mhurhangee/patent-ind-claim-en huggingface dataset:
A method for transmitting user input of a portable device, comprising: detecting navigating input in a navigation mode for controlling an external device which is connected by a network, wherein the external device displays displayable content and the navigating input is for navigating the displayable content, wherein the displayable content includes at least one input box; transmitting a control signal corresponding to the detected navigating input to the external device; displaying an indicator on the portable device which indicates capability of mode switching from the navigation mode to a user input mode; initiating the user input mode by displaying the input box which is extracted from the displayable content on the portable device when user input for mode switching is detected; and transmitting user input which is received through the displayed input box. detecting navigating input in a navigation mode for controlling an external device which is connected by a network, wherein the external device displays displayable content and the navigating input is for navigating the displayable content, wherein the displayable content includes at least one input box; transmitting a control signal corresponding to the detected navigating input to the external device; displaying an indicator on the portable device which indicates capability of mode switching from the navigation mode to a user input mode; initiating the user input mode by displaying the input box which is extracted from the displayable content on the portable device when user input for mode switching is detected; and transmitting user input which is received through the displayed input box.
A jig assembly for positioning upper and lower teeth of a patient relative to one another, the jig assembly comprising: an upper jig including an upper bite block comprising a bite groove for receiving the upper teeth of the patient; a lower jig including a lower bite block for receiving the lower teeth of the patient; and a fastener for securing the upper jig and the lower jig in relative positions with respect to one another, characterized in that the upper bite block further comprises a plurality of removable breakaway tabs positioned adjacent to the upper bite groove and being configured to allow the size of the upper bite groove to be adjusted for accommodation of the upper teeth of the patient. an upper jig including an upper bite block comprising a bite groove for receiving the upper teeth of the patient; a lower jig including a lower bite block for receiving the lower teeth of the patient; and a fastener for securing the upper jig and the lower jig in relative positions with respect to one another, characterized in that the upper bite block further comprises a plurality of removable breakaway tabs positioned adjacent to the upper bite groove and being configured to allow the size of the upper bite groove to be adjusted for accommodation of the upper teeth of the patient.
A method comprising: connecting an admin device of a management system to a peripheral device through a first connection ; determining a peripheral identifier corresponding to the peripheral device; sending the peripheral identifier from the admin device to a management server of the management system, wherein the management system includes the admin device and the management server; associating, by the management server, the peripheral identifier with a device identifier corresponding to a user device , the user device being connected to the management server through a separate connection from the first connection, the management server being different than the admin device; tracking, by the management server, a policy update performed at the peripheral device; determining, by the management server, whether the peripheral device needs an updated policy; sending the updated policy, based on the association between the peripheral identifier and the device identifier, from the management server to the peripheral device through the first connection, the updated policy permitting a second connection between the peripheral device and the user device; and pairing, through the first connection, the peripheral device with the user device based on the updated policy to establish the second connection between the peripheral device and the user device. connecting an admin device of a management system to a peripheral device through a first connection ; determining a peripheral identifier corresponding to the peripheral device; sending the peripheral identifier from the admin device to a management server of the management system, wherein the management system includes the admin device and the management server; associating, by the management server, the peripheral identifier with a device identifier corresponding to a user device , the user device being connected to the management server through a separate connection from the first connection, the management server being different than the admin device; tracking, by the management server, a policy update performed at the peripheral device; determining, by the management server, whether the peripheral device needs an updated policy; sending the updated policy, based on the association between the peripheral identifier and the device identifier, from the management server to the peripheral device through the first connection, the updated policy permitting a second connection between the peripheral device and the user device; and pairing, through the first connection, the peripheral device with the user device based on the updated policy to establish the second connection between the peripheral device and the user device.
A medical device comprising: a handpiece ; a lever attached to the handpiece , the lever having a grip surface ; and a pressure sensor associated with the grip surface , and wherein the medical device is further configured, such that when a user of the medical device applies a grip pressure to the lever , the lever moves to provide an input to a first function of the medical device , and concurrently the pressure sensor produces a pressure signal that is read by a control unit to control a second function, wherein the first function is in particular a mechanical function, characterised in that said pressure sensor is enclosed within the grip surface . a handpiece ; a lever attached to the handpiece , the lever having a grip surface ; and a pressure sensor associated with the grip surface , and wherein the medical device is further configured, such that when a user of the medical device applies a grip pressure to the lever , the lever moves to provide an input to a first function of the medical device , and concurrently the pressure sensor produces a pressure signal that is read by a control unit to control a second function, wherein the first function is in particular a mechanical function, characterised in that said pressure sensor is enclosed within the grip surface .
Device comprising a catheter for intravascular use, the catheter having a blood inlet and a blood outlet and comprising a membrane , a first side of the membrane delimiting a lumen for receiving a carrier medium and the membrane being arranged in the catheter such that at least a portion of the blood flowing through the blood inlet into the catheter during operation comes into contact with a second side of the membrane , opposite the first side, before the blood exits the catheter through the blood outlet , the membrane permitting an exchange of at least one substance to be exchanged between a carrier medium received in the lumen during operation and the blood, and the catheter comprising a conveying device having a drive unit for generating a torque and having a pump rotor connected to the drive unit for transmitting a torque, the conveying device being set up to at least partially compensate for a pressure difference between the blood inlet and the blood outlet during operation, and the membrane being a membrane suitable for liquids, the carrier medium being a carrier liquid in which the substance to be exchanged is soluble, and characterised in that the pump rotor is connected to the drive unit by a magnetic coupling , the magnetic coupling comprising two coupling parts which can be rotated relative to one another along a rotational axis and which each have a permanent magnet , one of the coupling parts comprising an at least partially ferromagnetic deflection element which is connected to the permanent magnet of the coupling part for conjoint rotation therewith, part of the deflection element being arranged radially outside the permanent magnet of the other coupling part , the deflection element having at least one diamagnetic separating means which divides the deflection element into at least two ferromagnetic portions.
A printhead module comprising a monolithic substrate having a plurality of rows of print chips mounted thereon, wherein each row of print chips receives power and data through a respective longitudinal slot defined through a thickness of the substrate, each longitudinal slot extending parallel with and offset from the rows of print chips, wherein: the monolithic substrate has longitudinal ink supply channels defined therein, each ink supply channel extending parallel with the rows of print chips; and the longitudinal slots are alternately arranged alongside the longitudinal ink supply channels, such that each pair of neighboring ink supply channels has one of the longitudinal slots positioned therebetween. the monolithic substrate has longitudinal ink supply channels defined therein, each ink supply channel extending parallel with the rows of print chips; and the longitudinal slots are alternately arranged alongside the longitudinal ink supply channels, such that each pair of neighboring ink supply channels has one of the longitudinal slots positioned therebetween.
A method performed on a computing device, the method for enhancing quality of a series of frames, the method comprising: decoding , by the computing device, a frame of the series of frames; deriving , by the computing device from the decoded frame, data for a characteristic of the frame; generating , by the computing device, correction parameters based on an integral of a variation of the derived data; and smoothing , by the computing device, the characteristic, where the smoothing comprises adjusting the generated correction parameters based on correction parameters of other decoded frames from the series of frames, where the other decoded frames, are located prior to the decoded frame in the series, wherein the other decoded frames comprise at least two other frames prior to the decoded frame, and wherein the smoothing comprises assigning weights, per frame, to the generated correction parameters and each of the correction parameters of the other decoded frames; and the assigned weights decrease as corresponding frames are farther from the decoded frame. decoding , by the computing device, a frame of the series of frames; deriving , by the computing device from the decoded frame, data for a characteristic of the frame; generating , by the computing device, correction parameters based on an integral of a variation of the derived data; and smoothing , by the computing device, the characteristic, where the smoothing comprises adjusting the generated correction parameters based on correction parameters of other decoded frames from the series of frames, where the other decoded frames, are located prior to the decoded frame in the series, wherein the other decoded frames comprise at least two other frames prior to the decoded frame, and wherein the smoothing comprises assigning weights, per frame, to the generated correction parameters and each of the correction parameters of the other decoded frames; and the assigned weights decrease as corresponding frames are farther from the decoded frame.
A dye composition comprising a) at least one anionic azo yellow dye being C.I. acid yellow 42; b) at least one anionic metal-complex azo dye selected from C.I. acid yellow 232; and C.I. acid yellow 194 (Co - complex); c) ≥ 5.0 to ≤ 60.0 % by weight of at least one water-miscible organic solvent; d) ≥ 30.0 to ≤ 75.0 % by weight of water. a) at least one anionic azo yellow dye being C.I. acid yellow 42; b) at least one anionic metal-complex azo dye selected from C.I. acid yellow 232; and C.I. acid yellow 194 (Co - complex); c) ≥ 5.0 to ≤ 60.0 % by weight of at least one water-miscible organic solvent; d) ≥ 30.0 to ≤ 75.0 % by weight of water.
A manufacturing process for making transparent three-dimensional parts, comprising: forming a plurality of layers of inorganic material powder , the layers being formed one at a time under vacuum , each current layer of powder being in contact with a previous layer of powder or with a support, wherein the inorganic material powder has a select particle size distribution; and forming a structure containing a three-dimensional object by selectively delivering droplets of a printing resin binder to each current layer of the inorganic material powder to form a structure containing a three-dimensional object, wherein a cross-section of the three-dimensional object is formed in the current layer of the inorganic material powder ; and curing the printing resin binder delivered to each layer using a laser source. forming a plurality of layers of inorganic material powder , the layers being formed one at a time under vacuum , each current layer of powder being in contact with a previous layer of powder or with a support, wherein the inorganic material powder has a select particle size distribution; and forming a structure containing a three-dimensional object by selectively delivering droplets of a printing resin binder to each current layer of the inorganic material powder to form a structure containing a three-dimensional object, wherein a cross-section of the three-dimensional object is formed in the current layer of the inorganic material powder ; and curing the printing resin binder delivered to each layer using a laser source.
A railway wheel, comprising: a rim part, a hub part, and a web part which is disposed between the rim part and the hub part and is linked to the rim part and the hub part, wherein a chemical composition of the railway wheel consists of: in mass%, C: 0.80 to 1.60%, Si: 1.00% or less, Mn: 0.10 to 1.25%, P: 0.050% or less, S: 0.030% or less, Al: 0.010 to 0.650%, N: 0.0030 to 0.0200%, Cr: 0 to 0.60%, V: 0 to 0.12%, O: 0.0070% or less, Cu: 0.20% or less, Ni: 0.20% or less, and Mo: 0.07% or less, with the balance being Fe and impurities, and wherein in a microstructure of the web part of the railway wheel, an area fraction of pearlite is 85.0% or more, an area fraction of pro-eutectoid cementite is 0.90 to 15.00%, and wherein a width of pro-eutectoid cementite satisfies at least one of the following conditions (A) and (B): (A) an average value of a width W of the pro-eutectoid cementite defined by Formula is 0.95 μm or less: W = 1 / 2 × P / 2 − P / 2 2 − 4 A 1 / 2 where, A in Formula is an area in μm 2 of the pro-eutectoid cementite, and P is a circumference length in μm of the pro-eutectoid cementite; wherein P and A are measured as described in the description; (B) a maximum width of the pro-eutectoid cementite is 1.80 μm or less. a rim part, a hub part, and a web part which is disposed between the rim part and the hub part and is linked to the rim part and the hub part, wherein a chemical composition of the railway wheel consists of: in mass%, C: 0.80 to 1.60%, Si: 1.00% or less, Mn: 0.10 to 1.25%, P: 0.050% or less, S: 0.030% or less, Al: 0.010 to 0.650%, N: 0.0030 to 0.0200%, Cr: 0 to 0.60%, V: 0 to 0.12%, O: 0.0070% or less, Cu: 0.20% or less, Ni: 0.20% or less, and Mo: 0.07% or less, with the balance being Fe and impurities, and wherein in a microstructure of the web part of the railway wheel, an area fraction of pearlite is 85.0% or more, an area fraction of pro-eutectoid cementite is 0.90 to 15.00%, and wherein a width of pro-eutectoid cementite satisfies at least one of the following conditions (A) and (B): (A) an average value of a width W of the pro-eutectoid cementite defined by Formula is 0.95 μm or less: W = 1 / 2 × P / 2 − P / 2 2 − 4 A 1 / 2 where, A in Formula is an area in μm 2 of the pro-eutectoid cementite, and P is a circumference length in μm of the pro-eutectoid cementite; wherein P and A are measured as described in the description; (B) a maximum width of the pro-eutectoid cementite is 1.80 μm or less. (A) an average value of a width W of the pro-eutectoid cementite defined by Formula is 0.95 μm or less: W = 1 / 2 × P / 2 − P / 2 2 − 4 A 1 / 2 where, A in Formula is an area in μm 2 of the pro-eutectoid cementite, and P is a circumference length in μm of the pro-eutectoid cementite; wherein P and A are measured as described in the description; (B) a maximum width of the pro-eutectoid cementite is 1.80 μm or less.
Drive device for providing a driving movement of a drive body , comprising the drive body , which comprises a magnet arrangement , wherein the drive device comprises at least two magnetic field sensor elements which are spaced apart from one another and are adapted to provide magnetic field measured values, and wherein the drive device comprises a detection apparatus which is adapted to detect a position of the drive body on the basis of one or more of the magnetic field measured values, wherein the detection apparatus is adapted to check, in accordance with at least two magnetic field measured values from at least two magnetic field sensor elements adapted as pixel cells which are arranged on the same chip and belong to the same sensor cell , or in accordance with at least two position values, which are based on at least two magnetic field measured values detected by at least two magnetic field sensor elements adapted as pixel cells which are arranged on the same chip and belong to the same sensor cell , and taking into account checking information which represents a target relationship between magnetic field measured values or position values, respectively, the validity of the position detection and to provide a validity signal as a function of the result of the check.
Drive axle for an agricultural or industrial vehicle comprising: - a central box-shaped body for containing a differential ; - two fixed tubular arms fixed by opposite parts to the box-shaped body ; - two tubular movable arms , each slidingly inserted in a respective fixed arm ; - two hubs , each connected to a respective movable arm in order to support respective wheels (W); - two adjustment actuators , each active between a respective fixed arm and the corresponding movable arm in order to change the distance between hubs between a minimum distance configuration and a maximum distance configuration; - an antirotation device active between each fixed arm and each movable arm ; characterized in that said antirotation device being active on opposite sides of fixed arms and movable arms ; and in that said antirotation device comprises at least two tabs externally fixed to each movable arm and respective slide guides fixed to respective fixed arms and turned toward said tabs . - a central box-shaped body for containing a differential ; - two fixed tubular arms fixed by opposite parts to the box-shaped body ; - two tubular movable arms , each slidingly inserted in a respective fixed arm ; - two hubs , each connected to a respective movable arm in order to support respective wheels (W); - two adjustment actuators , each active between a respective fixed arm and the corresponding movable arm in order to change the distance between hubs between a minimum distance configuration and a maximum distance configuration; - an antirotation device active between each fixed arm and each movable arm ; characterized in that said antirotation device being active on opposite sides of fixed arms and movable arms ; and in that said antirotation device comprises at least two tabs externally fixed to each movable arm and respective slide guides fixed to respective fixed arms and turned toward said tabs .
A method of providing a control command set for producing a processing tool by means of an additive layer-wise building device, which method comprises at least the following steps: - providing computer-based model data (MD) representing at least one sub-surface of an object, which sub-surface is to be processed using the processing tool and which is located within a channel through the object, - generating a computer-based model of the processing tool having an interaction surface interacting with the at least one sub-surface in the context of a processing process in such a way that the interaction surface is similar in the geometric sense to the sub-surface of the object to be processed, - generating a control command set for an additive layer-wise building device, by means of which control command set the production of the processing tool together with the object is implemented on the basis of the computer-based model of the processing tool comprising the interaction surface in such a way that during the production, the interaction surface of the processing tool is connected via support structures to the sub-surface of the object to be processed. - providing computer-based model data (MD) representing at least one sub-surface of an object, which sub-surface is to be processed using the processing tool and which is located within a channel through the object, - generating a computer-based model of the processing tool having an interaction surface interacting with the at least one sub-surface in the context of a processing process in such a way that the interaction surface is similar in the geometric sense to the sub-surface of the object to be processed, - generating a control command set for an additive layer-wise building device, by means of which control command set the production of the processing tool together with the object is implemented on the basis of the computer-based model of the processing tool comprising the interaction surface in such a way that during the production, the interaction surface of the processing tool is connected via support structures to the sub-surface of the object to be processed.
A disk brake system , comprising: a pressure plate ; a reaction plate ; and a plurality of friction disks located between the pressure plate and the reaction plate , wherein a first friction disk in the plurality of friction disks comprises a first disk half and a second disk half ; and characterised by further comprising a carbon foam damping feature axially between the first disk half and the second disk half , the damping feature comprising a porosity of 60%-85%. a pressure plate ; a reaction plate ; and a plurality of friction disks located between the pressure plate and the reaction plate , wherein a first friction disk in the plurality of friction disks comprises a first disk half and a second disk half ; and characterised by further comprising a carbon foam damping feature axially between the first disk half and the second disk half , the damping feature comprising a porosity of 60%-85%.