mhurhangee/patent-ind-claim-en huggingface dataset:
Screw conveyor assembly , comprising: a first screw conveyor having a first housing and a first conveyor screw arranged therein, a second screw conveyor having a second housing and a second conveyor screw arranged therein, and a transition housing , to which the first housing and the second housing are connected, forming a transition angle, wherein the first conveyor screw is arranged upstream of the second conveyor screw and a stationary runner is fitted in the transition housing , which is arranged to conduct the conveyed material from the first conveyor screw to the second conveyor screw , characterized in that the runner comprises a front edge with respect to the flow direction of the conveyed material, which extends at least approximately radially relative to the axis of rotation of the first conveyor screw in a plane extending orthogonally with respect to the axis of rotation of the first conveyor screw . a first screw conveyor having a first housing and a first conveyor screw arranged therein, a second screw conveyor having a second housing and a second conveyor screw arranged therein, and a transition housing , to which the first housing and the second housing are connected, forming a transition angle, wherein the first conveyor screw is arranged upstream of the second conveyor screw and a stationary runner is fitted in the transition housing , which is arranged to conduct the conveyed material from the first conveyor screw to the second conveyor screw , characterized in that the runner comprises a front edge with respect to the flow direction of the conveyed material, which extends at least approximately radially relative to the axis of rotation of the first conveyor screw in a plane extending orthogonally with respect to the axis of rotation of the first conveyor screw .
A formed body comprising hexagonal boron nitride wherein the formed body has a Brinell hardness of at least 2 HBW 2.5/2, and wherein the formed body is obtainable by a process at temperatures of at most 100 °C, and wherein the Brinell hardness is measured according to DIN EN ISO 6506-1 .
An anti-sag hinge comprising: a mounting flange assembly , and a strap assembly pivotally coupled to said mounting flange assembly , said strap assembly including: a strap having at least one strap mounting hole , an adjustment bracket coupled to said strap for relative movement therebetween and having at least one bracket mounting hole alignable with said at least one strap mounting hole , and an adjuster coupled to said strap and said adjustment bracket , said adjuster being capable of varying the position of said adjustment bracket relative to said strap , wherein said adjuster includes a first flange defining an adjustment screw flange, holder or boss , extending from said strap , a second flange , defining an adjustment screw mounting flange , extending from said adjustment bracket and having a threaded bolt mounting hole therein, and a threaded bolt , defining an adjustment screw , coupled to said first flange for rotatable movement but preventing lateral movement of said threaded bolt along a longitudinal axis and threadably coupled to said second flange bolt mounting hole , whereby threaded movement of the threaded bolt causes relative movement between the first and second flanges, and thereby relative movement between the adjustment bracket and the strap , whereby said threaded bolt has a head positioned to abut one side of said first flange the anti-sag hinge being characterised in that the threaded bolt has a bearing flange positioned to abut an opposite side of said first flange . a mounting flange assembly , and a strap assembly pivotally coupled to said mounting flange assembly , a strap having at least one strap mounting hole , an adjustment bracket coupled to said strap for relative movement therebetween and having at least one bracket mounting hole alignable with said at least one strap mounting hole , and an adjuster coupled to said strap and said adjustment bracket , said adjuster being capable of varying the position of said adjustment bracket relative to said strap , wherein said adjuster includes a first flange defining an adjustment screw flange, holder or boss , extending from said strap , a second flange , defining an adjustment screw mounting flange , extending from said adjustment bracket and having a threaded bolt mounting hole therein, and a threaded bolt , defining an adjustment screw , coupled to said first flange for rotatable movement but preventing lateral movement of said threaded bolt along a longitudinal axis and threadably coupled to said second flange bolt mounting hole , whereby threaded movement of the threaded bolt causes relative movement between the first and second flanges, and thereby relative movement between the adjustment bracket and the strap , whereby said threaded bolt has a head positioned to abut one side of said first flange the anti-sag hinge being characterised in that the threaded bolt has a bearing flange positioned to abut an opposite side of said first flange .
A tyre comprising a tread portion comprising a ground contacting surface and at least one main groove recessed from the ground contacting surface and extending continuously in a tyre circumferential direction, wherein at least one of the groove walls of the main groove is provided with a recessed portion recessed outwardly in a groove width direction from a corresponding groove edge of the main groove on the ground contacting surface , and the ground contacting surface has a protruding portion in a region where the recessed portion is projected outwardly in a tyre radial direction, characterized in that a width (w4) in a tyre axial direction of the or each protruding portion is smaller than a groove width (w1) of the main groove .
A device for determining foreign substances, such as particles, in fluids, which may, in addition to this amount of particles, contain further impurities which are foreign to the fluid, such as solid, liquid and gaseous foreign substances, with a measurement section which has a particle sensor for determining the amount of particles, wherein a sample preparation section can be connected fluidically to the measurement section by means of a connecting device , wherein the sample preparation section has at least one additional device for determining the respective impurity which is foreign to the fluid, and/or for at least partial deposition thereof from the fluid, wherein the connecting device is formed from electromagnetically actuatable shift valves , in particular in the form of 3/2 way shift valves, and wherein, an assembly, consisting of a motor pump unit , the particle sensor as well as a stilling section is arranged between two shift valves of the connecting device as part of the measurement section , wherein, seen in fluid flow direction, the motor pump unit is arranged in front of the stilling section and the stilling section is arranged in front of the particle sensor , wherein, in order to produce a preloading of the fluid before the particle sensor and in the region of same, the motor pump unit supplies the fluid to the stilling section and an adjustable pressure limiting valve or a spring-loaded non-return valve is arranged upstream of the particle sensor , wherein the sample preparation section is connected to the measurement section in front of and behind the two shift valves of the connection device , with the result that the sample preparation section is arranged in a secondary feed line to the measurement section , with the result that the fluid can circulate once or several times in the circuit, preferably through the measurement section and the sample preparation section , and the switch to the sample preparation section can take place as required, characterised in that the device consists of a sample container which serves to precipitate gaseous medium by stilling the accommodated fluid from the measurement section .
An integrated mobile parking application and smart parking meter system, the system comprising: a plurality of parking meters , each of the parking meters configured to automatically monitor a parking space; and a user computing device , comprising a processor, memory and graphical user interface, the user computing device is networked with the plurality of parking meters, and the user computing device is configured to: transmit to a particular one of the plurality of parking meters a request for parking time; receive a purchase confirmation from the particular one of the plurality of parking meters; and characterized in that the user computing device is configured to monitor a remaining purchased parking time which is synchronized to a parking timer countdown of the particular one of the plurality of parking meters. a plurality of parking meters , each of the parking meters configured to automatically monitor a parking space; and a user computing device , comprising a processor, memory and graphical user interface, the user computing device is networked with the plurality of parking meters, and the user computing device is configured to: transmit to a particular one of the plurality of parking meters a request for parking time; receive a purchase confirmation from the particular one of the plurality of parking meters; and characterized in that the user computing device is configured to monitor a remaining purchased parking time which is synchronized to a parking timer countdown of the particular one of the plurality of parking meters. transmit to a particular one of the plurality of parking meters a request for parking time; receive a purchase confirmation from the particular one of the plurality of parking meters; and characterized in that the user computing device is configured to monitor a remaining purchased parking time which is synchronized to a parking timer countdown of the particular one of the plurality of parking meters.
Crimp connector, comprising a cavity, which is at least partially filled with a dispensable grease sealant, wherein the dispensable grease sealant comprises a base component in an amount of 50 wt% or more, based on the total weight of the sealant, and a thickener, wherein the base component comprises a silicone wax.
A computer-implemented method comprising: monitoring, by an endpoint computer system , data relating to a plurality of events occurring within an operating environment of the endpoint computer system, the monitoring comprising receiving and/or inferring the data using one or more sensors executing on the endpoint computer system ; storing, for the endpoint computer system , artifacts used in connection with the plurality of events in a vault maintained on such endpoint computer system , wherein the vault is maintained as a series or chain of linked data containers, each of which is encrypted and further secured by a cryptographic fingerprint; identifying and retrieving, by the endpoint computer system in response to a trigger, metadata characterizing artifacts associated with the trigger from the vault ; and providing, by the endpoint computer system , the identified and retrieved metadata to a remote server . monitoring, by an endpoint computer system , data relating to a plurality of events occurring within an operating environment of the endpoint computer system, the monitoring comprising receiving and/or inferring the data using one or more sensors executing on the endpoint computer system ; storing, for the endpoint computer system , artifacts used in connection with the plurality of events in a vault maintained on such endpoint computer system , wherein the vault is maintained as a series or chain of linked data containers, each of which is encrypted and further secured by a cryptographic fingerprint; identifying and retrieving, by the endpoint computer system in response to a trigger, metadata characterizing artifacts associated with the trigger from the vault ; and providing, by the endpoint computer system , the identified and retrieved metadata to a remote server .
A ball structure , comprising: an inner layer ; at least two cover panels disposed on the inner layer, each defining an inner surface and an outer surface, wherein a groove is formed among the two cover panels adjacent to each other and the inner layer ; and a cover strip engaged in the groove and connected between the two cover panels adjacent to each other, wherein the cover strip comprises two convex portions , and the two convex portions cover part of the two outer surfaces of the two cover panels adjacent to each other, respectively, wherein the ball structure further comprises a strip film layer adhered to the cover strip , characterized in that the strip film layer which is adhered to the cover strip has a strip grain, each of the two cover panels adjacent to each other has a panel grain, and the ball structure utilizes a continuous grain on the strip film layer which is adhered to the cover strip and each of the cover panels . an inner layer ; at least two cover panels disposed on the inner layer, each defining an inner surface and an outer surface, wherein a groove is formed among the two cover panels adjacent to each other and the inner layer ; and a cover strip engaged in the groove and connected between the two cover panels adjacent to each other, wherein the cover strip comprises two convex portions , and the two convex portions cover part of the two outer surfaces of the two cover panels adjacent to each other, respectively, wherein the ball structure further comprises a strip film layer adhered to the cover strip , characterized in that the strip film layer which is adhered to the cover strip has a strip grain, each of the two cover panels adjacent to each other has a panel grain, and the ball structure utilizes a continuous grain on the strip film layer which is adhered to the cover strip and each of the cover panels .
A fuel pump for a direct injection system provided with a common rail ; the fuel pump comprises: a pumping chamber defined in a main body ; a piston , which is mounted in a sliding manner on the inside of the pumping chamber so as to cyclically vary the volume of the pumping chamber ; an intake channel , which originates from a wall of the pumping chamber and has a housing portion , which is arranged in the area of the pumping chamber ; an intake valve , which is inserted into the housing portion of the intake channel ; a delivery channel , which originates from a wall of the pumping chamber ; a delivery valve , which is arranged along the delivery channel in the area of the pumping chamber ; a locking ring nut with an annular shape, which is threaded and is screwed into the housing portion of the intake channel so as to strike against the intake valve ; wherein the housing portion of the intake channel has an annular abutment , which reduces the diameter of the housing portion and against which the intake valve strikes; the fuel pump is characterized in that: the intake valve is made of a metal material having a greater hardness than the metal material of which the annular abutment is made; and the locking ring nut is screwed into the housing portion of the intake channel with a tightening force that is sufficient to determine a plastic deformation of the annular abutment against the intake valve . a pumping chamber defined in a main body ; a piston , which is mounted in a sliding manner on the inside of the pumping chamber so as to cyclically vary the volume of the pumping chamber ; an intake channel , which originates from a wall of the pumping chamber and has a housing portion , which is arranged in the area of the pumping chamber ; an intake valve , which is inserted into the housing portion of the intake channel ; a delivery channel , which originates from a wall of the pumping chamber ; a delivery valve , which is arranged along the delivery channel in the area of the pumping chamber ; a locking ring nut with an annular shape, which is threaded and is screwed into the housing portion of the intake channel so as to strike against the intake valve ; wherein the housing portion of the intake channel has an annular abutment , which reduces the diameter of the housing portion and against which the intake valve strikes; the fuel pump is characterized in that: the intake valve is made of a metal material having a greater hardness than the metal material of which the annular abutment is made; and the locking ring nut is screwed into the housing portion of the intake channel with a tightening force that is sufficient to determine a plastic deformation of the annular abutment against the intake valve . the intake valve is made of a metal material having a greater hardness than the metal material of which the annular abutment is made; and the locking ring nut is screwed into the housing portion of the intake channel with a tightening force that is sufficient to determine a plastic deformation of the annular abutment against the intake valve .
A system for allowing controlled access of a tool to all sides of an elevated tissue in a body of a patient, the system comprising: a rail configured to surround the elevated tissue ; at least one vehicle configured to move along the rail and carry at least one tool that is configured to manipulate the elevated tissue , wherein the tool is a cutting tool comprising a blade configured to cut the elevated tissue , characterized in that a tissue remover is attached to an upper part of the at least one tool or of the at least one vehicle , said tissue remover having a substantially flat structure and being attached substantially diagonally above the cutting tool or vehicle . a rail configured to surround the elevated tissue ; at least one vehicle configured to move along the rail and carry at least one tool that is configured to manipulate the elevated tissue , wherein the tool is a cutting tool comprising a blade configured to cut the elevated tissue , characterized in that a tissue remover is attached to an upper part of the at least one tool or of the at least one vehicle , said tissue remover having a substantially flat structure and being attached substantially diagonally above the cutting tool or vehicle .
A garment wearable by an individual using a harness system for a vehicle seat , the garment comprising: an inner front layer ; an adjacent outer front layer ; wherein the outer front layer has a higher compressibility than the inner front layer; and the garment is adapted to receive one or more harness straps of the harness system between the inner front layer and the outer front layer when the one or more harness straps are routed from the shoulder region to a waist region of the garment, and when so routed, the one or more harness straps lie flush against at least a chest area of the inner front layer; comprising an inner collar corresponding to at least a posterior region of left and/or right sides of the individual's neck; an outer collar corresponding to at least an anterior region of left and/or right sides of an individual's neck; characterized by the inner collar overlapping with the outer collar on left and/or right sides of the individual's neck so as to form left and/or right channels for respectively receiving the one or two harness straps routed over left and/or right shoulder regions of the individual. an inner front layer ; an adjacent outer front layer ; wherein the outer front layer has a higher compressibility than the inner front layer; and the garment is adapted to receive one or more harness straps of the harness system between the inner front layer and the outer front layer when the one or more harness straps are routed from the shoulder region to a waist region of the garment, and when so routed, the one or more harness straps lie flush against at least a chest area of the inner front layer; comprising an inner collar corresponding to at least a posterior region of left and/or right sides of the individual's neck; an outer collar corresponding to at least an anterior region of left and/or right sides of an individual's neck; characterized by the inner collar overlapping with the outer collar on left and/or right sides of the individual's neck so as to form left and/or right channels for respectively receiving the one or two harness straps routed over left and/or right shoulder regions of the individual.
A system for provisioning a secure terminal comprising: a provisioning device; and one or more non-transitory computer-readable mediums accessible to one or more processors, and storing instructions which, when executed by the one or more processors, cause the system to: receive, at the provisioning device, a key validation request for a secure terminal key, from the secure terminal, wherein the key validation request comprises a request to validate the key; parse the key validation request on the provisioning device; generate, on the provisioning device and in response to receiving the key validation request, both a key validation and a trusted time stamp, send, from the provisioning device, the key validation and the trusted time stamp to the secure terminal, characterized in that the secure terminal is configured to store the key validation if an elapsed time since the trusted time stamp was generated is below a predetermined threshold. a provisioning device; and one or more non-transitory computer-readable mediums accessible to one or more processors, and storing instructions which, when executed by the one or more processors, cause the system to: receive, at the provisioning device, a key validation request for a secure terminal key, from the secure terminal, wherein the key validation request comprises a request to validate the key; parse the key validation request on the provisioning device; generate, on the provisioning device and in response to receiving the key validation request, both a key validation and a trusted time stamp, send, from the provisioning device, the key validation and the trusted time stamp to the secure terminal, characterized in that the secure terminal is configured to store the key validation if an elapsed time since the trusted time stamp was generated is below a predetermined threshold. receive, at the provisioning device, a key validation request for a secure terminal key, from the secure terminal, wherein the key validation request comprises a request to validate the key; parse the key validation request on the provisioning device; generate, on the provisioning device and in response to receiving the key validation request, both a key validation and a trusted time stamp, send, from the provisioning device, the key validation and the trusted time stamp to the secure terminal, characterized in that the secure terminal is configured to store the key validation if an elapsed time since the trusted time stamp was generated is below a predetermined threshold.