mhurhangee/patent-ind-claim-en huggingface dataset:
A liquid ejection head comprising: a channel member comprising a plurality of ejection holes ejecting liquid, a common channel linked with the plurality of ejection holes , a damper chamber configured by a space outside of the common channel , and a damper configured by a wall partitioning the common channel and the damper chamber ; and a plurality of pressurizing parts for pressurizing the liquid, wherein the channel member is configured by a stacked plurality of flat plates , the plurality of plates comprises a first plate comprising the plurality of ejection holes and a second plate adjacent to the first plate , the second plate comprises a first part sandwiched by the first plate and the damper chamber , the first part comprises a first surface on opposite side from the first plate , and a covering layer is unevenly provided on the first surface of the first part . a channel member comprising a plurality of ejection holes ejecting liquid, a common channel linked with the plurality of ejection holes , a damper chamber configured by a space outside of the common channel , and a damper configured by a wall partitioning the common channel and the damper chamber ; and a plurality of ejection holes ejecting liquid, a common channel linked with the plurality of ejection holes , a damper chamber configured by a space outside of the common channel , and a damper configured by a wall partitioning the common channel and the damper chamber ; and a plurality of pressurizing parts for pressurizing the liquid, wherein the channel member is configured by a stacked plurality of flat plates , the plurality of plates comprises a first plate comprising the plurality of ejection holes and a second plate adjacent to the first plate , a first plate comprising the plurality of ejection holes and a second plate adjacent to the first plate , the second plate comprises a first part sandwiched by the first plate and the damper chamber , the first part comprises a first surface on opposite side from the first plate , and a covering layer is unevenly provided on the first surface of the first part .
A proving unit to verify the operation of a separate non-contact alternating current, AC, voltage measurement system , the proving unit comprising: a direct current, DC, power source subsystem , the DC power source subsystem comprising an output that provides a DC voltage; a DC-to-AC converter comprising an input and an output, the input of the DC-to-AC converter electrically coupled to the output of the DC power source subsystem , wherein in operation the DC-to-AC converter receives the DC voltage from the DC power source subsystem and converts the DC voltage to a specified AC voltage at the output of the DC-to-AC converter; an insulated wire comprising a conductor surrounded by an insulation layer , the conductor electrically coupled to the output of the DC-to-AC converter; and a wire support portion coupled to the insulated wire which physically supports the insulated wire such that the insulated wire is accessible to the separate non-contact AC voltage measurement system capable of measuring voltage in the insulated wire without galvanically contacting the conductor in the insulated wire . a direct current, DC, power source subsystem , the DC power source subsystem comprising an output that provides a DC voltage; a DC-to-AC converter comprising an input and an output, the input of the DC-to-AC converter electrically coupled to the output of the DC power source subsystem , wherein in operation the DC-to-AC converter receives the DC voltage from the DC power source subsystem and converts the DC voltage to a specified AC voltage at the output of the DC-to-AC converter; an insulated wire comprising a conductor surrounded by an insulation layer , the conductor electrically coupled to the output of the DC-to-AC converter; and a wire support portion coupled to the insulated wire which physically supports the insulated wire such that the insulated wire is accessible to the separate non-contact AC voltage measurement system capable of measuring voltage in the insulated wire without galvanically contacting the conductor in the insulated wire .
Method for manufacturing complete electronic components with electronic and/or non-electronic parts which are integrated into a housing that is simultaneously additively constructed in a Z direction from 2D structures , comprising the following method steps: a) printing an outer contour of a 2D structure , b) crosslinking the outer contour of the 2D structure c) by means of a UV light source , d) filling the space inside the outer contour so as to produce individual layers with a desired geometry with clearances for at least one cavity , e) re-crosslinking the 2D structure , which is in a filled state, by means of the UV light source , f) producing a stacked construction by repeating the steps a) to e), g) introducing a defined quantity of adhesive into the at least one cavity , h 1 ) placing at least one electronic or non-electronic part into the at least one cavity and producing a closed individual layer with embedded component , or h 2 ) producing 2D conductor-track structures or 3D conductor-track structures in cavities , in particular channels, or on free surfaces by dispensing a conductive adhesive into the cavities , in the form of channels, or onto the free surfaces , i) re-crosslinking the 2D structure , which is in a closed state, j) repeating the method steps a) to e) until construction of a complete stacked construction in the Z direction , and k) curing the obtained stacked construction of the complete electronic component composed of 2D structures in the Z direction . a) printing an outer contour of a 2D structure , b) crosslinking the outer contour of the 2D structure c) by means of a UV light source , d) filling the space inside the outer contour so as to produce individual layers with a desired geometry with clearances for at least one cavity , e) re-crosslinking the 2D structure , which is in a filled state, by means of the UV light source , f) producing a stacked construction by repeating the steps a) to e), g) introducing a defined quantity of adhesive into the at least one cavity , h 1 ) placing at least one electronic or non-electronic part into the at least one cavity and producing a closed individual layer with embedded component , or h 2 ) producing 2D conductor-track structures or 3D conductor-track structures in cavities , in particular channels, or on free surfaces by dispensing a conductive adhesive into the cavities , in the form of channels, or onto the free surfaces , i) re-crosslinking the 2D structure , which is in a closed state, j) repeating the method steps a) to e) until construction of a complete stacked construction in the Z direction , and k) curing the obtained stacked construction of the complete electronic component composed of 2D structures in the Z direction .
A dryer comprising: a hollow casing accommodating a fan and a heater (H) and having an open front and an open rear; characterized by a gyro sensor configured to sense motion information of the dryer; and a display device disposed at the rear of the casing, covering at least a part of the open rear, including a display panel comprising a screen where a graphic object is displayed, and including a controller configured to display the graphic object on at least one of a plurality of display areas of the screen; and wherein the display device and a rear edge of the casing are spaced apart from each other to thereby form an air introduction area between the display device and the rear edge of the casing , and the controller is configured to rotate the screen and thereby rotate the graphic object displayed on the screen in an erected posture in the field of view of the user based on the gyro sensor. a hollow casing accommodating a fan and a heater (H) and having an open front and an open rear; characterized by a gyro sensor configured to sense motion information of the dryer; and a display device disposed at the rear of the casing, covering at least a part of the open rear, including a display panel comprising a screen where a graphic object is displayed, and including a controller configured to display the graphic object on at least one of a plurality of display areas of the screen; and wherein the display device and a rear edge of the casing are spaced apart from each other to thereby form an air introduction area between the display device and the rear edge of the casing , and the controller is configured to rotate the screen and thereby rotate the graphic object displayed on the screen in an erected posture in the field of view of the user based on the gyro sensor.
A radio frequency identification (RFID) reader system comprising: an RFID reader operable at a high frequency band, wherein the RFID reader is configured to: receive a first backscattered signal at the high frequency band from an RFID tag in response to a transmission of a first radio frequency (RF) interrogation signal; and determine a first phase angle of the received first backscattered signal; a radio transceiver device operable at a low frequency band, wherein the radio transceiver device is configured to: receive a second backscattered signal at the low frequency band from the RFID tag in response to a transmission of a second RF interrogation signal; and determine a second phase angle of the received second backscattered signal; and a main control unit coupled to the RFID reader and the radio transceiver device, wherein the main control unit is configured to: determine a plurality of first distances based on the first phase angle; determine a second distance based on the second phase angle; and select one of the plurality of first distances as a final distance between the RFID reader and the RFID tag based on the determined second distance. an RFID reader operable at a high frequency band, wherein the RFID reader is configured to: receive a first backscattered signal at the high frequency band from an RFID tag in response to a transmission of a first radio frequency (RF) interrogation signal; and determine a first phase angle of the received first backscattered signal; receive a first backscattered signal at the high frequency band from an RFID tag in response to a transmission of a first radio frequency (RF) interrogation signal; and determine a first phase angle of the received first backscattered signal; a radio transceiver device operable at a low frequency band, wherein the radio transceiver device is configured to: receive a second backscattered signal at the low frequency band from the RFID tag in response to a transmission of a second RF interrogation signal; and determine a second phase angle of the received second backscattered signal; and receive a second backscattered signal at the low frequency band from the RFID tag in response to a transmission of a second RF interrogation signal; and determine a second phase angle of the received second backscattered signal; and a main control unit coupled to the RFID reader and the radio transceiver device, wherein the main control unit is configured to: determine a plurality of first distances based on the first phase angle; determine a second distance based on the second phase angle; and select one of the plurality of first distances as a final distance between the RFID reader and the RFID tag based on the determined second distance. determine a plurality of first distances based on the first phase angle; determine a second distance based on the second phase angle; and select one of the plurality of first distances as a final distance between the RFID reader and the RFID tag based on the determined second distance.
Method for managing a change in driving mode of a motor vehicle, comprising the following steps: - receiving a request relating to a driving mode from at least one vehicle dynamics control device and at least one vehicle driving ambience control device ; - selecting criteria for changing the driving mode depending on the said received request that was made by the said at least one vehicle dynamics control device and by the said at least one driving ambience control device ; - validating conditions for making the change in driving mode by way of the said at least one dynamics control device , and - initiating the change in driving mode by way of the said at least one vehicle dynamics control device and the said at least one driving ambience control device , the validation step comprising the following substeps: - controlling the capacity of the said at least one vehicle dynamics control device to be able to make the change in driving mode depending on its operating state, and - verifying that the conditions of stability and comfort of the vehicle make it possible to implement the change in driving mode by way of the vehicle dynamics control device . - receiving a request relating to a driving mode from at least one vehicle dynamics control device and at least one vehicle driving ambience control device ; - selecting criteria for changing the driving mode depending on the said received request that was made by the said at least one vehicle dynamics control device and by the said at least one driving ambience control device ; - validating conditions for making the change in driving mode by way of the said at least one dynamics control device , and - initiating the change in driving mode by way of the said at least one vehicle dynamics control device and the said at least one driving ambience control device , - controlling the capacity of the said at least one vehicle dynamics control device to be able to make the change in driving mode depending on its operating state, and - verifying that the conditions of stability and comfort of the vehicle make it possible to implement the change in driving mode by way of the vehicle dynamics control device .
Device for laying a strip on the receiving surface of the base of a tread of longitudinal axis X-X', comprising - a tread support framework extending in a direction parallel to the axis X-X'; - a strip distribution module collaborating with a laying head provided with at least one application roller for applying the strip to the said receiving surface, the laying head being borne by a carriage capable of moving in translation in a direction parallel to the plane of the receiving surface, - the laying head comprising means for cutting a length of strip, characterized in that the laying head comprises a barrel comprising two strip application rollers each one positioned at one of the ends of the said barrel, the said barrel being able to pivot about a central axis parallel to the strip receiving surface, so that the said rollers can be made to switch places so that either the one or the other of the said rollers can be brought into contact with the receiving surface, the said barrel having two opposite faces each comprising strip-holding means comprising a vacuum bar which is situated between the rollers so that the strip-holding means can hold the strip continuously, before and after the cutting of a length of said strip, and so that it is thus possible, at the end of a strip-laying cycle, to make the rollers switch places by pivoting the barrel without letting go of the strip, so as to be able to recommence a further laying cycle. - a tread support framework extending in a direction parallel to the axis X-X'; - a strip distribution module collaborating with a laying head provided with at least one application roller for applying the strip to the said receiving surface, the laying head being borne by a carriage capable of moving in translation in a direction parallel to the plane of the receiving surface, - the laying head comprising means for cutting a length of strip,
A composition comprising a peptide isolated from probiotic bacteria, for use in the prevention and/or treatment of an enteric bacterial infection in mammals, wherein the peptide consists of YPPGGP (SEQ ID NO:2).
A tire comprising a tread part, and at least one outermost surface member other than the tread part, wherein a rubber composition constituting the tread part comprises a rubber component comprising a diene-based rubber and a multi-component polymer, the multi-component polymer comprising an aromatic vinyl unit, a nonconjugated olefin unit, and a conjugated diene unit, wherein a rubber composition constituting the at least one outermost surface member other than the tread part comprises a rubber component comprising a diene-based rubber and a multi-component polymer, the multi-component polymer comprising an aromatic vinyl unit, a nonconjugated olefin unit, and a conjugated diene unit, and, wherein when, for each of individual rubber components of the rubber component of the tread part, a value obtained by multiplying a mass fraction in the rubber component and the aromatic vinyl unit content (% by mass) is calculated and these values are summed to calculate an aromatic vinyl unit content T Arm (% by mass) in the rubber component of the tread part, and, on the other hand, for each of individual rubber components constituting the rubber component of the at least one outermost surface member other than the tread part, a value obtained by multiplying a mass fraction in the rubber component and the aromatic vinyl unit content (% by mass) is calculated and these values are summed to calculate an aromatic vinyl unit content OMM Arm (% by mass) in the rubber component of the at least one outermost surface member other than the tread part, T Arm is greater than OMM Arm . wherein a rubber composition constituting the tread part comprises a rubber component comprising a diene-based rubber and a multi-component polymer, the multi-component polymer comprising an aromatic vinyl unit, a nonconjugated olefin unit, and a conjugated diene unit, wherein a rubber composition constituting the at least one outermost surface member other than the tread part comprises a rubber component comprising a diene-based rubber and a multi-component polymer, the multi-component polymer comprising an aromatic vinyl unit, a nonconjugated olefin unit, and a conjugated diene unit, and, wherein when, for each of individual rubber components of the rubber component of the tread part, a value obtained by multiplying a mass fraction in the rubber component and the aromatic vinyl unit content (% by mass) is calculated and these values are summed to calculate an aromatic vinyl unit content T Arm (% by mass) in the rubber component of the tread part, and, on the other hand, for each of individual rubber components constituting the rubber component of the at least one outermost surface member other than the tread part, a value obtained by multiplying a mass fraction in the rubber component and the aromatic vinyl unit content (% by mass) is calculated and these values are summed to calculate an aromatic vinyl unit content OMM Arm (% by mass) in the rubber component of the at least one outermost surface member other than the tread part, T Arm is greater than OMM Arm .
An apparatus to process cached content, the apparatus comprising: a content identification information library to store first content identification information of a first media presentation , wherein the first media presentation is a streamed media presentation ; a network activity meter to inspect a network connection of a media streaming device for network activity associated with a second media presentation; a network activity manager to determine, in response to an absence of the network activity, the second media presentation is a cached media presentation, the cached media presentation retrieved from memory of the media streaming device ; a cached content source determiner to infer a streaming source of the second media presentation by matching second content identification information of the second media presentation with the first content identification information of the first media presentation; and a media credit manager to generate a second media credit for the second media presentation that includes an inferred streaming source identifier. a content identification information library to store first content identification information of a first media presentation , wherein the first media presentation is a streamed media presentation ; a network activity meter to inspect a network connection of a media streaming device for network activity associated with a second media presentation; a network activity manager to determine, in response to an absence of the network activity, the second media presentation is a cached media presentation, the cached media presentation retrieved from memory of the media streaming device ; a cached content source determiner to infer a streaming source of the second media presentation by matching second content identification information of the second media presentation with the first content identification information of the first media presentation; and a media credit manager to generate a second media credit for the second media presentation that includes an inferred streaming source identifier.
A robot hand apparatus , comprising: a supporter ; a first holder with a proximal end thereof supported by the supporter , the first holder having a first sucking surface that is bendable at any position and that sucks an object using negative pressure; and a second holder with a proximal end thereof supported by the supporter , the second holder having a second sucking surface that is bendable at any position and that sucks the object using negative pressure, wherein the first holder and the second holder are arranged such that, when the apparatus does not hold the object , the first sucking surface opposes the second sucking surface , wherein, when the first holder and the second holder hold the object , in a state in which the first sucking surface is bent at a first position and the second sucking surface is bent at a second position , the object is sucked to a region of the first sucking surface between the first position and a distal end of the first holder , and the object is sucked to a region of the second sucking surface between the second position and a distal end of the second holder , and wherein the first holder and the second holder are formed of an elastic material, characterized in that the first holder and the second holder are configured such that, when the distal ends of the first holder and the second holder are pressed to the object , the first sucking surface and the second sucking surface are respectively bent at the first position and the second position . a supporter ; a first holder with a proximal end thereof supported by the supporter , the first holder having a first sucking surface that is bendable at any position and that sucks an object using negative pressure; and a second holder with a proximal end thereof supported by the supporter , the second holder having a second sucking surface that is bendable at any position and that sucks the object using negative pressure, wherein the first holder and the second holder are arranged such that, when the apparatus does not hold the object , the first sucking surface opposes the second sucking surface , wherein, when the first holder and the second holder hold the object , in a state in which the first sucking surface is bent at a first position and the second sucking surface is bent at a second position , the object is sucked to a region of the first sucking surface between the first position and a distal end of the first holder , and the object is sucked to a region of the second sucking surface between the second position and a distal end of the second holder , and wherein the first holder and the second holder are formed of an elastic material, characterized in that the first holder and the second holder are configured such that, when the distal ends of the first holder and the second holder are pressed to the object , the first sucking surface and the second sucking surface are respectively bent at the first position and the second position .