mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: a diaphragm pump having a plurality of diaphragms at least partially defining a plurality of pumping chambers , each diaphragm structured to reciprocate between a first position and a second position to pump a fluid, the diaphragm pump including: a crankcase and a crankshaft at least partially disposed within the crankcase ; characterized in that a stand is configured to support the crankcase , the stand configured to contact a horizontal supporting surface; the crankshaft having a crankshaft axis oriented in a vertical direction by the stand , the crankshaft operatively connected to a motor such that the motor provides power to rotate the crankshaft during operation; at least one cam configured to rotate with the crankshaft to cause the reciprocating motion of the plurality of diaphragms , wherein each of the plurality of diaphragms are oriented to reciprocate along a cylinder axis orthogonal to the crankshaft axis; wherein the diaphragm pump includes at least three diaphragms and at least three pumping chambers , and wherein the at least three pumping chambers are distributed evenly around the crankshaft axis such that angles formed between adjacent cylinder axes are substantially the same. a crankcase and a crankshaft at least partially disposed within the crankcase ; characterized in that a stand is configured to support the crankcase , the stand configured to contact a horizontal supporting surface; the crankshaft having a crankshaft axis oriented in a vertical direction by the stand , the crankshaft operatively connected to a motor such that the motor provides power to rotate the crankshaft during operation; at least one cam configured to rotate with the crankshaft to cause the reciprocating motion of the plurality of diaphragms , wherein each of the plurality of diaphragms are oriented to reciprocate along a cylinder axis orthogonal to the crankshaft axis; wherein the diaphragm pump includes at least three diaphragms and at least three pumping chambers , and wherein the at least three pumping chambers are distributed evenly around the crankshaft axis such that angles formed between adjacent cylinder axes are substantially the same.
Implant for the treatment of arteriovenous malformations, in particular aneurysms, consisting of an insertion unit and an occlusion unit separable therefrom, wherein the occlusion unit consists of several subunits , wherein the subunits consist of a framework with shape memory properties, which is formed from wire or produced by laser cutting, wherein the framework is composed of struts and the occlusion unit has a first elongated arrangement for transport through a catheter and a second expanded arrangement after exit from the catheter, wherein the implant takes on a three-dimensional shape in the expanded arrangement of the occlusion unit , wherein a covering is located between the struts of the framework of the occlusion unit , characterized in that the framework of the occlusion unit consists of a central axial strut and one or more arc struts attached thereto and comprises an additional support wire, wherein the axial strut is supported by the additional support wire for passage through the catheter and for subsequent release in the aneurysm in the elongated state and the additional support wire is retractable after release.
Method for a semi-automated or automatic control of a vehicle during startup, comprising: - receiving a driving intention message from another vehicle , which message displays information about a planned startup time of the other vehicle , determining whether the other vehicle is located directly in front of the vehicle , - receiving a traffic signal message from a traffic signal system , and - determining a parameter for the semi-automated or automatic control of the vehicle at least on the basis of the driving intention message received by the other vehicle if it has been determined that the other vehicle is located directly in front of the vehicle , and on the basis of the traffic signal message received by the traffic signal system, which message comprises: - time information about a traffic signal phase of the traffic signal system , and/or - location information relating to a location of the traffic signal system , and/or - topology information relating to an intersection. - receiving a driving intention message from another vehicle , which message displays information about a planned startup time of the other vehicle , determining whether the other vehicle is located directly in front of the vehicle , - receiving a traffic signal message from a traffic signal system , and - determining a parameter for the semi-automated or automatic control of the vehicle at least on the basis of the driving intention message received by the other vehicle if it has been determined that the other vehicle is located directly in front of the vehicle , and on the basis of the traffic signal message received by the traffic signal system, which message comprises: - time information about a traffic signal phase of the traffic signal system , and/or - location information relating to a location of the traffic signal system , and/or - topology information relating to an intersection.
Contactor spring , configured to form part of an IC contactor socket (5; 50), wherein the contactor spring has a U shaped or C shaped or S shaped or Z shaped spring body , wherein both of the first and second free ends of the spring body comprises an outwardly directed contactor protrusion , and wherein the spring body comprises at least a first U shaped or C shaped or S shaped or Z shaped, respectively, recess which extends from close to the first free end to close of the second free end thereof, characterized in that at one side of the base of the spring body a hook-shaped support protrusion is provided, and on the other side of the base a small straight support protrusion is provided, and that two longitudinal slits are formed in the base portion, defining legs beyond the slits , configured to exert elastic pressure against an adjacent wall in the contactor socket (5; 50) which in cooperation with the straight support protrusion and the hook-shaped support protrusion results in a secure fixation of the contactor spring within a recess of the conductor socket (5; 50) and enables an easy removal of the spring from the contactor socket (5; 50).
A nickel-based active material for a lithium secondary battery comprising a porous inner portion having closed pores and an outer portion, wherein the porous inner portion has a density less than that of the outer portion, and the nickel-based active material has a net density of 4.50 to 4.7 g/cc.
A method, being performed by a relaying device (RD), for relaying user data messages originated in a source device (SD) intended for a destination device (DD), where the source device (SD), the relaying device (RD) and the destination device (DD) participates in a mesh network, the method comprising: setting a maximum allowed path length, in terms of number of hops, for relaying; receiving (S1000) a first ping message , originating in the source device (SD) intended for the destination device (DD), where the first ping message comprises a first hop counter ; and relaying (S1100) the first ping message by stepping the first hop counter and transmitting the first ping message ; and receiving (S1200) a user data message originating in the source device (SD) intended for the destination device (DD); and determining (S1400) whether the relaying device (RD) is on a possible path, indicating that the relaying device (RD) is on a path from the source device (SD) to the destination device (DD); and determining (S1600) whether the relaying device (RD) is on a short enough path by determining that the relaying device (RD) is on a path having a path length shorter than or equal to the maximum allowed path length, indicating that the relaying device (RD) is on a path from the source device (SD) to the destination device (DD) that is deemed short enough to justify relaying; and relaying (S1800) the user data message only if the relaying device (RD) is on the possible path and on the short enough path. setting a maximum allowed path length, in terms of number of hops, for relaying; receiving (S1000) a first ping message , originating in the source device (SD) intended for the destination device (DD), where the first ping message comprises a first hop counter ; and relaying (S1100) the first ping message by stepping the first hop counter and transmitting the first ping message ; and receiving (S1200) a user data message originating in the source device (SD) intended for the destination device (DD); and determining (S1400) whether the relaying device (RD) is on a possible path, indicating that the relaying device (RD) is on a path from the source device (SD) to the destination device (DD); and determining (S1600) whether the relaying device (RD) is on a short enough path by determining that the relaying device (RD) is on a path having a path length shorter than or equal to the maximum allowed path length, indicating that the relaying device (RD) is on a path from the source device (SD) to the destination device (DD) that is deemed short enough to justify relaying; and relaying (S1800) the user data message only if the relaying device (RD) is on the possible path and on the short enough path.
A method for monitoring battery safety of a rechargeable battery of a terminal device, the method comprising: determining whether the terminal device is in a low-power state, when the rechargeable battery is fully charged and remains coupled with an adaptor, wherein the low-power state is a standby state or a power off state; when the terminal device is in said low-power state, and when the terminal device remains coupled with the adaptor after charging of the terminal device is completed and the rechargeable battery is fully charged, acquiring (S1) a recharge state of the terminal device, the recharge state of the terminal device comprising at least one of: a number of times the terminal device is recharged within the preset time period, and a time interval at which the terminal device is recharged within the preset time period; and determining (S2) whether the rechargeable battery of the terminal device is abnormal according to the recharge state of the terminal device. determining whether the terminal device is in a low-power state, when the rechargeable battery is fully charged and remains coupled with an adaptor, wherein the low-power state is a standby state or a power off state; when the terminal device is in said low-power state, and when the terminal device remains coupled with the adaptor after charging of the terminal device is completed and the rechargeable battery is fully charged, acquiring (S1) a recharge state of the terminal device, the recharge state of the terminal device comprising at least one of: a number of times the terminal device is recharged within the preset time period, and a time interval at which the terminal device is recharged within the preset time period; and determining (S2) whether the rechargeable battery of the terminal device is abnormal according to the recharge state of the terminal device.
Motorcycle provided with a frame , two front steering wheels , a right and a left steering pipe rotatably connected to the frame and respectively rigidly connected to a right and a left supporting assembly one for each front steering wheel , and a steering group consisting of two pairs of transversal arms - upper front , lower front , upper rear and lower rear - arranged inverted at opposite sides of a central steering pipe connected to the frame and laterally connected through two lateral posts , wherein on each of the supporting assemblies are constrained fixed portions or rods of two telescopic elements , each pair of telescopic elements is cantilever-mounted, laterally, as regards the relative steering wheel , and are placed in between each respective steering wheel and the central steering pipe , characterised by sliding portions or legs of each pair of the telescopic elements being parallel constrained one to another so as to make both telescopic elements of each pair lie on a plane parallel to the plane of the relative steering wheel , each telescopic element being internally provided with an elastic element and an oscillation damping element in order to realise the motorcycle suspension , said constraint between the sliding portions of the telescopic elements hindering the relative rotation of said sliding portions around their own axis to define univocally the steering angle of each wheel as regards the frame depending on the rotation imparted to the respective steering pipe .
A multiple antenna system, comprising: a first antenna configured to extend beyond a lateral edge of and coplanar with a printed circuit board , the first antenna having a first antenna ground contact and a first antenna feed contact configured to connect the first antenna to the printed circuit board , the first antenna ground contact arranged to be spaced from the first antenna feed contact to define a first distance; and a second antenna configured perpendicular to the first antenna and configured to be connected to the printed circuit board by a second antenna ground contact and a second antenna feed contact , the second antenna ground contact arranged to be spaced from the second antenna feed contact to define a second distance being smaller than the first distance, wherein the second antenna ground contact and the second antenna feed contact are arranged to be positioned between the first antenna ground contact and the first antenna feed contact in that the second distance lies within the first distance. a first antenna configured to extend beyond a lateral edge of and coplanar with a printed circuit board , the first antenna having a first antenna ground contact and a first antenna feed contact configured to connect the first antenna to the printed circuit board , the first antenna ground contact arranged to be spaced from the first antenna feed contact to define a first distance; and a second antenna configured perpendicular to the first antenna and configured to be connected to the printed circuit board by a second antenna ground contact and a second antenna feed contact , the second antenna ground contact arranged to be spaced from the second antenna feed contact to define a second distance being smaller than the first distance, wherein the second antenna ground contact and the second antenna feed contact are arranged to be positioned between the first antenna ground contact and the first antenna feed contact in that the second distance lies within the first distance.
High-pressure device for applying expandable reaction mixtures comprising: - a mixing head , - a distributor head lying fluidically downstream of the mixing head , - at least three outlet lines attached to the distributor head , - a feed line for a component A to the mixing head , - a feed line for a component B to the mixing head , - at least one feed line (5, 27-30) for an inert gas under increased pressure, the inert gas being compressed to a pressure of > 150 bar before introduction into component A or component B and being at a pressure that is higher than the pressure of the component into which it is introduced, - at least one static mixer , which is arranged fluidically upstream of the mixing head, for intimately mixing the inert gas under increased pressure and the respective component, - at least one measurement and control unit for setting the desired pressures of components A and B at the mixing head . - a mixing head , - a distributor head lying fluidically downstream of the mixing head , - at least three outlet lines attached to the distributor head , - a feed line for a component A to the mixing head , - a feed line for a component B to the mixing head , - at least one feed line (5, 27-30) for an inert gas under increased pressure, the inert gas being compressed to a pressure of > 150 bar before introduction into component A or component B and being at a pressure that is higher than the pressure of the component into which it is introduced, - at least one static mixer , which is arranged fluidically upstream of the mixing head, for intimately mixing the inert gas under increased pressure and the respective component, - at least one measurement and control unit for setting the desired pressures of components A and B at the mixing head .
A measuring device for measuring a measured variable of a fluid for household appliances, such as washing machines, dishwashers, or the like, comprising a housing , and comprising a measuring component located in the housing for measuring the measured variable, wherein a first measuring component for measuring the pressure of the fluid, wherein a second measuring component for measuring temperature of the fluid, wherein a third measuring component for measuring the turbidity of the fluid are arranged in the one housing in such a way that several measured variables of the fluid, which are preferably cleaning parameters for the operation of the household appliance, can be measured simultaneously, and wherein the housing consists of a housing body and a housing over , and the housing can be attached by means of an O-ring as seal in the household appliance in such a way that the housing cover has a surface, which is located in the fluid and/or which is exposed to the fluid, and wherein a temperature sensor of the second measuring component protrudes into a housing shoulder at the housing cover , and a sender and a receiver for optical radiation of the third measuring component are in each case arranged in a shoulder at the housing cover, and wherein the first measuring component comprises a membrane arranged in and/or at the housing, characterized in that the housing cover has a mandrel covering the membrane , and a contour surrounding the mandrel , and that at least one opening for supplying the fluid to the membrane is arranged at the mandrel and/or at the contour and/or in a depression between the mandrel as well as the contour , and that at least the portion of the surface of the housing cover , which, in the mounted state in the working space of the household appliances, is exposed to the fluid, is designed to be hydrophilic.
A contactless measuring system comprising a contactless measuring device having a light emitting part and a light receiving part , for determining the position of a tool or for determining the longest cutting edge of a rotating tool in a machine tool, wherein - an optical lens arrangement for shaping and focusing a light beam from the light transmitter part to the light receiver part is associated with the light transmitter part and/or the light receiver part , the optical lens arrangement being accommodated in a lens mount, characterized in that the lens mount has an inner and an outer sleeve which are each cylindrical at least in sections, - the lens arrangement is inserted in the inner sleeve which is at least partially enclosed by the outer sleeve , and the lens mount with the lens arrangement is received in a wall of the light transmitter part and/or of the light receiver part , wherein - the outer sleeve is rigid and dimensionally stable relative to the inner sleeve , - the inner sleeve is adapted to be elastically or plastically deformed when inserted into the outer sleeve , and - the inner and/or the outer sleeve have weakening and/or expansion zones running in the longitudinal direction - the inner sleeve geometrically fixes the lens arrangement ; wherein the inner sleeve and/or the outer sleeve has radially inwardly or outwardly oriented pressing points distributed on the inner and/or outer circumference; and the lenses of the lens arrangement are inserted in the inner sleeve and the inner cross-section of the outer sleeve and the outer cross-section of the inner sleeve are dimensioned relative to one another in such a way that the outer sleeve presses the inner sleeve in the radial direction against the lenses. - an optical lens arrangement for shaping and focusing a light beam from the light transmitter part to the light receiver part is associated with the light transmitter part and/or the light receiver part , the optical lens arrangement being accommodated in a lens mount, characterized in that the lens mount has an inner and an outer sleeve which are each cylindrical at least in sections, - the lens arrangement is inserted in the inner sleeve which is at least partially enclosed by the outer sleeve , and the lens mount with the lens arrangement is received in a wall of the light transmitter part and/or of the light receiver part , wherein - the outer sleeve is rigid and dimensionally stable relative to the inner sleeve , - the inner sleeve is adapted to be elastically or plastically deformed when inserted into the outer sleeve , and - the inner and/or the outer sleeve have weakening and/or expansion zones running in the longitudinal direction - the inner sleeve geometrically fixes the lens arrangement ;
A chicken feed comprising a composition which comprises a) at least one first bacteria strain, which is selected from the bacterial phylum Firmicutes; b) at least one second bacteria strain, which is selected from the bacterial phylum Bacteroidetes; and c) at least one further bacteria strain, which is selected from the bacterial phylum Actinobacteria; characterized in that the at least one first bacteria strain is selected from the group of bacteria species Anaerotignum lactatifermentans and Ligilactobacillus salivarius. a) at least one first bacteria strain, which is selected from the bacterial phylum Firmicutes; b) at least one second bacteria strain, which is selected from the bacterial phylum Bacteroidetes; and c) at least one further bacteria strain, which is selected from the bacterial phylum Actinobacteria;
A method of detecting trajectory information for a supersonic projectile, comprising: collecting acoustic detection signals from an array of detection microphones ; determining from at least one of the acoustic detection signals the existence of an acoustic signal characteristic of a supersonic projectile passing on a trajectory nearby; processing a shockwave portion of each acoustic detection signal, to determine first and second shockwave-based estimates of the trajectory of the supersonic projectile, characterised by processing a wake portion of each acoustic detection signal, the wake portion being after the shockwave portion, to determine a wake-based estimate of the trajectory of the supersonic projectile; and resolving the first and second shockwave-based estimates using the wake-based estimate to determine a disambiguated estimate of the trajectory of the supersonic projectile. collecting acoustic detection signals from an array of detection microphones ; determining from at least one of the acoustic detection signals the existence of an acoustic signal characteristic of a supersonic projectile passing on a trajectory nearby; processing a shockwave portion of each acoustic detection signal, to determine first and second shockwave-based estimates of the trajectory of the supersonic projectile, characterised by processing a wake portion of each acoustic detection signal, the wake portion being after the shockwave portion, to determine a wake-based estimate of the trajectory of the supersonic projectile; and resolving the first and second shockwave-based estimates using the wake-based estimate to determine a disambiguated estimate of the trajectory of the supersonic projectile.