mhurhangee/patent-ind-claim-en huggingface dataset:
A shaft-hub connection, having a hub and a shaft , wherein the shaft is at least partially pressed into the hub , wherein the shaft has a cylindrical region (C) and a region of a toothing (E), wherein between the cylindrical region (C) and the region of the toothing (E) there is arranged a transition region (D), wherein the hub has a receiving bore into which the cylindrical region (C) and the region of the toothing (E) are pressed, wherein before the pressing-in of the shaft , the internal diameter (d) of the receiving bore is constant irrespective of the axial position, characterised in that the external diameter of the transition region (D) increases steadily from the cylindrical region (C) to the region of the toothing (E), wherein the root diameter of the region of the toothing (E) is smaller than the external diameter of the cylindrical region (C), wherein the tip diameter of the region of the toothing (E) is greater than the external diameter of the cylindrical region (C). having a hub and a shaft , wherein the shaft is at least partially pressed into the hub , wherein the shaft has a cylindrical region (C) and a region of a toothing (E), wherein between the cylindrical region (C) and the region of the toothing (E) there is arranged a transition region (D), wherein the hub has a receiving bore into which the cylindrical region (C) and the region of the toothing (E) are pressed, wherein before the pressing-in of the shaft , the internal diameter (d) of the receiving bore is constant irrespective of the axial position, characterised in that the external diameter of the transition region (D) increases steadily from the cylindrical region (C) to the region of the toothing (E), wherein the root diameter of the region of the toothing (E) is smaller than the external diameter of the cylindrical region (C), wherein the tip diameter of the region of the toothing (E) is greater than the external diameter of the cylindrical region (C).
Rotor for a synchronous electric machine, having several magnet poles , a rotor return having an outer surface on which several retaining elements having an outer contour are arranged, and several permanent magnet elements having two active surfaces which are penetrated perpendicularly by a magnetic field and whose first active surface is formed for placement on the outer surface and whose second active surface is formed as a radial surface for an annular gap between the rotor and a stator of the synchronous electric machine, wherein a web surface connecting the first and second active surfaces is formed as a support profile having a groove , which support profile forms a positive fit, acting in the radial direction, with one of the retaining elements , characterized in that a magnet pole is formed of several permanent magnet elements , wherein all permanent magnet elements of a magnet pole have the same magnetic orientation with respect to the rotor return , and that the outer contour of the retaining elements engage in the support profiles of adjacent, permanent magnet elements of a magnet pole in a positive fit.
Dental components produced from oxide ceramic substances based on zirconium dioxide (ZrO 2 ), mixed ceramics thereof or from glass ceramics with occlusal surfaces for opposing natural or prosthetic teeth which have surface conditioning, wherein the dental components have a coating produced from a glass solder and have undergone ceramic firing, and finally a layer of a biocompatible glass solder produced from a glass system based on silicon dioxide (SiO 2 ) is applied to the visible surface of the dental component in the region of the occlusal surface and undergoes ceramic firing, wherein the thickness of the silicate glass ceramic layer is less than 20 micrometres and after ceramic firing, the glass system has a hardness below a range of 400 - 450 HV 0.1 .
Closing system for large and small bottles with the particularity of being a single piece that acts as a cap or closing, integrated by three parts: a cover , a screw and an elastic part . The first two are made of a rigid material and the third one overpressed on them; all of them are manufactured using a food grade material, said closing system characterised by : - a cover covering the opening of the bottle and it having a narrowing of the material at one of the diameters defining two covering half fins that, starting at the top of the cover stem out from a neck that enters the bottle opening. Inside this neck there is an inner threaded hole and outside there is a lip that defines a circular groove. The neck ends with an inverted tapered shape . The interior of the inner threaded hole is joined to the screw part opposite its head by a fine strip of material. This joint between the inner threaded hole and the screw will break when the screw is fastened inside the inner threaded hole of the neck : - the screw has a drive shape on its head that allows using a tool to fasten the screw to the inner threaded hole . In addition, the head of the screw has a clamping line on the elastic part . - the elastic part is overpressed on the cover and the screw from the lip to the clamping line and it has some perimeter grooves so when the threaded part of the screw is inserted into the inner threaded hole in the neck , the elastic part is compressed and it attaches to the lip of the neck by a fastening ring . This opens the grooves of the elastic part with a suction effect and the piece is attached to the walls of the bottleneck. - a cover covering the opening of the bottle and it having a narrowing of the material at one of the diameters defining two covering half fins that, starting at the top of the cover stem out from a neck that enters the bottle opening. Inside this neck there is an inner threaded hole and outside there is a lip that defines a circular groove. The neck ends with an inverted tapered shape . The interior of the inner threaded hole is joined to the screw part opposite its head by a fine strip of material. This joint between the inner threaded hole and the screw will break when the screw is fastened inside the inner threaded hole of the neck : - the screw has a drive shape on its head that allows using a tool to fasten the screw to the inner threaded hole . In addition, the head of the screw has a clamping line on the elastic part . - the elastic part is overpressed on the cover and the screw from the lip to the clamping line and it has some perimeter grooves so when the threaded part of the screw is inserted into the inner threaded hole in the neck , the elastic part is compressed and it attaches to the lip of the neck by a fastening ring . This opens the grooves of the elastic part with a suction effect and the piece is attached to the walls of the bottleneck.
Flowmeter for determining a fluid flow rate through an associated valve assembly , the flowmeter being an entity separate from and removably attachable to the associated valve assembly , comprising: a housing ; a sensor arrangement disposed in the housing , the sensor arrangement comprising at least one sensor configured to detect a quantity provided by a flow rate indicator of the valve assembly , the quantity being indicative of the fluid flow rate through a fluid path of the valve assembly ; and a coupling portion provided at the housing and configured to couple with an associated counter-coupling portion of the valve assembly for attaching the flowmeter to the valve assembly in an orientation with respect to the valve assembly selectable from a group comprising at least a first orientation and a second orientation. a housing ; a sensor arrangement disposed in the housing , the sensor arrangement comprising at least one sensor configured to detect a quantity provided by a flow rate indicator of the valve assembly , the quantity being indicative of the fluid flow rate through a fluid path of the valve assembly ; and a coupling portion provided at the housing and configured to couple with an associated counter-coupling portion of the valve assembly for attaching the flowmeter to the valve assembly in an orientation with respect to the valve assembly selectable from a group comprising at least a first orientation and a second orientation.
Pump comprising a lubricant reservoir which feeds at least one pumping element , the reservoir being delimited by a base at which, inside the reservoir a rotating spatula is provided, the spatula being equipped with at least one blade which, by rotating over the base , conveys said lubricant towards an intake of said pumping element pushing it through a plurality of passages made on the surface of said base , the pump having a flap hinged along a first axis (B) substantially perpendicular to an axis (A) of rotation of the spatula , a free end of the flap facing said base , the flap providing a movable element able to cooperate with a fixed element of a proximity sensor , so as to activate the proximity sensor when said free end of the flap approaches said base thus signaling a minimum level of lubricant (L) inside the tank , said flap being supported by said spatula .
An information transmission method, wherein the method comprises the following steps: determining , when a user equipment, UE, is in a connected state, by a mobility management entity, whether a single radio voice call continuity, SRVCC, capability of the UE is changed from a first capability to a second capability that is different from the first capability, the determining whether the SRVCC capability of the UE is changed from the first capability to the second capability comprises at least one of determining whether the UE supports SRVCC, determining whether SRVCC subscription data of the UE is changed in an server, or determining whether the mobility management entity supports SRVCC; sending , by the mobility management entity, first information to a base station to which the UE belongs for determination of whether to initiate an SRVCC process according to that the SRVCC capability of the UE is the second capability when the SRVCC capability is changed from the first capability to the second capability, wherein the first information carries first state information, and the first state information is used to represent that the SRVCC capability of the UE is the second capability. determining , when a user equipment, UE, is in a connected state, by a mobility management entity, whether a single radio voice call continuity, SRVCC, capability of the UE is changed from a first capability to a second capability that is different from the first capability, the determining whether the SRVCC capability of the UE is changed from the first capability to the second capability comprises at least one of determining whether the UE supports SRVCC, determining whether SRVCC subscription data of the UE is changed in an server, or determining whether the mobility management entity supports SRVCC; sending , by the mobility management entity, first information to a base station to which the UE belongs for determination of whether to initiate an SRVCC process according to that the SRVCC capability of the UE is the second capability when the SRVCC capability is changed from the first capability to the second capability, wherein the first information carries first state information, and the first state information is used to represent that the SRVCC capability of the UE is the second capability.
Pneumatic vehicle tyre having a tread with profile positives , for example rows of profile blocks or profile bands, which are separated from one another by a circumferential groove , characterized in that profile positives are provided with clearances , which run along the circumferential groove and are delimited in the radial direction in each case by a base area , wherein, in relation to a line forming an extension of the peripheral edge, located on the tread surface, of the circumferential groove , each clearance has a maximum width (b 3 ), determined in the axial direction, a length of extent (l 1 ), determined in the circumferential direction, and a depth (T 2 ), determined in the radial direction, wherein the length of extent (l 1 ) corresponds to at least twice the maximum width (b 3 ) and is 15.0 mm to 40.0 mm, wherein the depth (T 2 ) is 25% to 45% of the depth (T 1 ) of the circumferential groove and wherein the base area runs at an acute angle (δ) in relation to the axial direction, such that the clearance becomes continuously deeper with increasing distance from the circumferential groove .
A combination comprising an anti-CD19 antibody and a BCL-2 inhibitor, for use in the treatment of a patient suffering from non-Hodgkin's lymphoma, chronic lymphocytic leukemia and/or small lymphocytic lymphoma, wherein said anti-CD19 antibody is administered at least 7 days prior to the first administration of said BCL-2 inhibitor, wherein said BCL-2 inhibitor is venetoclax and wherein the anti-CD19 antibody comprises an HCDR1 region comprising sequence SYVMH (SEQ ID NO: 1), an HCDR2 region comprising sequence NPYNDG (SEQ ID NO: 2), an HCDR3 region comprising sequence GTYYYGTRVFDY (SEQ ID NO: 3), an LCDR1 region comprising sequence RSSKSLQNVNGNTYLY (SEQ ID NO: 4), an LCDR2 region comprising sequence RMSNLNS (SEQ ID NO: 5), and an LCDR3 region comprising sequence MQHLEYPIT (SEQ ID NO: 6).
A method for countering and detecting a replay attack, the method comprising: monitoring, by a computing device, a Global Navigation Satellite System, GNSS, time obtained by a GNSS receiver from a GNSS signal from a GNSS satellite; identifying, by the computing device, an alert condition for the replay attack based on at least a detected delay between a universal coordinated time, UTC, and the GNSS time, wherein the identifying the alert condition for the replay attack further comprises: dynamically adjusting, by the computing device, a threshold based on an analysis of data of any identified alert conditions; determining, by the computing device, when the detected delay between the UTC and the GNSS time is above the dynamically adjusted threshold; and providing, by the computing device, an alert notification based on the identification of the alert condition for the replay attack when the determination indicates the detected delay is above the threshold. monitoring, by a computing device, a Global Navigation Satellite System, GNSS, time obtained by a GNSS receiver from a GNSS signal from a GNSS satellite; identifying, by the computing device, an alert condition for the replay attack based on at least a detected delay between a universal coordinated time, UTC, and the GNSS time, wherein the identifying the alert condition for the replay attack further comprises: dynamically adjusting, by the computing device, a threshold based on an analysis of data of any identified alert conditions; determining, by the computing device, when the detected delay between the UTC and the GNSS time is above the dynamically adjusted threshold; and providing, by the computing device, an alert notification based on the identification of the alert condition for the replay attack when the determination indicates the detected delay is above the threshold.
The improved Etanercept composition stability, comprised of 4%-5% of Etanercept; 0.45%-0.5% of arginine hydrochloride; 0.17%-0.21% of dibasic disodium phosphate heptahydrate; 0.2%-0.25% monosodium monobasic phosphate monohydrate; 0.5%-0.6% sodium chloride; 0.9% -1% sucrose; 0.18%0.2% of mannitol and 92-93% of injectable grade purified water.
Pallet intended to be secured to an object in order to make said object easier to handle, said pallet being formed in two identical portions , which are secured to one another at an interface plane delimiting a main internal channel , each of the portions being rectangular in shape, the two portions being superimposed on one another such that the resulting thickness of the pallet corresponds to the sum of the two thicknesses of the two portions and such that the width and the length of said pallet correspond to the width and the length of a portion , respectively, each portion having a recess extending over its entire width and over a fraction of its length, so that, once assembled, the two portions delimit the main internal channel , characterized in that each portion has a second recess extending over part of its width and over part of its length, so that, once assembled, the two portions delimit a secondary internal channel extending in a direction that is perpendicular to the main channel and opening into the latter and at an edge of the pallet.
Method for defining the trajectories of fiber on a layup surface for producing at least one ply having a given theoretical orientation, characterized in that it includes: - the definition of a mesh of the layup surface , - the definition of direction data associated to at least one transfer method, - the definition of a vector field by associating to each element of the mesh, at least one direction vector obtained by transfer of said direction data according to said transfer method, the trajectory of a fiber being defined from said vector field. - the definition of a mesh of the layup surface , - the definition of direction data associated to at least one transfer method, - the definition of a vector field by associating to each element of the mesh, at least one direction vector obtained by transfer of said direction data according to said transfer method,
An apparatus for assisting in finger motion of a wearer, the apparatus comprising: a wearing part ; a first cover extending from the wearing part to one side and for receiving a middle finger of the wearer; a first wire and a second wire configured to pull the first cover ; a pulley around which the first wire and the second wire are wound; and a motor configured to rotate the pulley ; a second cover extending from the wearing part to the one side and disposed adjacent to the first cover and for receiving index finger of the wearer; and a third cover extending from the wearing part to the one side and disposed adjacent to the second cover and for receiving a thumb of the wearer, wherein the first wire and the second wire are arranged from a first point of the first cover to a second point of the first cover along a direction in which the first cover extends, and characterized in that the apparatus further comprises a driving module comprising a bracket , the motor , and the pulley , and wherein the motor and the pulley are mounted on the bracket , and wherein the bracket is disposed on the main body (1-1) of the wearing part between the second cover and the third cover . a wearing part ; a first cover extending from the wearing part to one side and for receiving a middle finger of the wearer; a first wire and a second wire configured to pull the first cover ; a pulley around which the first wire and the second wire are wound; and a motor configured to rotate the pulley ; a second cover extending from the wearing part to the one side and disposed adjacent to the first cover and for receiving index finger of the wearer; and a third cover extending from the wearing part to the one side and disposed adjacent to the second cover and for receiving a thumb of the wearer, wherein the first wire and the second wire are arranged from a first point of the first cover to a second point of the first cover along a direction in which the first cover extends, and characterized in that the apparatus further comprises a driving module comprising a bracket , the motor , and the pulley , and wherein the motor and the pulley are mounted on the bracket , and wherein the bracket is disposed on the main body (1-1) of the wearing part between the second cover and the third cover .
Lattice girder for the development of tunnel-shaped constructions, which has an upper truss and two lower trusses , which in each case extend in the longitudinal direction of the lattice girder and, in the cross-section thereof, form the corner points of a triangle to each other, wherein, furthermore, the lattice girder has cross-members and the upper truss is in each case connected by means of framework struts to the lower trusses , wherein the cross-members in each case extend between two framework struts and are arranged with a spacing (A) from the upper truss and the cross-members are arranged with a spacing (B) from the lower trusses , characterised in that the spacing (A) and the spacing (B) have a ratio of 1 : 2 to 1 : 6 to each other, wherein a free space (C) is spanned by the framework struts and the cross-members , so that at least one upper truss of a second lattice girder (1a, b) can protrude into the free space (C) for transport or storage.
A system for powder-bed-based additive manufacturing a workpiece , the system comprising: a housing comprising a work volume , wherein the work volume comprises a work field ; at least three marking devices fixed within or on the housing , wherein each marking device comprises a laser light source configured for projecting a point-shaped or cross-shaped light reference mark onto a workpiece arranged on the work field and/or onto the work field ; a laser device for laser processing a powder bed for generating a workpiece on the work field by means of additive manufacturing, wherein the laser device is configured for laser processing an associated work field (32a-32d), wherein the laser device comprises a detection device configured for detecting the at least three light reference marks ; and a control unit configured for calibrating the laser device based on the at least three point-shaped or cross-shape light reference marks detected by the detection device . a housing comprising a work volume , wherein the work volume comprises a work field ; at least three marking devices fixed within or on the housing , wherein each marking device comprises a laser light source configured for projecting a point-shaped or cross-shaped light reference mark onto a workpiece arranged on the work field and/or onto the work field ; a laser device for laser processing a powder bed for generating a workpiece on the work field by means of additive manufacturing, wherein the laser device is configured for laser processing an associated work field (32a-32d), wherein the laser device comprises a detection device configured for detecting the at least three light reference marks ; and a control unit configured for calibrating the laser device based on the at least three point-shaped or cross-shape light reference marks detected by the detection device .