mhurhangee/patent-ind-claim-en huggingface dataset:
A zoom apparatus for a camera of a game system, comprising: a body structure formed to fit over the camera ; a zoom lens disposed within the body structure so as to be positioned in front of a lens of the camera when the body structure is attached to the camera; and an optical waveguide disposed within the body structure, the optical waveguide formed to have an optical input and an optical output, the optical waveguide formed to receive light into the optical input from a light source on the camera when the body structure is attached to the camera, the optical waveguide formed to emit light from the optical output into a designated area within a field of view of the lens of the camera when the body structure is attached to the camera such that it can be determined whether light from the light source is present within a portion of an image captured by the camera, wherein the portion of the image corresponds to the designated area within the field of view of the lens of the camera. a body structure formed to fit over the camera ; a zoom lens disposed within the body structure so as to be positioned in front of a lens of the camera when the body structure is attached to the camera; and an optical waveguide disposed within the body structure, the optical waveguide formed to have an optical input and an optical output, the optical waveguide formed to receive light into the optical input from a light source on the camera when the body structure is attached to the camera, the optical waveguide formed to emit light from the optical output into a designated area within a field of view of the lens of the camera when the body structure is attached to the camera such that it can be determined whether light from the light source is present within a portion of an image captured by the camera, wherein the portion of the image corresponds to the designated area within the field of view of the lens of the camera.
Sensor arrangement for measuring a temperature, having: - a sensor element having a ceramic main body and at least two electrodes , wherein the electrodes are arranged on an outer side of the ceramic main body , - at least two contact-making elements for electrically contacting the sensor element, wherein the contact-making elements are connected to the electrodes in a connecting region , - a glass sheathing , wherein at least the ceramic main body and the connecting region are fully inserted into the glass sheathing , wherein the glass sheathing is compressively braced, and wherein the coefficients of expansion of the glass sheathing , the contact-making elements and the sensor element are matched to one another for compressively bracing the glass sheathing , characterized in that the glass sheathing has a smaller coefficient of expansion than the ceramic main body and the contact-making elements . - a sensor element having a ceramic main body and at least two electrodes , wherein the electrodes are arranged on an outer side of the ceramic main body , - at least two contact-making elements for electrically contacting the sensor element, wherein the contact-making elements are connected to the electrodes in a connecting region , - a glass sheathing , wherein at least the ceramic main body and the connecting region are fully inserted into the glass sheathing , wherein the glass sheathing is compressively braced, and wherein the coefficients of expansion of the glass sheathing , the contact-making elements and the sensor element are matched to one another for compressively bracing the glass sheathing , characterized in that the glass sheathing has a smaller coefficient of expansion than the ceramic main body and the contact-making elements . wherein the glass sheathing is compressively braced, and wherein the coefficients of expansion of the glass sheathing , the contact-making elements and the sensor element are matched to one another for compressively bracing the glass sheathing , characterized in that the glass sheathing has a smaller coefficient of expansion than the ceramic main body and the contact-making elements .
Device for treating the exhaust gas of an internal combustion engine , which device can be connected to an outlet of the internal combustion engine , wherein the device comprises an exhaust gas system having an exhaust gas channel in which a three-way catalytic converter is arranged, and having an exhaust gas burner , wherein a discharge point for the burner exhaust gas of the exhaust gas burner is provided at the exhaust gas channel upstream of the three-way catalytic converter , characterized in that the three-way catalytic converter is designed as a lambda probe catalytic converter , wherein a lambda probe is arranged downstream of a first catalytic converter volume of the three-way catalytic converter and upstream of a second catalytic converter volume , and wherein the first catalytic converter volume has a lower oxygen storage capacity than the second catalytic converter volume .
A communication system comprising: a first communication network acting as home communication network of a mobile terminal ; a second communication network acting as visited communication network of the mobile terminal; a data rate quota storage component configured to store, for a network slice and for the mobile terminal , a specification of a limit of the total data rate over all communication sessions provided in said network slice for said mobile terminal; a data rate management component ; and a notification component configured to notify the data rate management component about the limit, wherein the data rate management component is configured to monitor and control the data rate of one or more communication connections of said mobile terminal in the communication system such that the total data rate over all communication sessions provided in the network slice for the mobile terminal does not exceed the limit; and wherein the data rate quota storage component is a part of the first communication network, the notification component is a part of the first communication network and/or a part of the second communication network, and the data rate management component is part of the second communication network. a first communication network acting as home communication network of a mobile terminal ; a second communication network acting as visited communication network of the mobile terminal; a data rate quota storage component configured to store, for a network slice and for the mobile terminal , a specification of a limit of the total data rate over all communication sessions provided in said network slice for said mobile terminal; a data rate management component ; and a notification component configured to notify the data rate management component about the limit, wherein the data rate management component is configured to monitor and control the data rate of one or more communication connections of said mobile terminal in the communication system such that the total data rate over all communication sessions provided in the network slice for the mobile terminal does not exceed the limit; and wherein the data rate quota storage component is a part of the first communication network, the notification component is a part of the first communication network and/or a part of the second communication network, and the data rate management component is part of the second communication network.
A bioimplant, comprising a base material of metal, ceramic, or plastic and a thermal spraying film of a calcium phosphate-based material formed at least partially thereon, and the bioimplant being subjected to a heat-treatment at a temperature range of 400 to 1000 °C under the reduced pressure of 10 -2 Pa or less and then to a hydration-treatment, the silver concentration in the thermal-spray film being 0.05 wt % to 3.00 wt %, wherein the thermal spraying film is hydrated and hydroxyapatite is present on the surface of the thermal spraying film.
A sound system for a vehicle, comprising: one or more speakers ; and a controller electrically coupled to the one or more speakers including executable instructions stored in non-transitory memory that cause the controller to increase a frequency of occurrence and audible level of a sound that is generated via the one or more speakers according to a state of a user control, wherein the user control includes an operating range that is subdivided into a plurality of sound group regions, each of the plurality of sound group regions including one or more sounds unique to a sound group region within the plurality of sound group regions, and wherein the one or more speakers are included within a vehicle passenger cabin. one or more speakers ; and a controller electrically coupled to the one or more speakers including executable instructions stored in non-transitory memory that cause the controller to increase a frequency of occurrence and audible level of a sound that is generated via the one or more speakers according to a state of a user control, wherein
An inserting apparatus comprising a base and a movable element , wherein the base is a hollow structure; an inner wall of the base is provided with a step surface ; a fixed element is fixedly provided in the base ; a gap is formed between one end of the fixed element and the step surface ; the gap is configured to accommodate a fixed end of an elastic element ; and a pressing element is slidable along an inner wall of the fixed element to push a free end of the elastic element ; the movable element comprises a first end connected to a signal line and a second end connected to a support tube ; a front end of the support tube is connected to an insertion object, and the support tube is allowed to pass through the base ; and the movable element is at least partially movable along an inner wall of the pressing element to enter the base ; and the elastic element is annular; the support tube and the movable element are allowed to pass through the elastic element ; and an end of the pressing element away from the elastic element is provided with a force application portion . the base is a hollow structure; an inner wall of the base is provided with a step surface ; a fixed element is fixedly provided in the base ; a gap is formed between one end of the fixed element and the step surface ; the gap is configured to accommodate a fixed end of an elastic element ; and a pressing element is slidable along an inner wall of the fixed element to push a free end of the elastic element ; the movable element comprises a first end connected to a signal line and a second end connected to a support tube ; a front end of the support tube is connected to an insertion object, and the support tube is allowed to pass through the base ; and the movable element is at least partially movable along an inner wall of the pressing element to enter the base ; and the elastic element is annular; the support tube and the movable element are allowed to pass through the elastic element ; and an end of the pressing element away from the elastic element is provided with a force application portion .
An ink jet head , comprising: a head chip which comprises a nozzle layer with nozzles for jetting ink and a pressure chamber layer with pressure chambers communicated respectively with the nozzles ; and a manifold which is configured to store the ink to be supplied to the pressure chambers ; wherein the head chip comprises: individual communication flow paths which are formed in the nozzle layer and which are communicated respectively with the pressure chambers and which are capable of discharging the ink in the pressure chambers ; and common communication flow paths which are disposed in a part of the pressure chamber layer facing the nozzle layer and which are connected to the individual communication flow paths to join the ink discharged from the individual communication flow paths together and to discharge the ink and bubbles from the ink jet head , characterized in that the common communication flow paths are provided at both sides of the pressure chambers and individual communication flow paths are provided from each nozzle toward the common communication flow paths at both sides of each nozzle . a head chip which comprises a nozzle layer with nozzles for jetting ink and a pressure chamber layer with pressure chambers communicated respectively with the nozzles ; and a manifold which is configured to store the ink to be supplied to the pressure chambers ; wherein the head chip comprises: individual communication flow paths which are formed in the nozzle layer and which are communicated respectively with the pressure chambers and which are capable of discharging the ink in the pressure chambers ; and common communication flow paths which are disposed in a part of the pressure chamber layer facing the nozzle layer and which are connected to the individual communication flow paths to join the ink discharged from the individual communication flow paths together and to discharge the ink and bubbles from the ink jet head , individual communication flow paths which are formed in the nozzle layer and which are communicated respectively with the pressure chambers and which are capable of discharging the ink in the pressure chambers ; and common communication flow paths which are disposed in a part of the pressure chamber layer facing the nozzle layer and which are connected to the individual communication flow paths to join the ink discharged from the individual communication flow paths together and to discharge the ink and bubbles from the ink jet head , characterized in that the common communication flow paths are provided at both sides of the pressure chambers and individual communication flow paths are provided from each nozzle toward the common communication flow paths at both sides of each nozzle .
A method of predicting a likelihood of survival following treatment with abiraterone acetate (AA) in a human patient having castration-resistant prostate cancer (CRPC), the method comprising: (a) contacting cDNA from a tumor sample of the patient obtained prior to treatment with abiraterone acetate (AA) with a gene chip, wherein said gene chip comprises probes for at least one mRNA biomarker, and wherein the at least one mRNA biomarker comprises aldo-keto reductase family 1 member C3 (AKR1C3), FK506 binding protein 5 (FKBP5) and proliferating cell nuclear antigen (PCNA); (b) measuring an expression level of the at least one mRNA biomarker; and (c) comparing the expression level of the at least one mRNA biomarker to an expression level of a reference gene, wherein an increase in the expression level of the aldo-keto reductase family 1 member C3 (AKR1C3), FK506 binding protein 5 (FKBP5) or proliferating cell nuclear antigen (PCNA), or any combination thereof in the patient sample relative to the expression level of the reference gene indicates an increased likelihood of progression free survival, overall survival, or both for said patient following treatment with abiraterone acetate (AA). (a) contacting cDNA from a tumor sample of the patient obtained prior to treatment with abiraterone acetate (AA) with a gene chip, wherein said gene chip comprises probes for at least one mRNA biomarker, and wherein the at least one mRNA biomarker comprises aldo-keto reductase family 1 member C3 (AKR1C3), FK506 binding protein 5 (FKBP5) and proliferating cell nuclear antigen (PCNA); (b) measuring an expression level of the at least one mRNA biomarker; and (c) comparing the expression level of the at least one mRNA biomarker to an expression level of a reference gene, wherein an increase in the expression level of the aldo-keto reductase family 1 member C3 (AKR1C3), FK506 binding protein 5 (FKBP5) or proliferating cell nuclear antigen (PCNA), or any combination thereof in the patient sample relative to the expression level of the reference gene indicates an increased likelihood of progression free survival, overall survival, or both for said patient following treatment with abiraterone acetate (AA).
An annular combustion chamber for an aircraft turbomachine , this chamber comprising two coaxial annular walls, respectively, an internal and an external , which are connected upstream by an annular bottom wall of the chamber , an injection device passing through an axis (X) and comprising an air injection system and a frustoconical bowl which is flared downstream and comprising air passage orifices , the chamber further comprising an annular deflector placed downstream of the annular bottom wall , substantially parallel to the latter, the air injection system , the annular bottom wall , the deflector and the bowl are integrally formed, the deflector comprising an annular portion substantially parallel to the annular bottom wall and separated from the annular bottom wall by a first space , the annular portion comprising an internal end with respect to the axis (X) connected to the bowl and to the annular bottom wall , characterised in that the bowl comprises a first frustoconical wall and a second frustoconical wall substantially parallel and separated from each other by a second space , the annular bottom wall and the first frustoconical wall of the bowl comprising an air passage bores in said first and second spaces , said orifices of the bowl extending through the frustoconical walls until they open into the chamber , said outlets of the orifices of the bowl being located at the junctions between a wall of the annular portion of the deflector and the second frustoconical wall of the bowl . the air injection system , the annular bottom wall , the deflector and the bowl are integrally formed, the deflector comprising an annular portion substantially parallel to the annular bottom wall and separated from the annular bottom wall by a first space , the annular portion comprising an internal end with respect to the axis (X) connected to the bowl and to the annular bottom wall , characterised in that the bowl comprises a first frustoconical wall and a second frustoconical wall substantially parallel and separated from each other by a second space , the annular bottom wall and the first frustoconical wall of the bowl comprising an air passage bores in said first and second spaces , the deflector comprising an annular portion substantially parallel to the annular bottom wall and separated from the annular bottom wall by a first space , the annular portion comprising an internal end with respect to the axis (X) connected to the bowl and to the annular bottom wall , characterised in that the bowl comprises a first frustoconical wall and a second frustoconical wall substantially parallel and separated from each other by a second space , the annular bottom wall and the first frustoconical wall of the bowl comprising an air passage bores in said first and second spaces , said orifices of the bowl extending through the frustoconical walls until they open into the chamber , said outlets of the orifices of the bowl being located at the junctions between a wall of the annular portion of the deflector and the second frustoconical wall of the bowl .
A method comprising: determining , by a first communication device, a power-management state of a second communication device, the second communication device operable according to a plurality of power-management states of greater or lesser power usage corresponding to varying levels of activity, wherein determining the power-management state of the second communication device comprises retrieving status information of the second communication device; transmitting , by the first communication device, one or more packets to the second communication device over a communication link, the one or more packets to be received by the second communication device while in the power-management state; receiving , from the second communication device over the communication link, one or more response packets in response to the one or more packets; and determining a latency of the communication link when the second communication device is in the power-management state based on the one or more packets and the one or more response packets. determining , by a first communication device, a power-management state of a second communication device, the second communication device operable according to a plurality of power-management states of greater or lesser power usage corresponding to varying levels of activity, wherein determining the power-management state of the second communication device comprises retrieving status information of the second communication device; transmitting , by the first communication device, one or more packets to the second communication device over a communication link, the one or more packets to be received by the second communication device while in the power-management state; receiving , from the second communication device over the communication link, one or more response packets in response to the one or more packets; and determining a latency of the communication link when the second communication device is in the power-management state based on the one or more packets and the one or more response packets.
A switching power supply comprising: a power stage that is configured to provide an output signal (VOUT) in response to a switching signal; a feedback loop that is configured to monitor the output signal (VOUT) and to provide a feedback error signal to adjust the switching signal to regulate the output signal (VOUT); and a simulated feedback error generator that is configured to temporarily provide a simulated feedback error signal during a transition period from a low power mode to a high power mode of the switching power supply until the feedback loop has enough time to provide the feedback error signal; a low power mode controller ; wherein during the low power mode only the power stage and the low power mode controller are active and the high power mode begins with powering on components that were powered off during the low power mode, the low power mode controller is configured to disable the feedback loop during the low power mode and to supply the switching signal to the power stage during the low power mode, wherein in the high power mode the low power mode controller and the simulated feedback error signal produced by the simulated feedback error generator are disabled. a power stage that is configured to provide an output signal (VOUT) in response to a switching signal; a feedback loop that is configured to monitor the output signal (VOUT) and to provide a feedback error signal to adjust the switching signal to regulate the output signal (VOUT); and a simulated feedback error generator that is configured to temporarily provide a simulated feedback error signal during a transition period from a low power mode to a high power mode of the switching power supply until the feedback loop has enough time to provide the feedback error signal; a low power mode controller ; wherein during the low power mode only the power stage and the low power mode controller are active and the high power mode begins with powering on components that were powered off during the low power mode, the low power mode controller is configured to disable the feedback loop during the low power mode and to supply the switching signal to the power stage during the low power mode,
A method for preparation of a cell culture medium, comprising the steps of: preparation of an aqueous cell culture medium solution ; and bottom spray granulation ; and characterized in that the bottom spray granulation is performed with only the aqueous cell culture medium solution without adding separate seed or coagulant. preparation of an aqueous cell culture medium solution ; and bottom spray granulation ; and characterized in that the bottom spray granulation is performed with only the aqueous cell culture medium solution without adding separate seed or coagulant.