mhurhangee/patent-ind-claim-en huggingface dataset:
A protective cover having a sensor holder part , having a cup shape, and configured to be used in a bearing device, the bearing device including: a bearing including: an inner ring having, on an outer peripheral surface thereof, an inner ring raceway surface an outer ring having, on an inner peripheral surface thereof, an outer ring raceway surface ; and a rolling element rolling between the inner ring raceway surface and the outer ring raceway surface; a magnetic encoder including N poles and S poles, which are alternately arranged at regular intervals in a circumferential direction, the magnetic encoder being located at an inward-side end portion of the bearing and fixed to the inner ring; and a magnetic sensor being opposed to magnetic poles of the magnetic encoder, for detecting rotation of the magnetic encoder, the protective cover being configured to be mounted to the outer ring so as to seal the inward-side end portion of the bearing, the protective cover comprising: a disc part that is made of a synthetic resin and has a separation wall formed therein, the separation wall being thinner than other portions of the disc part, and separating the magnetic encoder and the magnetic sensor from each other; and the sensor holder part made of the synthetic resin and protruding inward from the disc part, the protective cover being molded through injection molding of the synthetic resin, characterised in that a gate mark (GM) caused by the injection molding is present on an outer peripheral surface of the disc part or an outer peripheral surface of a cylindrical part continuous with the disc part, in a radially outer side of the separation wall. a bearing including: an inner ring having, on an outer peripheral surface thereof, an inner ring raceway surface an outer ring having, on an inner peripheral surface thereof, an outer ring raceway surface ; and a rolling element rolling between the inner ring raceway surface and the outer ring raceway surface; a magnetic encoder including N poles and S poles, which are alternately arranged at regular intervals in a circumferential direction, the magnetic encoder being located at an inward-side end portion of the bearing and fixed to the inner ring; and a magnetic sensor being opposed to magnetic poles of the magnetic encoder, for detecting rotation of the magnetic encoder, a disc part that is made of a synthetic resin and has a separation wall formed therein, the separation wall being thinner than other portions of the disc part, and separating the magnetic encoder and the magnetic sensor from each other; and the sensor holder part made of the synthetic resin and protruding inward from the disc part,
A display control method, comprising: arranging, in a gap area between application icons on a terminal screen, an application icon not present on a current menu page of the terminal or an application icon not present on each of all the menu pages of the terminal, wherein when receiving a trigger of the user, the application icon in the gap area is displayed, and when not receiving the trigger of the user, the application icon in the gap area is hidden; when the application icon in the gap area is displayed, identifying an operation track of the user acting on the terminal screen; characterized by judging whether the operation track is running within a grid path , wherein the grid path is formed, based on the gap areas between the application icons on a terminal desktop and wherein the application icon arranged in the gap area is used as the starting point of the operation track; and, if so, executing shortcut operations associated with the applications scribed by the operation track and with the application icon arranged in the gap area.
A bolster for an Iberian reversible bogie/UIC with an integrated braking device and intended for goods transport wagons, said bolster comprising at least one upper flange and one lower flange linked together by at least two internal reinforcements , the lower flange including a planar low middle wall , two planar high end walls and two rounded walls , each rounded wall being such that the arc formed by its neutral fibre has a radius of curvature directed towards the bottom of the bolster , and is tangent to the neutral fibre of the associated end wall , the bolster being characterised in that the two rounded walls connect the middle wall to each of the end walls .
Conveyor belt having a conveyor belt body , which is closed in an endless form by means of at least one belt connection , wherein specifically the belt connection has at least one marking element , wherein the marking element has an optical marking element , characterized in that the marking element also has an electronic marking element , wherein the marking element has a carrier element , which is arranged directly on the belt connection , wherein the optical marking element and/or the electronic marking element is/are arranged on the carrier element so as to face away from the belt connection , wherein the electronic marking element is arranged between the carrier element and the optical marking element . wherein specifically the belt connection has at least one marking element , wherein the marking element has an optical marking element , characterized in that the marking element also has an electronic marking element , wherein the marking element has a carrier element , which is arranged directly on the belt connection , wherein the optical marking element and/or the electronic marking element is/are arranged on the carrier element so as to face away from the belt connection , wherein the electronic marking element is arranged between the carrier element and the optical marking element .
A thermoplastic blend comprising a. a polycarbonate; b. an inorganic filler; c. an impact modifier; and d. a heat stabilizer; and wherein a molded specimen of the thermoplastic blend exhibits a bonding strength of greater than 25 MPa as measured according to ISO 19095; wherein a 3.2 mm molded specimen of the thermoplastic blend has a notched Izod impact strength of greater than 150 J/m as measured according to ASTM D256 at 23°C; and wherein the thermoplastic blend has a melt volume flow rate of greater than 18 cubic centimeters per 10 minutes as measured according to ASTM D256 at 280°C under a 5 kilogram load. a. a polycarbonate; b. an inorganic filler; c. an impact modifier; and d. a heat stabilizer; and
A method for controlling an automated driving assistance system of a motor vehicle proposing a first fully automated driving mode for disengagement, in the case of non-compatibility of the driving context with the continuation of this first said mode, to the manual driving mode at the end of a first transition phase, and a second fully automated driving mode for disengagement, in the case of non-compatibility of the driving context with the continuation of this second mode, to said manual driving mode at the end of a second transition phase shorter than said first transition phase; said method being characterized in that it comprises successively the following steps: - detection, while said first automated driving mode is activated, of a degradation of the driving context no longer permitting the continuation of this mode beyond said first transition phase ; - evaluation of the attention level to driving of the driver ; - monitoring of the compatibility of the driving context with the implementation of said second automated driving mode and that said level of attention is greater than or equal to a predefined minimum threshold ; and - direct activation of said second automated driving mode without passing through said manual driving mode , this step only being implemented if said monitoring step is validated and as long as said driver further performs, within a predetermined amount of time (t 1 ) less than said first transition phase, an action demonstrating his wish to pass to said second automated driving mode . - detection, while said first automated driving mode is activated, of a degradation of the driving context no longer permitting the continuation of this mode beyond said first transition phase ; - evaluation of the attention level to driving of the driver ; - monitoring of the compatibility of the driving context with the implementation of said second automated driving mode and that said level of attention is greater than or equal to a predefined minimum threshold ; and - direct activation of said second automated driving mode without passing through said manual driving mode , this step only being implemented if said monitoring step is validated and as long as said driver further performs, within a predetermined amount of time (t 1 ) less than said first transition phase, an action demonstrating his wish to pass to said second automated driving mode .
Dishwasher, in particular a household dishwasher, comprising a washing container which provides a washing chamber and is used to receive washware to be cleaned, and a heat pump device having an evaporator which is arranged within a tank filled with water , the tank being in flow connection with the washing container and a fresh water inlet device , characterised in that the tank is arranged below the washing container and has a top wall facing the washing container bottom , it being possible to set the fill level of the tank to a lower water level at the start of a washing program, at which water level an air cushion is formed between the surface of the water in the tank and the inside surface of the top wall of the tank , and it being possible to increase the fill level of the tank , by supplying water, once the heat pump device has finished operating, as a result of which the air cushion is displaced.
A central unit (710;1010;1210,1220), comprising: a central controller configured to gather information about a data rate requested by a terminal located within a cell associated with a first radio access unit; an amount of interference caused by at least one other radio access unit, as measured by the terminal; a requested QoS; and a status of a channel between the terminal and the first radio access unit, as measured by the terminal; and to merge at least two cells among a plurality of cells of radio access units, or to separate at least one cell among the plurality of the cells of the radio access units, based on the gathered information to generate a virtual cell; first processing modules configured to perform signal processing in a radio resource control (RRC) layer, a media access control (MAC) layer, and a physical (PHY) layer for the virtual cell; and a switch configured to connect the first processing modules to the respective radio access units based on whether the plurality of cells of the radio access units are merged or separated, wherein each of the radio access units (720;1021,2022,1023;1121,1122;1231,1232,1233,1241) comprises a second processing module, and each second processing module is configured to transmit and receive a radio frequency (RF) signal using at least one antenna. a central controller configured to gather information about a data rate requested by a terminal located within a cell associated with a first radio access unit; an amount of interference caused by at least one other radio access unit, as measured by the terminal; a requested QoS; and a status of a channel between the terminal and the first radio access unit, as measured by the terminal; and to merge at least two cells among a plurality of cells of radio access units, or to separate at least one cell among the plurality of the cells of the radio access units, based on the gathered information to generate a virtual cell; gather information about a data rate requested by a terminal located within a cell associated with a first radio access unit; an amount of interference caused by at least one other radio access unit, as measured by the terminal; a requested QoS; and a status of a channel between the terminal and the first radio access unit, as measured by the terminal; and to merge at least two cells among a plurality of cells of radio access units, or to separate at least one cell among the plurality of the cells of the radio access units, based on the gathered information to generate a virtual cell; first processing modules configured to perform signal processing in a radio resource control (RRC) layer, a media access control (MAC) layer, and a physical (PHY) layer for the virtual cell; and a switch configured to connect the first processing modules to the respective radio access units based on whether the plurality of cells of the radio access units are merged or separated, wherein each of the radio access units (720;1021,2022,1023;1121,1122;1231,1232,1233,1241) comprises a second processing module, and each second processing module is configured to transmit and receive a radio frequency (RF) signal using at least one antenna.
A magnetic buckle assembly (100a-100l) comprising: at least one first buckle component ; and a second buckle component for mating with the at least one first buckle component ; characterized in that the magnetic buckle assembly (100a-100l) further comprises: a switch movably disposed on the second buckle component ; an operating component linked to the switch ; at least one first magnetic component disposed on the first buckle component ; a second magnetic component disposed on the switch and for magnetically attracting or repelling the at least one first magnetic component ; and at least one latch movably disposed on the second buckle component and for engaging with the at least one first buckle component , the at least one latch moving along with movement of the operating component or movement of the switch ; wherein the operating component drives the switch to move to change a direction of a magnetic force of the second magnetic component acting on the first magnetic component when the operating component is operated to disengage the at least one latch from the at least one first buckle component . at least one first buckle component ; and a second buckle component for mating with the at least one first buckle component ; characterized in that the magnetic buckle assembly (100a-100l) further comprises: a switch movably disposed on the second buckle component ; an operating component linked to the switch ; at least one first magnetic component disposed on the first buckle component ; a second magnetic component disposed on the switch and for magnetically attracting or repelling the at least one first magnetic component ; and at least one latch movably disposed on the second buckle component and for engaging with the at least one first buckle component , the at least one latch moving along with movement of the operating component or movement of the switch ; wherein the operating component drives the switch to move to change a direction of a magnetic force of the second magnetic component acting on the first magnetic component when the operating component is operated to disengage the at least one latch from the at least one first buckle component . a switch movably disposed on the second buckle component ; an operating component linked to the switch ; at least one first magnetic component disposed on the first buckle component ; a second magnetic component disposed on the switch and for magnetically attracting or repelling the at least one first magnetic component ; and at least one latch movably disposed on the second buckle component and for engaging with the at least one first buckle component , the at least one latch moving along with movement of the operating component or movement of the switch ; wherein the operating component drives the switch to move to change a direction of a magnetic force of the second magnetic component acting on the first magnetic component when the operating component is operated to disengage the at least one latch from the at least one first buckle component .
A chemical-liquid injector , comprising: a piston-driving mechanism that moves a piston member of a syringe containing a contrast medium, the piston-driving mechanism including an actuator and a ram member which is moved back and forth by the actuator; a control circuit which is electrically connected to the actuator; and an operating knob unit which includes an operating knob that is configured to be rotatable and to be operated by an operator, and a rotation sensor that outputs an electrical signal corresponding to a rotation of the operating knob wherein the operating knob is not mechanically connected to the piston-driving mechanism, a light-emitting device which is electrically connected to the control circuit, wherein the control circuit is configured to operate the piston-driving mechanism on the basis of the signal from the rotation sensor , and make the light-emitting device emit light in a case in which the ram member of the piston-driving mechanism is made to advance and a case in which the ram member of the piston-driving mechanism is made to retreat, and wherein a relationship of an amount of rotation of the operating knob and an amount of movement of the ram member is set to be such that when the operating knob is rotated through one rotation, the amount of movement of the ram member is a predetermined amount of movement wherein the control circuit is configured so as not to operate the actuator and not to make the light emitting device to emit light even if the operating knob is rotated when the movement of the ram member is inhibited. a piston-driving mechanism that moves a piston member of a syringe containing a contrast medium, the piston-driving mechanism including an actuator and a ram member which is moved back and forth by the actuator; a control circuit which is electrically connected to the actuator; and an operating knob unit which includes an operating knob that is configured to be rotatable and to be operated by an operator, and a rotation sensor that outputs an electrical signal corresponding to a rotation of the operating knob wherein the operating knob is not mechanically connected to the piston-driving mechanism, a light-emitting device which is electrically connected to the control circuit, wherein the control circuit is configured to operate the piston-driving mechanism on the basis of the signal from the rotation sensor , and make the light-emitting device emit light in a case in which the ram member of the piston-driving mechanism is made to advance and a case in which the ram member of the piston-driving mechanism is made to retreat, and wherein a relationship of an amount of rotation of the operating knob and an amount of movement of the ram member is set to be such that when the operating knob is rotated through one rotation, the amount of movement of the ram member is a predetermined amount of movement wherein the control circuit is configured so as not to operate the actuator and not to make the light emitting device to emit light even if the operating knob is rotated when the movement of the ram member is inhibited.
An image forming apparatus , comprising: a sensor to detect a toner concentration; a processor to: determine a coring level, a total area coverage (TAC) level, or a combination thereof, according to the detected toner concentration; in response to the determined coring level or the determined TAC level, render image-forming data according to any of the determined coring level or the determined TAC level; and an image former device to print the rendered image-forming data, wherein the processor divides the image forming data by objects, into text objects and graphic and/or photographic objects, and wherein, in response to the image-forming data including a text object and the determined coring level, the processor renders the text object included in the image-forming data by inserting a coring pattern in the text object according to the determined coring level, wherein, in response to the determined TAC level, the processor renders the image-forming data by reducing an amount of CMY toner and an amount of K toner based on the determined TAC level with respect to a graphic object and a photo object among the image-forming data. a sensor to detect a toner concentration; a processor to: determine a coring level, a total area coverage (TAC) level, or a combination thereof, according to the detected toner concentration; in response to the determined coring level or the determined TAC level, render image-forming data according to any of the determined coring level or the determined TAC level; and determine a coring level, a total area coverage (TAC) level, or a combination thereof, according to the detected toner concentration; in response to the determined coring level or the determined TAC level, render image-forming data according to any of the determined coring level or the determined TAC level; and wherein the processor divides the image forming data by objects, into text objects and graphic and/or photographic objects, and wherein, in response to the image-forming data including a text object and the determined coring level, the processor renders the text object included in the image-forming data by inserting a coring pattern in the text object according to the determined coring level,
In-vitro process for removal of at least one undesired substance from blood, comprising the step of contacting blood to a dialysis liquid via a semipermeable membrane, wherein the dialysis liquid is characterized by : (i) a pH the range from pH 8.0 to pH 11.0; (ii) comprising at least one buffering agent, wherein the buffering agent is a non-CO 2 -forming buffering agent selected from albumin, THAM, and Tris; and has at least one pKa value in the range from 7.0 to 11.0; and (iii) a buffering capacity of 12 mmol/l or more for H + ions; and wherein the dialysis liquid comprises 0 to 40 mmol/l carbonate/bicarbonate. (i) a pH the range from pH 8.0 to pH 11.0; (ii) comprising at least one buffering agent, wherein the buffering agent is a non-CO 2 -forming buffering agent selected from albumin, THAM, and Tris; and has at least one pKa value in the range from 7.0 to 11.0; and (iii) a buffering capacity of 12 mmol/l or more for H + ions; and wherein the dialysis liquid comprises 0 to 40 mmol/l carbonate/bicarbonate.
A data entry system comprising: a user interface which receives a sequence of one or more context text items input by a user; a predictor trained to predict a next item in the sequence; the predictor comprising a plurality of learnt text item embeddings each text item embedding representing a text item in a numerical form, the text item embeddings having a plurality of different lengths; a projection component which obtains text item embeddings of the context text items and projects these to be of the same length; the predictor comprising a trained neural network which is fed the projected text item embeddings and which computes a numerical output associated with the predicted next item. a user interface which receives a sequence of one or more context text items input by a user; a predictor trained to predict a next item in the sequence; the predictor comprising a plurality of learnt text item embeddings each text item embedding representing a text item in a numerical form, the text item embeddings having a plurality of different lengths; a projection component which obtains text item embeddings of the context text items and projects these to be of the same length; the predictor comprising a trained neural network which is fed the projected text item embeddings and which computes a numerical output associated with the predicted next item.