mhurhangee/ep-ind-claims huggingface dataset:
Screw connection having a mating connector and a screw part with an annular cross section, in particular a hollow screw or a nut which has a hollow-cylindrical main body which is injection-moulded from a plasticized polymer mass, wherein the main body has at least one internal duct for disposing and/or feeding through a line system element, and an internal thread and/or an external thread for screwing to the mating connector, wherein the screw part when rotating in an assembling direction of rotation is able to be screwed to the mating connector in an assembling direction, wherein in a terminal position of the screw part the screw part is screwed to the mating connector so far in the assembling direction that the tightness is sufficiently guaranteed and the number of screwed-in thread turns have such a load-bearing capability that a system pressure can be maintained, wherein at least one latching element (24a, 24b, 32) is integrally moulded so as to be monolithic on the screw part, and a latching contour (28a, 28b, 36a, 36b, 36c, 36d) is fixedly formed in and counter to the assembling direction of rotation and in the assembling direction in the terminal position of the screw part on the mating connector, characterized in that at least in the terminal position a rotation of the screw part counter to the assembling direction of rotation is blocked as a result of the latching element (24a, 24b, 32) engaging in the latching contour (28a, 28b, 36a, 36b, 36c, 36d) in a form-fitting manner.
A method comprising: receiving, by a computing device, an indication of a request, from a user, for access to an account; selecting, by the computing device and from an authentication questions database, an authentication question; causing presentation, to the user, of the authentication question; receiving, by the computing device, voice data indicating one or more vocal utterances by the user in response to the authentication question; processing, by the computing device, the voice data; determining, by the computing device and based on the processed voice data, a first confidence score that indicates a degree of confidence of the user when answering the authentication question; modifying, by the computing device, an overall confidence score based on the first confidence score; and based on determining that the overall confidence score satisfies a threshold, storing, in the authentication questions database, data preventing the authentication question from being used in future authentication processes corresponding to one or more different users. receiving, by a computing device, an indication of a request, from a user, for access to an account; selecting, by the computing device and from an authentication questions database, an authentication question; causing presentation, to the user, of the authentication question; receiving, by the computing device, voice data indicating one or more vocal utterances by the user in response to the authentication question; processing, by the computing device, the voice data; determining, by the computing device and based on the processed voice data, a first confidence score that indicates a degree of confidence of the user when answering the authentication question; modifying, by the computing device, an overall confidence score based on the first confidence score; and based on determining that the overall confidence score satisfies a threshold, storing, in the authentication questions database, data preventing the authentication question from being used in future authentication processes corresponding to one or more different users.
A surgical navigation system comprising: - a 3D display; - a see-through mirror that is partially transparent and partially reflective and being fixed to the 3D display by an arm and held at a predefined position with respect to the 3D display by the arm; - a tracking system comprising means for real-time tracking of: a surgeon's head, the 3D display, and a patient anatomy to provide current position and orientation data; - a source of a patient anatomy data; and - a surgical navigation image generator configured to generate a surgical navigation image comprising at least the patient anatomy data, in accordance to the current position and orientation data provided by the tracking system; - wherein the 3D display is configured to emit the surgical navigation image towards the see-through mirror, such that an augmented reality image collocated with the patient anatomy in the surgical field underneath the see-through mirror is visible to a viewer looking from above the see-through mirror towards the surgical field. - a 3D display; - a see-through mirror that is partially transparent and partially reflective and being fixed to the 3D display by an arm and held at a predefined position with respect to the 3D display by the arm; - a tracking system comprising means for real-time tracking of: a surgeon's head, the 3D display, and a patient anatomy to provide current position and orientation data; - a source of a patient anatomy data; and - a surgical navigation image generator configured to generate a surgical navigation image comprising at least the patient anatomy data, in accordance to the current position and orientation data provided by the tracking system; - wherein the 3D display is configured to emit the surgical navigation image towards the see-through mirror, such that an augmented reality image collocated with the patient anatomy in the surgical field underneath the see-through mirror is visible to a viewer looking from above the see-through mirror towards the surgical field.
An apparatus to form an image on a print substrate, comprising: a transfer cylinder; a plurality of developer units; and an applicator, characterised in that: the applicator is implemented using one of the plurality of developer units, the other developer units of the plurality of developer units to apply a plurality of ink particles to a photo imaging surface; the applicator is operative to apply a coating material to the ink particles and the photo imaging surface such that the ink particles are between the coating material and the photo imaging surface; and the transfer cylinder is operative to transfer the ink particles and the coating material to the print substrate to form an image and a coating. a transfer cylinder; a plurality of developer units; and an applicator, characterised in that: the applicator is implemented using one of the plurality of developer units, the other developer units of the plurality of developer units to apply a plurality of ink particles to a photo imaging surface; the applicator is operative to apply a coating material to the ink particles and the photo imaging surface such that the ink particles are between the coating material and the photo imaging surface; and the transfer cylinder is operative to transfer the ink particles and the coating material to the print substrate to form an image and a coating. the applicator is implemented using one of the plurality of developer units, the other developer units of the plurality of developer units to apply a plurality of ink particles to a photo imaging surface; the applicator is operative to apply a coating material to the ink particles and the photo imaging surface such that the ink particles are between the coating material and the photo imaging surface; and the transfer cylinder is operative to transfer the ink particles and the coating material to the print substrate to form an image and a coating.
Paint roller with a holding bracket, at one end of which a handle is provided, and a straight section delimited by the other end, on which a cylindrical roller body is rotatably held, wherein an end piece is inserted into each open end of the roller body, wherein each end piece has a central aperture for the passage of the straight section of the holding bracket, wherein a tube section extends from each end piece towards the interior of the roller body in the axial direction, wherein the tube sections of both end pieces are connected by means of a connecting tube, wherein the tube section has a first section with a first inner diameter and a second section with a second inner diameter, which is larger than the first inner diameter, as well as a first support surface for axially supporting a clamping sleeve rotatably held in the first section, characterized in that a stop surface for limiting an insertion depth of one end of the connecting tube is formed on an inner side of the tube section at a predetermined axial distance from the first support surface, a third inner diameter of the connecting tube is smaller than an outside diameter of the clamping sleeve, so that the one end of the connecting tube inserted up to the stop surface forms a second support surface for axially supporting the clamping sleeve, and an axial length of the first section is greater than a length of the clamping sleeve, and the outer diameter of the clamping sleeve is smaller than the first inner diameter of the tube section and is greater than a diameter of the aperture. wherein an end piece is inserted into each open end of the roller body, wherein each end piece has a central aperture for the passage of the straight section of the holding bracket, wherein a tube section extends from each end piece towards the interior of the roller body in the axial direction, wherein the tube sections of both end pieces are connected by means of a connecting tube, wherein the tube section has a first section with a first inner diameter and a second section with a second inner diameter, which is larger than the first inner diameter, as well as a first support surface for axially supporting a clamping sleeve rotatably held in the first section, characterized in that a stop surface for limiting an insertion depth of one end of the connecting tube is formed on an inner side of the tube section at a predetermined axial distance from the first support surface, a third inner diameter of the connecting tube is smaller than an outside diameter of the clamping sleeve, so that the one end of the connecting tube inserted up to the stop surface forms a second support surface for axially supporting the clamping sleeve, and an axial length of the first section is greater than a length of the clamping sleeve, and the outer diameter of the clamping sleeve is smaller than the first inner diameter of the tube section and is greater than a diameter of the aperture.
A system, for delivering radiation to an eye (210, 2720), comprising: an eye model derived from anatomic data of a patient's eye; an emitter adapted to deliver an x-ray beam to the eye having a maximum energy from 10 keV to 500 keV; a position guide, coupled to the emitter, that positions, based on the eye model, the emitter with respect to a location on or in the eye, to deliver the x-ray beam to a target on or in the eye; a collimator (1030, 1040, 1052, 3315) adapted to collimate the radiation beam to a width of from 0.5mm to 6 mm, wherein the radiation beam has a penumbra of less than ten percent at a distance up to 50 cm from the collimator; and a planning module that is adapted to (i) determine, based on the eye model, at least two of a beam target, a beam intensity, a beam energy, a beam trajectory, a treatment field size, a treatment field shape, a distance from the emitter to the target, an exposure time, and a dose, and (ii) output information to the position guide; wherein the position guide, based on the information, is adapted to move the emitter about a treatment axis and adjusts an angle of delivery of the x-ray beam by the emitter relative to the treatment axis such that the x-ray beam is delivered to the target. an eye model derived from anatomic data of a patient's eye; an emitter adapted to deliver an x-ray beam to the eye having a maximum energy from 10 keV to 500 keV; a position guide, coupled to the emitter, that positions, based on the eye model, the emitter with respect to a location on or in the eye, to deliver the x-ray beam to a target on or in the eye; a collimator (1030, 1040, 1052, 3315) adapted to collimate the radiation beam to a width of from 0.5mm to 6 mm, wherein the radiation beam has a penumbra of less than ten percent at a distance up to 50 cm from the collimator; and a planning module that is adapted to (i) determine, based on the eye model, at least two of a beam target, a beam intensity, a beam energy, a beam trajectory, a treatment field size, a treatment field shape, a distance from the emitter to the target, an exposure time, and a dose, and (ii) output information to the position guide; wherein the position guide, based on the information, is adapted to move the emitter about a treatment axis and adjusts an angle of delivery of the x-ray beam by the emitter relative to the treatment axis such that the x-ray beam is delivered to the target.
A method for processing a packet on a Transparent Interconnection of Lots of Links, TRILL, network, wherein the method comprises: Receiving a packet sent by a device on a network; if it is determined that the device is a trusted routing bridge, giving up performing a security check on the packet coming from the device; and if it is determined that the device is not a trusted routing bridge, performing a security check on the packet coming from the device, wherein before the receiving a packet sent by a device on a network, the method further comprises: receiving a Dynamic Host Configuration Protocol, DHCP, acknowledgement packet, and only in a case in which it is determined that a device that sends the DHCP acknowledgement packet is a trusted routing bridge, creating a Dynamic Host Configuration Protocol snooping, DHCP-Snooping, binding entry according to the DHCP acknowledgement packet. Receiving a packet sent by a device on a network; if it is determined that the device is a trusted routing bridge, giving up performing a security check on the packet coming from the device; and if it is determined that the device is not a trusted routing bridge, performing a security check on the packet coming from the device, wherein before the receiving a packet sent by a device on a network, the method further comprises: receiving a Dynamic Host Configuration Protocol, DHCP, acknowledgement packet, and only in a case in which it is determined that a device that sends the DHCP acknowledgement packet is a trusted routing bridge, creating a Dynamic Host Configuration Protocol snooping, DHCP-Snooping, binding entry according to the DHCP acknowledgement packet. receiving a Dynamic Host Configuration Protocol, DHCP, acknowledgement packet, and only in a case in which it is determined that a device that sends the DHCP acknowledgement packet is a trusted routing bridge, creating a Dynamic Host Configuration Protocol snooping, DHCP-Snooping, binding entry according to the DHCP acknowledgement packet.
A centrifugal compressor, comprising: a first stage; and a second stage, wherein at least one of the first stage and the second stage includes an impeller (34, 40) and a shroud (36, 42) spaced from the impeller and configured to guide a fluid flow through the impeller, wherein the shroud (36, 42) is selectively moveable between an engaged position to engage at least one of the first stage and second stage, and a disengaged position where the shroud (36, 42) is moved away from the impeller (34, 40) to disengage at least one of the first stage and second stage. a first stage; and a second stage, wherein at least one of the first stage and the second stage includes an impeller (34, 40) and a shroud (36, 42) spaced from the impeller and configured to guide a fluid flow through the impeller, wherein the shroud (36, 42) is selectively moveable between an engaged position to engage at least one of the first stage and second stage, and a disengaged position where the shroud (36, 42) is moved away from the impeller (34, 40) to disengage at least one of the first stage and second stage.
Handpan, comprising - a hollow base body, composed of a lower shell and an upper shell, each in the form of a spherical segment, which are connected, preferably glued, to one another at mutually facing outer edges thereof, - a basic tone field preferably arranged centrally on the upper shell, - further tone fields (6.1 to 6.8) arranged annularly on the upper shell, preferably around the basic tone field, as well as - a resonance opening (7.1) in the lower shell, characterized by - at least one further resonance opening (7.2 to 7.4) in the lower shell, wherein the at least two resonance openings (7.1 to 7.4) are arranged decentrally in the lateral rising zone of the lower shell. - a hollow base body, composed of a lower shell and an upper shell, each in the form of a spherical segment, which are connected, preferably glued, to one another at mutually facing outer edges thereof, - a basic tone field preferably arranged centrally on the upper shell, - further tone fields (6.1 to 6.8) arranged annularly on the upper shell, preferably around the basic tone field, as well as - a resonance opening (7.1) in the lower shell, characterized by - at least one further resonance opening (7.2 to 7.4) in the lower shell, wherein the at least two resonance openings (7.1 to 7.4) are arranged decentrally in the lateral rising zone of the lower shell.
Method of exchanging data between a provider and an acceptor (14; 14a-c) unknown to the provider, comprising the following steps: providing, on the part of the provider, a wireless network environment comprising a network identification, which includes the provider transmitting the network identification, activating a wireless interface on the part of the acceptor; receiving the network identification on the part of the acceptor; verifying, on the part of the acceptor, whether the network identification comprises a character string; and upon reception of the network identification, if the character string matches at least one predetermined character string, automatic initiation of establishing a network connection between the provider and the acceptor (14; 14a-c); transmitting, on the part of the provider and/or the acceptor, a protocol proposal message to propose a protocol for transmitting the data; transmitting, on the part of the acceptor and/or the provider, a protocol acceptance message so as to confirm the protocol for transmitting the data; and automatic transmission (110; 408) data to the provider on the part of the acceptor; wherein said automatic initiation is not performed when the network identification does not comprise the character string; characterized in that a plurality of connections to a plurality of acceptors is established and maintained on the part of the provider; and an order in which several acceptor devices connected to a provider device transmit data to the provider device corresponds directly or conversely to an order in which the acceptor devices have connected to the provider device. providing, on the part of the provider, a wireless network environment comprising a network identification, which includes the provider transmitting the network identification, activating a wireless interface on the part of the acceptor; receiving the network identification on the part of the acceptor; verifying, on the part of the acceptor, whether the network identification comprises a character string; and upon reception of the network identification, if the character string matches at least one predetermined character string, automatic initiation of establishing a network connection between the provider and the acceptor (14; 14a-c); transmitting, on the part of the provider and/or the acceptor, a protocol proposal message to propose a protocol for transmitting the data; transmitting, on the part of the acceptor and/or the provider, a protocol acceptance message so as to confirm the protocol for transmitting the data; and automatic transmission (110; 408) data to the provider on the part of the acceptor; wherein said automatic initiation is not performed when the network identification does not comprise the character string; characterized in that a plurality of connections to a plurality of acceptors is established and maintained on the part of the provider; and an order in which several acceptor devices connected to a provider device transmit data to the provider device corresponds directly or conversely to an order in which the acceptor devices have connected to the provider device.
A single-use safety syringe having a manual and/or automatic retracting needle for preventing re-use thereof, comprising a needle, a piston provided with a tightening seal and a cylindrical body having, at an end thereof, a connector provided with a pass-through calibrated attaching hole for said needle and open, at another end thereof, for inserting said piston, the safety syringe further comprising, internally of said cylindrical body, a separating seal of a first chamber comprised between said separating seal and said connector in which a first freeze-dried active ingredient is positioned and a second chamber comprised between said separating seal and said tightening seal in which a second liquid active ingredient is positioned, said separating seal having a connecting channel between said first and second chamber (11, 13), closed by a pressure limiting valve, first engaging means further being provided, activatable for engaging said separating seal to said needle and second engaging means activatable for engaging said separating seal to said piston.
A microporous plating solution selected from an electrolytic nickel plating solution, a trivalent chromium plating solution, an electroless nickel plating solution, an alloy electroplating solution, a tin-cobalt alloy electroplating bath, and a nickel-phosphorus alloy electroplating bath, characterized by comprising nonconductive particles and polyaluminum chloride, wherein the nonconductive particles are one or more types selected from oxides, nitrides, sulfides, and inorganic salts of silicon, barium, zirconium, aluminum, and titanium.