sensor device information from the sensor device was triggered by an ID reader device; and - determining that the ID tag and the sensor device are attached to the same animal based on time information associated with the respective received information, i.e. matching the ID tag and the sensor device.