mhurhangee/patent-ind-claim-en huggingface dataset:
Spray gun apparatus comprising:- a main body having a fluid transfer chamber and a fluid nozzle ; a fluid throughbore for allowing fluid to be introduced into the apparatus; a fluid-release needle provided within the fluid transfer chamber , and operable to selectively open and close the fluid nozzle ; a propellant gas throughbore for passage of a propellant gas flow into a propellant annulus proximate the fluid nozzle ; a horn gas throughbore for passage of a horn gas flow into horn outlets ; an inner valve member located within the main body and provided with first and second release bores which are alignable with the respective propellent and horn gas throughbores for controlling the quantity of gas flowing therethrough; a main trigger lever pivotably connected to the main body for actuating the inner valve member and a fluid flow adjustment mechanism for allowing a user to adjust the quantity of fluid sprayed from the gun for a given displacement of the main trigger lever ; wherein the main trigger lever is provided with an engagement surface adapted to engage with a corresponding engagement surface of the fluid flow adjustment mechanism in order that pivoting movement of the main trigger lever results in translational movement of at least a portion of the or each fluid flow adjustment mechanism to thereby selectively spray fluid from the gun upon displacement of the main trigger lever; and characterised in that both the propellant gas throughbore and the horn gas throughbore are each independently connectable to an external gas source via separate gas supply fittings . a main body having a fluid transfer chamber and a fluid nozzle ; a fluid throughbore for allowing fluid to be introduced into the apparatus; a fluid-release needle provided within the fluid transfer chamber , and operable to selectively open and close the fluid nozzle ; a propellant gas throughbore for passage of a propellant gas flow into a propellant annulus proximate the fluid nozzle ; a horn gas throughbore for passage of a horn gas flow into horn outlets ; an inner valve member located within the main body and provided with first and second release bores which are alignable with the respective propellent and horn gas throughbores for controlling the quantity of gas flowing therethrough; a main trigger lever pivotably connected to the main body for actuating the inner valve member and a fluid flow adjustment mechanism for allowing a user to adjust the quantity of fluid sprayed from the gun for a given displacement of the main trigger lever ; wherein the main trigger lever is provided with an engagement surface adapted to engage with a corresponding engagement surface of the fluid flow adjustment mechanism in order that pivoting movement of the main trigger lever results in translational movement of at least a portion of the or each fluid flow adjustment mechanism to thereby selectively spray fluid from the gun upon displacement of the main trigger lever; and characterised in that both the propellant gas throughbore and the horn gas throughbore are each independently connectable to an external gas source via separate gas supply fittings .
A method for data analytics reporting, DAR, of a Radio Access Network, RAN, key performance indicator, KPI, from a data extraction entity, DEE, to a data analytics entity, DAE, in a data analytics process, DAP; wherein the DEE is comprised in a gNB-Distributed Unit, gNB-DU, or a function therein; and wherein the DAE is comprised in a gNB-Centralized Unit, gNB-CU, or a function therein; wherein the reporting is performed via an interface; wherein a data-set regarding said KPI is transmitted from the DEE to the DAE; wherein said data-set comprises at least one, empirical statistical moment determined by the DEE; wherein each of the at least one empirical statistical moment, m i , is determined by the DEE based on the following equation: m i = 1 N S ∑ n = 1 N S s n i ; and wherein s n is a data sample of the KPI and Ns is a number of samples contributing to the respective moment m i . wherein the DEE is comprised in a gNB-Distributed Unit, gNB-DU, or a function therein; and wherein the DAE is comprised in a gNB-Centralized Unit, gNB-CU, or a function therein; wherein the reporting is performed via an interface; wherein a data-set regarding said KPI is transmitted from the DEE to the DAE; wherein said data-set comprises at least one, empirical statistical moment determined by the DEE; wherein each of the at least one empirical statistical moment, m i , is determined by the DEE based on the following equation: m i = 1 N S ∑ n = 1 N S s n i ; and wherein s n is a data sample of the KPI and Ns is a number of samples contributing to the respective moment m i .
A brewing unit for a beverage preparation device, in particular a coffee and/or espresso machine, said brewing unit comprising a brewing chamber displaceable between different operating positions by means of a driving or displacing mechanism and configured to receive a beverage substrate, in particular ground coffee powder, via an opening of the brewing chamber and comprising a brew head which, at least in a brewing position and a flushing position of the brewing chamber , is disposed in an at least partially inserted manner in the opening of the brewing chamber , preferably with a protruding brewing piston , and which has a fluid outlet opening , in particular at a front side of the brewing piston , said fluid outlet opening being provided so as to interact with a pressure valve or pressure relief valve which opens when a limit pressure within a closed brewing chamber is reached and allows fluid to flow out of the brewing chamber , characterized in that the pressure valve or pressure relief valve is designed so as to interact with a mechanical opening mechanism for the positive opening operation of the pressure valve or pressure relief valve independently of the pressure in the brewing chamber , the brewing chamber being designed and disposed in such a manner that, when the quantity of a beverage substrate in the brewing chamber falls below a minimum quantity, a triggering surface of the opening mechanism comes into contact with the brewing chamber when the brewing chamber is displaced in the direction of the flushing position before the flushing position is reached and effects a force transmission from the brewing chamber to the opening mechanism via the triggering surface when the brewing chamber is further displaced in the direction of the flushing position such that the pressure valve or pressure relief valve has been transferred into a positive opening operation position independent of pressure when the flushing position is reached.
A cap assembly for a secondary battery , characterized in comprising: a cap plate comprising an electrode lead-out hole ; an electrode terminal comprising a terminal plate , wherein the terminal plate is located at a side of the cap plate and covers the electrode lead-out hole ; a first fixing member at least partly surrounding the terminal plate to fix the electrode terminal to the first fixing member ; and a second fixing member comprising a main portion and an annular third flange , wherein the third flange is connected to the main portion and extends in a direction away from the terminal plate , and the third flange is welded to the cap plate ; and wherein the main portion is provided with an engaging hole and the first fixing member is provided with an inserting portion , and the inserting portion is inserted into the engaging hole , an outer peripheral surface of the terminal plate protrudes from an inner wall of the electrode lead-out hole , and the second fixing member is separated from the electrode terminal by the first fixing member . a cap plate comprising an electrode lead-out hole ; an electrode terminal comprising a terminal plate , wherein the terminal plate is located at a side of the cap plate and covers the electrode lead-out hole ; a first fixing member at least partly surrounding the terminal plate to fix the electrode terminal to the first fixing member ; and a second fixing member comprising a main portion and an annular third flange , wherein the third flange is connected to the main portion and extends in a direction away from the terminal plate , and the third flange is welded to the cap plate ; and wherein the main portion is provided with an engaging hole and the first fixing member is provided with an inserting portion , and the inserting portion is inserted into the engaging hole , an outer peripheral surface of the terminal plate protrudes from an inner wall of the electrode lead-out hole , and the second fixing member is separated from the electrode terminal by the first fixing member .
A computer-implemented method for interacting with a user , the method comprising: obtaining first sensor data from a first sensor included in a plurality of sensors , wherein the first sensor data comprises audio speech input; analyzing the first sensor data to generate a first prediction, the analyzing the first sensor data comprising: converting the first sensor data into a text segment, applying a first natural language processing model to the text segment to extract an intended meaning; generating the first prediction based on the intended meaning and the first sensor data; and selecting the second sensor based on the intended meaning; obtaining second sensor data from the second sensor included in the plurality of sensors ; analyzing the second sensor data and the first prediction to generate a second prediction based on the intended meaning, the first prediction and the second sensor data; applying a second natural language processing model to the second prediction to generate a text segment; and converting the text segment into a natural language audio output; and outputting the natural language audio output to the user based on the second prediction. obtaining first sensor data from a first sensor included in a plurality of sensors , wherein the first sensor data comprises audio speech input; analyzing the first sensor data to generate a first prediction, the analyzing the first sensor data comprising: converting the first sensor data into a text segment, applying a first natural language processing model to the text segment to extract an intended meaning; generating the first prediction based on the intended meaning and the first sensor data; and converting the first sensor data into a text segment, applying a first natural language processing model to the text segment to extract an intended meaning; generating the first prediction based on the intended meaning and the first sensor data; and selecting the second sensor based on the intended meaning; obtaining second sensor data from the second sensor included in the plurality of sensors ; analyzing the second sensor data and the first prediction to generate a second prediction based on the intended meaning, the first prediction and the second sensor data; applying a second natural language processing model to the second prediction to generate a text segment; and converting the text segment into a natural language audio output; and outputting the natural language audio output to the user based on the second prediction.
An assembly for transferring heat with respect to a component , comprising: a first heat transfer plate having a first heat transfer surface arranged to contact and transfer heat with respect to a first component surface; a second heat transfer plate having a second heat transfer surface arranged to contact and transfer heat with respect to a second component surface and arranged at an angle of 270 degrees or less relative to the first heat transfer surface; a connecting portion extending between and connecting the first and second heat transfer plates together, the connecting portion including a bend that extends along an arc of at least 30 degrees; a heat transfer conduit arranged to conduct a flow of heat transfer fluid to the first and second heat transfer plates, the heat transfer conduit including at least one passageway that extends from the first heat transfer plate to the connecting portion and from the connecting portion to the second transfer plate; the heat transfer conduit having a cross sectional area in a part of the connecting portion that is different from a cross sectional area near the first and second heat transfer plates; and inlet and outlet ports arranged to respectively conduct heat transfer fluid into the heat transfer conduit and out of the heat transfer conduit, characterised in that the heat transfer conduit has a cross sectional area in a part of the connecting portion that is either smaller or larger from a cross sectional area at the first and second heat transfer plates . a first heat transfer plate having a first heat transfer surface arranged to contact and transfer heat with respect to a first component surface; a second heat transfer plate having a second heat transfer surface arranged to contact and transfer heat with respect to a second component surface and arranged at an angle of 270 degrees or less relative to the first heat transfer surface; a connecting portion extending between and connecting the first and second heat transfer plates together, the connecting portion including a bend that extends along an arc of at least 30 degrees; a heat transfer conduit arranged to conduct a flow of heat transfer fluid to the first and second heat transfer plates, the heat transfer conduit including at least one passageway that extends from the first heat transfer plate to the connecting portion and from the connecting portion to the second transfer plate; the heat transfer conduit having a cross sectional area in a part of the connecting portion that is different from a cross sectional area near the first and second heat transfer plates; and inlet and outlet ports arranged to respectively conduct heat transfer fluid into the heat transfer conduit and out of the heat transfer conduit, characterised in that the heat transfer conduit has a cross sectional area in a part of the connecting portion that is either smaller or larger from a cross sectional area at the first and second heat transfer plates .
A medical device support sytem , comprising: a shaft ; an extension arm having a support for a medical device and a hub at its proximal end mounted to the shaft for pivotable movement about a rotation axis of the shaft; a guide channel member that is fixed to the shaft; whereir the guide channel member includes an elongated cavity that defines first and second contact faces at opposite ends of the cavity; a floating stop movable within the elongated cavity of the guide channel member and movable relative to the hub; wherein the hub is pivotably mounted for a range of at least 360° (360 degrees) rotation about the rotation axis, wherein the at least 360° (360 degrees) rotation range is based on a compound of a first rotation range and a second rotation range, wherein the first rotation range is defined by a fixed stop of the hub configured to move between first and second contact faces of a radially outer portion of the floating stop, wherein the second rotation range is defined by a radially inner portion of the floating stop configured to move between the first and second contact faces of the elongated cavity of the guide channel member.
A surgical apparatus comprising: (a) a body assembly ; (b) a shaft assembly , wherein the shaft assembly extends distally from the body assembly, wherein the shaft assembly defines a longitudinal axis, wherein the shaft assembly includes a waveguide ; (c) an end effector , wherein the end effector is located at a distal end of the shaft assembly, wherein the end effector includes an ultrasonic blade in acoustic communication with the waveguide ; (d) an articulation section having a first side and an opposing second side , wherein the articulation section is coupled with the shaft assembly, wherein the articulation section is operable to deflect the end effector from the longitudinal axis toward the first or second side; and (e) a restricting member , wherein the restricting member is operable to prevent deflection of the end effector from the longitudinal axis toward the second side whilst allowing deflection of the end effector from the longitudinal axis toward the first side and wherein the restricting member is removably secured to the articulation section; wherein the restricting member comprises a tab extending from a base , and wherein the tab is disposed within a space defined by the articulation section, wherein the space is defined at least in part by a first retention collar and a second retention collar ; characterised in that the tab has a wedge-shaped cross-sectional profile and the space has a complementary wedge-shaped profile. (a) a body assembly ; (b) a shaft assembly , wherein the shaft assembly extends distally from the body assembly, wherein the shaft assembly defines a longitudinal axis, wherein the shaft assembly includes a waveguide ; (c) an end effector , wherein the end effector is located at a distal end of the shaft assembly, wherein the end effector includes an ultrasonic blade in acoustic communication with the waveguide ; (d) an articulation section having a first side and an opposing second side , wherein the articulation section is coupled with the shaft assembly, wherein the articulation section is operable to deflect the end effector from the longitudinal axis toward the first or second side; and (e) a restricting member , wherein the restricting member is operable to prevent deflection of the end effector from the longitudinal axis toward the second side whilst allowing deflection of the end effector from the longitudinal axis toward the first side and wherein the restricting member is removably secured to the articulation section;
A method of making a circular saw blade, the circular saw blade comprising a body having circumferential cutting teeth, the method including grooving the saw blade body, wherein grooves (4a, 4b; 5a, 5b; 6a, 6b; 7a, 7b; 8a, 8b; 9a, 9b; 10a, 10b; 12a, 12b) are formed on both sides of the body said grooves having a substantially rectangular cross sectional shape, and wherein said grooves have a depth (g) smaller than the thickness (t) of the saw blade body and extend in a direction different from the radial direction of the circular saw blade, said grooves being comprised in evenly distributed angular grooved sections (I, II, III, IV, VI, VII, VIII) covering at least a part of each surface of the body, in which grooved sections each radial cross-section (A-A) of the body comprises at least two grooves (4a, 4b; 5a, 5b; 6a, 6b; 7a, 7b; 8a, 8b; 9a, 9b; 10a, 10b; 12a, 12b), each of said two grooves being located on a different side of the body, so that each groove (4a, 4b; 5a, 5b; 6a, 6b; 7a, 7b; 8a, 8b; 9a, 9b; 10a, 10b; 12a, 12b) on one side is located in a part of the body that is free of the grooves on the opposite side of the body, characterized in that the distance (t 2 ) between the edges of the neighboring grooves located on the opposite sides of the body is not less than the dimension (t 1 ) that is equal to the thickness (t) of the body minus the depth (g) of the groove.
A quantum dot (QD) comprising: a first core (CO1); a second core (CO2) around the first core (CO1); and a shell layer (SH) around the second core (CO2), wherein there is a difference in lattice constants between the first core (CO1) and the shell layer (SH) that is 3% or less, and wherein the shell layer (SH) comprises ZnSe z S 1-z , and z is 0 to 1 characterized in that the first core (CO1) comprises In 1-y (Ga x Al 1-x ) y P, the second core (CO2) comprises InP, and x and y are each independently greater than 0 and less than 1. a first core (CO1); a second core (CO2) around the first core (CO1); and a shell layer (SH) around the second core (CO2), wherein there is a difference in lattice constants between the first core (CO1) and the shell layer (SH) that is 3% or less, and wherein the shell layer (SH) comprises ZnSe z S 1-z , and z is 0 to 1 characterized in that the first core (CO1) comprises In 1-y (Ga x Al 1-x ) y P, the second core (CO2) comprises InP, and x and y are each independently greater than 0 and less than 1.
A method for producing a steviol glycoside composition having a solubility of not less than 0.8 gram per 100 grams of water at 25°C comprising the steps of: A) providing a steviol glycoside powder composition comprising at least one steviol glycoside and having a solubility of 0.3 gram and less per 100 grams of water at 25°C, wherein the at least one steviol glycoside comprises Rebaudioside M ; B) providing water; C) providing ethanol; D) mixing the water, ethanol and powder composition comprising at least one steviol glycoside to make a mixture; E) increasing the temperature of the mixture to make a solution; F) mixing the solution with second batch of ethanol; G) decreasing the temperature of the mixture to obtain colloidal suspension; H) separating the solid phase of colloidal suspension, and I) drying the separated solid phase, to provide the steviol glycoside composition having a solubility of not less than 0.8 gram per 100 grams of water at 25°C. A) providing a steviol glycoside powder composition comprising at least one steviol glycoside and having a solubility of 0.3 gram and less per 100 grams of water at 25°C, wherein the at least one steviol glycoside comprises Rebaudioside M ; B) providing water; C) providing ethanol; D) mixing the water, ethanol and powder composition comprising at least one steviol glycoside to make a mixture; E) increasing the temperature of the mixture to make a solution; F) mixing the solution with second batch of ethanol; G) decreasing the temperature of the mixture to obtain colloidal suspension; H) separating the solid phase of colloidal suspension, and I) drying the separated solid phase, to provide the steviol glycoside composition having a solubility of not less than 0.8 gram per 100 grams of water at 25°C.
A method for reporting power headroom, PH, by a user equipment, UE, in a mobile communication system, the method comprising: receiving power headroom report, PHR, configuration information including a PH threshold from a first base station ; determining whether to perform a PHR trigger by comparing a PH value indicating available transmit power of the UE with the PH threshold; and transmitting PHR-related report information to the first base station, when the PH value is less than the PH threshold, wherein whether to perform the PHR trigger is further determined by using a number of resource blocks, RBs, allocated by the first base station and a modulation and coding scheme, MCS, level signaled by the first base station . receiving power headroom report, PHR, configuration information including a PH threshold from a first base station ; determining whether to perform a PHR trigger by comparing a PH value indicating available transmit power of the UE with the PH threshold; and transmitting PHR-related report information to the first base station, when the PH value is less than the PH threshold, wherein whether to perform the PHR trigger is further determined by using a number of resource blocks, RBs, allocated by the first base station and a modulation and coding scheme, MCS, level signaled by the first base station .