mhurhangee/patent-ind-claim-en huggingface dataset:
A razor comprising: a first component ; and a second component configured to rotate relative to the first component about a first axis of rotation , the second component comprising at least one blade , the second component configured to rotate relative to the first component about a second axis of rotation , wherein the second axis of rotation and the first axis of rotation are non-coplanar, wherein the second component is in a preloaded neutral position when at rest such that rotation about the second axis of rotation generates a return torque; characterized in that the first component comprises a first indicia on a surface of the first component, the second component comprises a second indicia on a surface of the second component, and wherein the first indicia and the second indicia are in alignment at rest and out of alignment when the second component has been rotated about the second axis of rotation. a first component ; and a second component configured to rotate relative to the first component about a first axis of rotation , the second component comprising at least one blade , the second component configured to rotate relative to the first component about a second axis of rotation , wherein the second axis of rotation and the first axis of rotation are non-coplanar, wherein the second component is in a preloaded neutral position when at rest such that rotation about the second axis of rotation generates a return torque; characterized in that the first component comprises a first indicia on a surface of the first component, the second component comprises a second indicia on a surface of the second component, and wherein the first indicia and the second indicia are in alignment at rest and out of alignment when the second component has been rotated about the second axis of rotation.
Precipitated silica, characterized in that it has: - a BET specific surface of between 100 and 240 m 2 /g, - a CTAB specific surface of between 100 and 240 m 2 /g, - a content of polycarboxylic acid + corresponding carboxylate, expressed as total carbon, of at least 0.15% by weight, in particular of at least 0.20% by weight, - a distribution width Ld (d84-d16)/d50 for size of objects, measured by XDC particle size analysis after deagglomeration with ultrasound, of at least 0.70, and - a pore distribution width ldp of less than 0.65, characterized in that the said polycarboxylic acid is chosen from saturated or unsaturated, linear or branched, polycarboxylic acids which are aliphatic, having from 2 to 20 carbon atoms, or aromatic. - a BET specific surface of between 100 and 240 m 2 /g, - a CTAB specific surface of between 100 and 240 m 2 /g, - a content of polycarboxylic acid + corresponding carboxylate, expressed as total carbon, of at least 0.15% by weight, in particular of at least 0.20% by weight, - a distribution width Ld (d84-d16)/d50 for size of objects, measured by XDC particle size analysis after deagglomeration with ultrasound, of at least 0.70, and - a pore distribution width ldp of less than 0.65, characterized in that the said polycarboxylic acid is chosen from saturated or unsaturated, linear or branched, polycarboxylic acids which are aliphatic, having from 2 to 20 carbon atoms, or aromatic.
A method for producing a multilayer-structure silica glass body, in which a transparent silica glass layer is provided on a surface of a siliceous substrate comprising a siliceous material, the method being characterized by comprising: a step of preparing the siliceous substrate; a step of preparing a silica slurry in which silica particles are dispersed in a liquid; a step of applying the silica slurry to the surface of the siliceous substrate; a step of smoothing the silica slurry coated on the surface of the siliceous substrate by applying vibration to the siliceous substrate; a step of drying the smoothed silica slurry; and a step of vitrifying the dried silica slurry by means of heating to form the transparent silica glass layer, wherein the silica slurry contains silica large particles comprising a siliceous material and having a particle size of between 200 μm and 700 μm, and silica medium particles comprising a siliceous material and having a particle size of 30 μm or more, and less than 200 μm; and the silica large particle mass/silica medium particle mass, which is a ratio of the mass of the silica large particles and the mass of the silica medium particles, is set at between 0.25 and 7.0. a step of preparing the siliceous substrate; a step of preparing a silica slurry in which silica particles are dispersed in a liquid; a step of applying the silica slurry to the surface of the siliceous substrate; a step of smoothing the silica slurry coated on the surface of the siliceous substrate by applying vibration to the siliceous substrate; a step of drying the smoothed silica slurry; and a step of vitrifying the dried silica slurry by means of heating to form the transparent silica glass layer, wherein the silica slurry contains silica large particles comprising a siliceous material and having a particle size of between 200 μm and 700 μm, and silica medium particles comprising a siliceous material and having a particle size of 30 μm or more, and less than 200 μm; and the silica large particle mass/silica medium particle mass, which is a ratio of the mass of the silica large particles and the mass of the silica medium particles, is set at between 0.25 and 7.0.
Method for monitoring a railway track , the method comprising: - detecting monitoring signals (MS) by a distributed acoustic sensor being arranged along the track , where each monitoring signal (MS) comprises a monitoring signal value (MSV) for a first measurement segment of the distributed acoustic sensor and a monitoring signal value (MSV) for a second measurement segment of the distributed acoustic sensor , - determining a first event monitoring signal value (EV1) for the first measurement segment from the monitoring signal values (MSV) that are detected during the passage of a rail vehicle over the position of the first measurement segment , - determining a second event monitoring signal value (EV2) for the second measurement segment from the monitoring signal values (MSV) that are detected during the passage of the rail vehicle over the position of the second measurement segment , and - determining a difference value (DV) where the difference value (DV) relates to the difference between an average relative value (ARV) and a relative value (RV), where the relative value (RV) is given by the relative difference between the first event monitoring signal value (EV1) and the second event monitoring signal value (EV2), wherein - the average relative value (ARV) relates to an average value of relative values (RV) determined from previous passages of rail vehicles. - detecting monitoring signals (MS) by a distributed acoustic sensor being arranged along the track , where each monitoring signal (MS) comprises a monitoring signal value (MSV) for a first measurement segment of the distributed acoustic sensor and a monitoring signal value (MSV) for a second measurement segment of the distributed acoustic sensor , - determining a first event monitoring signal value (EV1) for the first measurement segment from the monitoring signal values (MSV) that are detected during the passage of a rail vehicle over the position of the first measurement segment , - determining a second event monitoring signal value (EV2) for the second measurement segment from the monitoring signal values (MSV) that are detected during the passage of the rail vehicle over the position of the second measurement segment , and - determining a difference value (DV) where the difference value (DV) relates to the difference between an average relative value (ARV) and a relative value (RV), where the relative value (RV) is given by the relative difference between the first event monitoring signal value (EV1) and the second event monitoring signal value (EV2), wherein - the average relative value (ARV) relates to an average value of relative values (RV) determined from previous passages of rail vehicles.
An apparatus for a communications system, comprising an optical data receiver to receive a channel-impaired data stream encoded via a low-density parity-check, LDPC, code, the optical data receiver including a digital LDPC decoder comprising: a pre-processor connected to receive a first sequence of log-likelihood-ratio, LLR, values representing measurements of the channel-impaired data stream, the pre-processor being configured to flip nonzero sign bits of the LLR values of the first sequence to transform the first sequence into a corresponding second LLR sequence ; and an electronic decoder connected to perform iterative LDPC decoding (308-310) of the second LLR sequence in response to a set of bias information corresponding to the sign-bit flips, the set of bias information being applied in the electronic decoder to change a corresponding set of parity-check conditions of the LDPC code. a pre-processor connected to receive a first sequence of log-likelihood-ratio, LLR, values representing measurements of the channel-impaired data stream, the pre-processor being configured to flip nonzero sign bits of the LLR values of the first sequence to transform the first sequence into a corresponding second LLR sequence ; and an electronic decoder connected to perform iterative LDPC decoding (308-310) of the second LLR sequence in response to a set of bias information corresponding to the sign-bit flips, the set of bias information being applied in the electronic decoder to change a corresponding set of parity-check conditions of the LDPC code.
A channel switching method, applied to an electronic device, wherein the electronic device comprises a first network channel and a second network channel, and the method comprises: starting a first network application, wherein the first network application comprises a first data flow, a second data flow and a third data flow, and the first data flow, the second data flow and the third data flow are carried on the first network channel; and switching the network channel carrying the first data flow and the second data flow to the second network channel in a case of detecting that network quality of the first data flow does not meet a preset condition and keeping the third data flow carried on the first network channel unchanged. starting a first network application, wherein the first network application comprises a first data flow, a second data flow and a third data flow, and the first data flow, the second data flow and the third data flow are carried on the first network channel; and switching the network channel carrying the first data flow and the second data flow to the second network channel in a case of detecting that network quality of the first data flow does not meet a preset condition and keeping the third data flow carried on the first network channel unchanged.
A Hardware Module for a robotic system, comprising two mechanical links connected by a rotary joint and a flexible conduit , and a cylindrical conduit guiding space defined by a hollow space between an inner cylinder wall and an outer cylinder wall , the two cylinder walls extending from a first end to a second end of the hollow space and being coaxial with one another and with an axis of the joint, the conduit being at a first end attached to the first link and guided from there into the hollow space at the first end of the hollow space, and the conduit being at a second end attached to the second link and guided from there into the hollow space at the second end of the hollow space, the length of the conduit between the first end and the second end allowing for a relative rotation of at least 180° or at least 270° or at least 360° between the first link and the second link , wherein the axis of the joint intersects a first interface of the Hardware Module and/or a second interface of the Hardware Module .
A display control device comprising: a video data obtaining unit configured to obtain video data from multiple image capturing units which capture images of surrounding of a vehicle; an bird's-eye view image generating unit configured to perform a viewpoint conversion process and a synthesizing process to the video data obtained by the video data obtaining unit to generate an bird's-eye view image ; a determining unit configured to obtain operation information related to a parking operation of the vehicle while entering into and exiting from a parking slot (P1) and to determine a count of adjustment of a vehicle orientation during the parking operation; and a display controller configured to, based on the determination by the determining unit , display the bird's-eye view image which is generated by the bird's-eye view image generating unit in a display at a time of exit of the vehicle from the parking slot (P1) by being driven forward, characterized in that , the display controller is further configured to, when the determining unit determines that the count of the adjustment of the vehicle orientation is equal to or greater than a threshold value, display the bird's-eye view image which is generated by the bird's-eye view image generating unit in the display at the time of the exit of the vehicle from the parking slot (P1) by being driven forward. a video data obtaining unit configured to obtain video data from multiple image capturing units which capture images of surrounding of a vehicle; an bird's-eye view image generating unit configured to perform a viewpoint conversion process and a synthesizing process to the video data obtained by the video data obtaining unit to generate an bird's-eye view image ; a determining unit configured to obtain operation information related to a parking operation of the vehicle while entering into and exiting from a parking slot (P1) and to determine a count of adjustment of a vehicle orientation during the parking operation; and a display controller configured to, based on the determination by the determining unit , display the bird's-eye view image which is generated by the bird's-eye view image generating unit in a display at a time of exit of the vehicle from the parking slot (P1) by being driven forward, characterized in that , the display controller is further configured to, when the determining unit determines that the count of the adjustment of the vehicle orientation is equal to or greater than a threshold value, display the bird's-eye view image which is generated by the bird's-eye view image generating unit in the display at the time of the exit of the vehicle from the parking slot (P1) by being driven forward.
A method for processing subscription message, characterized by comprising: receiving, by a subscription device, a subscription message sent from a notification server, NS, device, wherein the subscription message comprises a receiving address of a notification message and a subscription resource identifier (S101), the receiving address of the notification message indicates an address of the NS device; wherein the subscription message is received by the NS device from a Resource Constrained Device, RCD, the RCD is configured to stay in a sleep state for a long time or periodically; monitoring, by the subscription device, a target resource corresponding to the subscription resource identifier (S 102); and sending, by the subscription device, a notification message to the NS device if the subscription device monitors a change of the target resource (S 103), wherein the notification message is used for indicating the change of the target resource subscribed by the RCD; wherein the NS device is a notification proxy for the RCD, wherein the NS device is configured to store the notification message sent from the subscription device and forward the notification message to the RCD when the RCD is in a working state. receiving, by a subscription device, a subscription message sent from a notification server, NS, device, wherein the subscription message comprises a receiving address of a notification message and a subscription resource identifier (S101), the receiving address of the notification message indicates an address of the NS device; wherein the subscription message is received by the NS device from a Resource Constrained Device, RCD, the RCD is configured to stay in a sleep state for a long time or periodically; monitoring, by the subscription device, a target resource corresponding to the subscription resource identifier (S 102); and sending, by the subscription device, a notification message to the NS device if the subscription device monitors a change of the target resource (S 103), wherein the notification message is used for indicating the change of the target resource subscribed by the RCD; wherein the NS device is a notification proxy for the RCD, wherein the NS device is configured to store the notification message sent from the subscription device and forward the notification message to the RCD when the RCD is in a working state.
A computer-implemented process comprising: receiving information describing input points from a multi-pointer indirect input device for a plurality of frames into memory, each input point of the input points having a location in a device coordinate space for the multi-pointer indirect input device; obtaining a movement mapping of the input points from the device coordinate space to a display coordinate space for a display by mapping the input points for one of the frames of the plurality of frames from the locations in the device coordinate space to locations in the display coordinate space; determining displacement of each of the input points in the one of the frames of the plurality of frames with respect to a position of one or more input points in a previous frame of the plurality of frames; identifying one input point of the input points in the one of the frames of the plurality of frames with a least displacement; adjusting the movement mapping of the input points in the one of the frames of the plurality of frames using the identified least displacement, comprising determining an offset according to the least displacement and, for each input point of the input points, adding the offset to its mapped location; and displaying points on the display according to the adjusted movement mapping of the input points. receiving information describing input points from a multi-pointer indirect input device for a plurality of frames into memory, each input point of the input points having a location in a device coordinate space for the multi-pointer indirect input device; obtaining a movement mapping of the input points from the device coordinate space to a display coordinate space for a display by mapping the input points for one of the frames of the plurality of frames from the locations in the device coordinate space to locations in the display coordinate space; determining displacement of each of the input points in the one of the frames of the plurality of frames with respect to a position of one or more input points in a previous frame of the plurality of frames; identifying one input point of the input points in the one of the frames of the plurality of frames with a least displacement; adjusting the movement mapping of the input points in the one of the frames of the plurality of frames using the identified least displacement, comprising determining an offset according to the least displacement and, for each input point of the input points, adding the offset to its mapped location; and
A medical balloon, comprising: a) a plurality of yarn filaments forming a woven textile tube comprising an outer surface and an inner surface, wherein the woven textile tube is characterized as having been heated to cause at least some adjacent and overlapping yarn filaments to partially melt together to increase the integrity and strength of the woven textile tube , and b) wherein yarn filaments forming the woven textile tube range from 5 to 500 denier. a) a plurality of yarn filaments forming a woven textile tube comprising an outer surface and an inner surface, wherein the woven textile tube is characterized as having been heated to cause at least some adjacent and overlapping yarn filaments to partially melt together to increase the integrity and strength of the woven textile tube , and b) wherein yarn filaments forming the woven textile tube range from 5 to 500 denier.
A high strength, high formability and low cost aluminum-lithium alloy comprising: from 3.6 to 4.5 wt. % Cu, from 0.8 to 1.6 wt. % Li, from 0.9 to 1.5 wt. % Mg, less than 0.2 wt. % Ag, from 0.03 to 0.6 wt. % of at least one grain structure control element selected from the group consisting of Zr, Sc, Cr, V, Hf, and other rare earth elements, optionally up to 0.5 wt. % Zn, optionally up to 1.0 wt. % Mn, up to 0.15 wt. % Ti, up to 0.12 wt. % Si, up to 0.15 wt. % Fe, with the balance being aluminum and unavoidable impurities. from 3.6 to 4.5 wt. % Cu, from 0.8 to 1.6 wt. % Li, from 0.9 to 1.5 wt. % Mg, less than 0.2 wt. % Ag, from 0.03 to 0.6 wt. % of at least one grain structure control element selected from the group consisting of Zr, Sc, Cr, V, Hf, and other rare earth elements, optionally up to 0.5 wt. % Zn, optionally up to 1.0 wt. % Mn, up to 0.15 wt. % Ti, up to 0.12 wt. % Si, up to 0.15 wt. % Fe, with the balance being aluminum and unavoidable impurities.
A service setup method, comprising: receiving (S302), by an access network device, a first setup request from a first core network device, wherein the first setup request carries a service requirement of a first service, and the service requirement of the first service is used to indicate, to the access network device, a radio channel quality requirement for a user equipment, UE, to execute the first service; sending, by the access network device, a first setup response to the first core network device, wherein the first setup response is used to notify the first core network device that the access network device accepts the first setup request; and when the access network device determines that a radio channel quality of a first cell of a first network in which the UE is located does not satisfy the service requirement of the first service, handing (S306) over the UE to a second cell of the first network; or handing (S307) over the UE to a third cell of a second network; wherein the service requirement of the first service comprises codec information of the first service. receiving (S302), by an access network device, a first setup request from a first core network device, wherein the first setup request carries a service requirement of a first service, and the service requirement of the first service is used to indicate, to the access network device, a radio channel quality requirement for a user equipment, UE, to execute the first service; sending, by the access network device, a first setup response to the first core network device, wherein the first setup response is used to notify the first core network device that the access network device accepts the first setup request; and when the access network device determines that a radio channel quality of a first cell of a first network in which the UE is located does not satisfy the service requirement of the first service, handing (S306) over the UE to a second cell of the first network; or handing (S307) over the UE to a third cell of a second network; wherein the service requirement of the first service comprises codec information of the first service.
Hull buoyancy device having two floaters , which are connected to each other via connection means and which can be brought into a buoyancy position on a ship's side of an underwater vessel to increase buoyancy, and which can be filled with pressure medium via a pressure medium source , wherein a flexible contact of the floaters is designed in such a way that a force resulting from the buoyancy force (A) of the floaters can be transmitted to the ship's side in a frictionally-engaged or form-fitting manner, characterized in that a pressure chamber receptacle is formed on the flexible contact or integrally with the flexible contact , the outer rim of which is approximately circular, and in which an approximately annular pressure chamber is inserted.