mhurhangee/ep-ind-claims huggingface dataset:
A milling tool for seating a screw in a dental structure, the screw being provided to be joined to a dental implant, wherein the tool comprises a coupling region provided for coupling to a milling machine and a working region defined by a rod with a diameter Dt that on one end supports a head having a plurality of cutting blades radially distributed with respect to a longitudinal axis of the coupling region, the cutting blades comprising a distal portion and a proximal portion in respect of the rod, wherein each cutting blade has an upper cutting surface arranged at the distal portion of the cutting blade, a lower cutting surface arranged at the proximal portion of the cutting blade and a lateral cutting surface extending between the upper cutting surface and the lower cutting surface, characterized in that the lower cutting surface has a region with a convex curvature extending between the lateral cutting surface and the rod, the convex curvature being defined by a radius that varies between a maximum and a minimum value, the maximum value of the radius being equal to 0.1350*Dh, wherein Dh corresponds to the diameter of the effective area of the milling tool, and the minimum value of the radius complying with the formula: R min = 125 2 ⋅ 0.0012 Dh 3.2 and wherein Dh > Dt. a coupling region provided for coupling to a milling machine and a working region defined by a rod with a diameter Dt that on one end supports a head having a plurality of cutting blades radially distributed with respect to a longitudinal axis of the coupling region, the cutting blades comprising a distal portion and a proximal portion in respect of the rod, wherein each cutting blade has an upper cutting surface arranged at the distal portion of the cutting blade, a lower cutting surface arranged at the proximal portion of the cutting blade and a lateral cutting surface extending between the upper cutting surface and the lower cutting surface, characterized in that the lower cutting surface has a region with a convex curvature extending between the lateral cutting surface and the rod, the convex curvature being defined by a radius that varies between a maximum and a minimum value, the maximum value of the radius being equal to 0.1350*Dh, wherein Dh corresponds to the diameter of the effective area of the milling tool, and the minimum value of the radius complying with the formula: R min = 125 2 ⋅ 0.0012 Dh 3.2 and wherein Dh > Dt.
A method of controlling a graphical user interface, GUI, of an electronic device, wherein the GUI is defined by a GUI definition document processed by the electronic device, the GUI definition document including at least two navigation policies describing navigational behavior of the GUI and the GUI definition document defining a layout of the GUI for rendering the GUI, navigable elements of the GUI, at least one navigation event, and at least one navigation data set per navigable element, defining the navigational behavior of the GUI according to one of the at least two navigation policies, wherein, for a respective navigable element, a navigation data set specifies for a respective one of the at least one navigation event a next one of the navigable elements to be navigated to in response to the navigation event, wherein the GUI definition document further defines the navigational behavior of the GUI according to the other of the at least two navigation policies; the method comprising rendering, by the electronic device, the GUI according to the layout; and navigating from a current navigable element to a next navigable element by: receiving, by the electronic device, a navigation event, and in response to the received navigation event, setting, by the electronic device, the current navigable element as inactive and the next navigable element as active for user interaction, wherein, in accordance with the one of the at least two navigation policies, the next navigable element is determined based on the at least one navigation data set of the current navigable element and the received navigation event, and wherein, in accordance with the other of the at least two navigation policies, the next navigable element is determined by analyzing a spatial relation between the current navigable element and surrounding navigable elements within the GUI being rendered and determining a navigable element nearest to the current navigable element in a horizontal and/or vertical direction as the next navigable element. a layout of the GUI for rendering the GUI, navigable elements of the GUI, at least one navigation event, and at least one navigation data set per navigable element, defining the navigational behavior of the GUI according to one of the at least two navigation policies, wherein, for a respective navigable element, a navigation data set specifies for a respective one of the at least one navigation event a next one of the navigable elements to be navigated to in response to the navigation event, receiving, by the electronic device, a navigation event, and in response to the received navigation event, setting, by the electronic device, the current navigable element as inactive and the next navigable element as active for user interaction,
Film characterised in that it comprises at least one polycation and one polysulphated oligosaccharide having one to four simple sugar units, said film having a thickness between 1 nm and 10 μm.
A method for controlling random access power of a user equipment, UE, which is applied to the UE, wherein the method comprises: receiving system broadcast information sent from a network side; obtaining, from the system broadcast information, a scaling factor corresponding to a speed of the UE, wherein the scaling factor corresponding to the speed of the UE comprises an adjustment parameter for a random access fallback and at least one of the following: a power adjustment parameter for the UE to perform random access, or an adjustment parameter for a power ramp step; and correcting, based on the scaling factor corresponding to the speed of the UE, a power in a random access procedure of the UE and a time for transmitting a preamble in the random access procedure; wherein the power adjustment parameter for the UE to perform random access comprises a factor or offset for a target receive power of an initially transmitted preamble, for the UE to perform the random access; the adjustment parameter for the power ramp step comprises a factor or offset for the power ramp step when the UE performs the random access; and the adjustment parameter for the random access fallback comprises a factor or offset for the random access fallback; wherein the method further comprises: obtaining a corrected random access fallback based on multiplication of a random access fallback that is randomly generated and the factor for the random access fallback, or obtaining the corrected random access fallback based on addition of a random access fallback that is randomly generated and the offset for the random access fallback. receiving system broadcast information sent from a network side; obtaining, from the system broadcast information, a scaling factor corresponding to a speed of the UE, wherein the scaling factor corresponding to the speed of the UE comprises an adjustment parameter for a random access fallback and at least one of the following: a power adjustment parameter for the UE to perform random access, or an adjustment parameter for a power ramp step; and correcting, based on the scaling factor corresponding to the speed of the UE, a power in a random access procedure of the UE and a time for transmitting a preamble in the random access procedure; wherein the power adjustment parameter for the UE to perform random access comprises a factor or offset for a target receive power of an initially transmitted preamble, for the UE to perform the random access; the adjustment parameter for the power ramp step comprises a factor or offset for the power ramp step when the UE performs the random access; and the adjustment parameter for the random access fallback comprises a factor or offset for the random access fallback; wherein the method further comprises: obtaining a corrected random access fallback based on multiplication of a random access fallback that is randomly generated and the factor for the random access fallback, or obtaining the corrected random access fallback based on addition of a random access fallback that is randomly generated and the offset for the random access fallback.
A multistage gear pump assembly comprising: a housing having a bore of constant diameter therein; a first gear pump received in the bore having a first drive journal shaft that rotates about a first axis and drives a first gear that operatively engages a second gear rotating about an adjacent second axis for pressurizing fluid as the first and second gears mesh with one another; and a second gear pump received in the bore having a first gear received on the first drive shaft in spaced relation along the first axis from the first gear of the first gear pump, and the first gear of the second gear pump operatively engaging a second gear rotating about the second axis for pressurizing fluid as the first and second gears mesh with one another; characterized in that the multistage gear pump assembly further comprises: a spacer received in the bore and interposed between the first and second gear pumps in the bore; and at least a first pressurized journal bearing supporting at least the first drive journal shaft. a housing having a bore of constant diameter therein; a first gear pump received in the bore having a first drive journal shaft that rotates about a first axis and drives a first gear that operatively engages a second gear rotating about an adjacent second axis for pressurizing fluid as the first and second gears mesh with one another; and a second gear pump received in the bore having a first gear received on the first drive shaft in spaced relation along the first axis from the first gear of the first gear pump, and the first gear of the second gear pump operatively engaging a second gear rotating about the second axis for pressurizing fluid as the first and second gears mesh with one another; characterized in that the multistage gear pump assembly further comprises: a spacer received in the bore and interposed between the first and second gear pumps in the bore; and at least a first pressurized journal bearing supporting at least the first drive journal shaft. a spacer received in the bore and interposed between the first and second gear pumps in the bore; and at least a first pressurized journal bearing supporting at least the first drive journal shaft.
Dispensing device for delivering constant doses of products, comprising at least one container inside which at least one product to be selected and to be dosed is inserted, each container being mechanically connected to a rotor group, which is configured to select and dose in constant quantities said product, wherein said rotor group comprises an upper casing or shell which is coupled by means of fixing means to a lower casing or shell and a cylindrical rotary selector placed inside said upper and lower casings, said upper casing having one or more first through openings placed in correspondence with respective discharge holes of each container and said selector being rotated by a motor, said motor being placed externally to said rotor group and said selector being rotated through a joint placed on the axis of said selector, said selector having a second through opening where an insert is housed and said insert being configured to collect a prefixed quantity or dose of product delivered by said container, wherein said lower casing has a third through opening, which is configured to deliver the product when said third through opening is placed in an offset position with respect to a position of alignment between said one or more first through openings of said upper casing and said second through opening of said selector, characterized in that said at least one container is connected to one or more vacuum pumps controlled by one or more pressure switches and characterized in that, when said selector is rotated into a position such that said second through opening is neither aligned with said one or more first through openings nor with said third through opening, said one or more vacuum pumps are started in order to create the vacuum inside said at least one container.
Wheelset transmission for a rail vehicle, the wheelset transmission having a bevel pinion, which is arranged rigidly on a pinion shaft, and a ring gear, which is arranged rigidly on a wheelset shaft, which are in engagement with one another, and it being possible for a drive power to be transmitted from the pinion shaft via the bevel pinion and the ring gear to the wheelset shaft, characterized in that the wheelset transmission comprises an input shaft which is arranged coaxially with respect to the pinion shaft, and in that a shifting clutch is arranged between the input shaft and the pinion shaft.
A kit of parts for use as dental retraction material and/or dental impression material comprising a Base Paste and a Catalyst Paste, Base Paste comprising a cationically hardenable component comprising a backbone with polyether moieties and two cationically curable aziridino side groups connected to the backbone, Catalyst Paste comprising a starter component being selected from Lewis acids, Broensted acids, precursors of Lewis acids, and components which can be activated by radiation to produce a Lewis acid, salts and mixtures thereof, the kit of parts comprising in addition a porous water-adsorbing component and water, the porous water-adsorbing component having a BET surface area of at least 200 m 2 /g and being selected from molecular sieves, zeolites, silica gel and mixtures thereof, characterized in that the porous water-adsorbing component is either present in Base Paste and the water is present in Catalyst Paste, or the water-adsorbing component is present in Catalyst Paste and the water is present in Base Paste, and wherein the ratio of porous water-adsorbing component to water is from 1.00: 0.50 to 1.00: 0.05 with respect to weight. Base Paste comprising a cationically hardenable component comprising a backbone with polyether moieties and two cationically curable aziridino side groups connected to the backbone, Catalyst Paste comprising a starter component being selected from Lewis acids, Broensted acids, precursors of Lewis acids, and components which can be activated by radiation to produce a Lewis acid, salts and mixtures thereof, the kit of parts comprising in addition a porous water-adsorbing component and water, the porous water-adsorbing component having a BET surface area of at least 200 m 2 /g and being selected from molecular sieves, zeolites, silica gel and mixtures thereof, characterized in that the porous water-adsorbing component is either present in Base Paste and the water is present in Catalyst Paste, or the water-adsorbing component is present in Catalyst Paste and the water is present in Base Paste, and wherein the ratio of porous water-adsorbing component to water is from 1.00: 0.50 to 1.00: 0.05 with respect to weight.
Method for lawful interception during call forwarding (AW_TlnB) in a packet-oriented telecommunication network (TK1, TK2, TK3) in which switching functions (S-CSCF1, S-CSCF2, S-CSCF3, P-CSCF1, P-CSCF2, P-CSCF3) are provided by servers and wherein calls associated with a subscriber (Tln B) with call forwarding (AW_TlnB) are intended to be monitored by means of lawful interception, comprising the following steps: - notification of monitoring (ÜW_TlnB) of the calls associated with the subscriber (Tln B) in a first switching function (S-CSCF1), which is responsible for the called subscriber (Tln B) with call forwarding (AW_TlnB), - writing an identifier for this subscriber (Tln B) into a prescribed parameter of a switching protocol by the first switching function (S-CSCF1), - monitoring (ÜW_TlnB) of the called subscriber (Tln B) by a third switching function (S-CSCF3), to which the call has been forwarded, wherein the monitoring (ÜW_TlnB) is identified and then initiated (27, 29, 31) using the prescribed parameter of the switching protocol. - notification of monitoring (ÜW_TlnB) of the calls associated with the subscriber (Tln B) in a first switching function (S-CSCF1), which is responsible for the called subscriber (Tln B) with call forwarding (AW_TlnB), - writing an identifier for this subscriber (Tln B) into a prescribed parameter of a switching protocol by the first switching function (S-CSCF1), - monitoring (ÜW_TlnB) of the called subscriber (Tln B) by a third switching function (S-CSCF3), to which the call has been forwarded, wherein the monitoring (ÜW_TlnB) is identified and then initiated (27, 29, 31) using the prescribed parameter of the switching protocol.
A chipset (1, 2, 3, 4), comprising: M chips, wherein the M chips are capable of being installed on a plurality of consumables in one-to-one correspondence; the plurality of consumables are capable of being detachably installed on an image forming apparatus; and each chip includes: an installation detecting terminal; and a chip controller, configured to control the installation detecting terminal of the each chip to output a low level after the chip is powered on, wherein characterized in that time points for installation detecting terminals of all of the M chips to output low levels are different from each other, and M is a natural number greater than or equal to 2. an installation detecting terminal; and a chip controller, configured to control the installation detecting terminal of the each chip to output a low level after the chip is powered on, wherein
Headlamp comprising: - a retaining band; - a light source (40, 101) located at the front of said retaining band; and a load balancing device comprising two strands (200, 300) comprising: - a first strand comprising a first end and a second end respectively fixed on a front point and a left rear point of said band; - a second strand comprising a first end (A') and a second end (B') respectively fixed to a front point and a right rear point of said band; - an element (400,500) in which are inserted said first and second strands (200, 300) in order to bring the two strands together at a point C, characterized in that said headlamp further includes a battery (38, 130) located at the rear of said retaining band, and in which the element (400,500) is a sliding element into which are threaded said first and second strands (200, 300) in order to bring the two strands together at a point C - a retaining band; - a light source (40, 101) located at the front of said retaining band; and a load balancing device comprising two strands (200, 300) comprising: - a first strand comprising a first end and a second end respectively fixed on a front point and a left rear point of said band; - a second strand comprising a first end (A') and a second end (B') respectively fixed to a front point and a right rear point of said band; - an element (400,500) in which are inserted said first and second strands (200, 300) in order to bring the two strands together at a point C,
A delta image sensor comprising an arrangement of pixels and a plurality of acquisition circuits corresponding to at least one pixel and formed as part of an integrated circuit, each acquisition circuit including: at least one sensor circuit comprising a photosensor configured to generate a sensor signal, VSIG, depending on a light signal illuminating the photosensor of the at least one pixel; at least one analogue to digital conversion, A/D, circuit configured to generate a digital representation corresponding to a current VSIG; at least one digital storage circuit configured to store a digital representation of at least one signal corresponding to a previous VSIG; at least one digital comparison circuit configured to compare the level of the stored representation with the digital representation corresponding to the current VSIG to detect whether a changed level is present; and at least one digital output circuit configured to generate an event output under the condition of the changed level; wherein the digital storage circuit is configured to store a digital representation provided externally to the delta image sensor. at least one sensor circuit comprising a photosensor configured to generate a sensor signal, VSIG, depending on a light signal illuminating the photosensor of the at least one pixel; at least one analogue to digital conversion, A/D, circuit configured to generate a digital representation corresponding to a current VSIG; at least one digital storage circuit configured to store a digital representation of at least one signal corresponding to a previous VSIG; at least one digital comparison circuit configured to compare the level of the stored representation with the digital representation corresponding to the current VSIG to detect whether a changed level is present; and at least one digital output circuit configured to generate an event output under the condition of the changed level; wherein the digital storage circuit is configured to store a digital representation provided externally to the delta image sensor.
Device for protecting a security module from manipulation attempts in a field device (10; 20), comprising: a controller which is configured for controlling the field device (10; 20); and a security module which is configured for making cryptographic key data available for use by the controller; characterised by an interface unit which is connected between the controller and the security module and enables communication between the controller and the security module, and which is configured for enabling the controller to access the cryptographic key data made available in the security module and for preventing access to the cryptographic key data if a manipulation attempt is carried out on the field device (10; 20). a controller which is configured for controlling the field device (10; 20); and a security module which is configured for making cryptographic key data available for use by the controller; characterised by an interface unit which is connected between the controller and the security module and enables communication between the controller and the security module, and which is configured for enabling the controller to access the cryptographic key data made available in the security module and for preventing access to the cryptographic key data if a manipulation attempt is carried out on the field device (10; 20).
A cationized hyaluronic acid and/or a salt thereof comprising a quaternary ammonium group-containing group and having a degree of cationization of 0.15 to 0.6, wherein the group is bonded to an oxygen atom of a (-C(=O)O-) group and is shown by the following general formula, wherein R 1 to R 3 individually represent hydrocarbon groups, and X - represents a monovalent anion.