mhurhangee/ep-ind-claims huggingface dataset:
A method for determining a data transmission mode in a 5G network, said method being performed by a network device, the method comprising: obtaining at least one input parameter, wherein the at least one input parameter comprises transmission related information of a network side or transmission related information reported by a terminal device; determining a data transmission mode for the terminal device based on the at least one input parameter; and sending the data transmission mode to the terminal device; wherein sending the data transmission mode to the terminal device comprises: sending an order comprising bearer information for indicating to change data transmission mode and the data transmission mode, wherein said data transmission mode comprises one of the following: a link aggregation mode, a link switching mode, a carrier aggregation mode, a packet duplication mode. obtaining at least one input parameter, wherein the at least one input parameter comprises transmission related information of a network side or transmission related information reported by a terminal device; determining a data transmission mode for the terminal device based on the at least one input parameter; and sending the data transmission mode to the terminal device; sending an order comprising bearer information for indicating to change data transmission mode and the data transmission mode,
Adapter for a product dispenser with an adapter base body for positioning the adapter on a container opening of a pressure container, with an output sleeve, which is movable relative to the adapter base body along a longitudinal axis of the adapter base body, and the output sleeve is arranged movably relative to the adapter base body by an elastic connection, which is provided as an annular or disc-shaped membrane between the adapter base body and the output sleeve, characterized in that a guided displacement movement of a valve of the product dispenser takes place due to an elastic connection.
An extraction machine using capsules inserted into a capsule cage, said machine comprising guideways (3, 4) making it possible to guide the entry of the capsule into the machine, keep the capsule in an axially aligned position to allow the arrival of the cage, release the capsule during an axial movement to enter an extraction position, retain the capsule when it leaves its extraction position and guide the exit of the released capsule, said guideways being separated from one another due to the movement of the capsule and a collar of the capsule moving along an inclined plane of said guideways.
A display device including: a display panel having four different sides; a COF (chip on film 180) having a connection part on which the display panel is placed and a chip part on which a chip is placed; scan lines extending from a first and third side of the display panel, the first side facing the chip part, the third side being far from the chip part, the first and third sides are opposite to each other, the scan lines extend straight, data lines extending from a second and fourth side of the display panel, the second and fourth sides are opposite to each other, the data lines are curved in direction of the chip part, scan line connection lines on the connection part for connecting the scan lines electrically to the COF, data line connection lines on the connection part for connecting the data lines electrically to the COF, the data line connection lines are formed adjacently to the scan line connection lines on the connection part, wherein the scan lines are connected to the chip on a first line in parallel with an extending line from the COF through the scan line connection lines being formed straightly corresponding to the first line, wherein the scan line connection lines are connected to scan lines at the first and third side of the display panel and the data line connection lines are connected to the curved data lines, wherein the data line connection lines are shorter than the scan line connection lines. a display panel having four different sides; a COF (chip on film 180) having a connection part on which the display panel is placed and a chip part on which a chip is placed; scan lines extending from a first and third side of the display panel, the first side facing the chip part, the third side being far from the chip part, the first and third sides are opposite to each other, the scan lines extend straight, data lines extending from a second and fourth side of the display panel, the second and fourth sides are opposite to each other, the data lines are curved in direction of the chip part, scan line connection lines on the connection part for connecting the scan lines electrically to the COF, data line connection lines on the connection part for connecting the data lines electrically to the COF, the data line connection lines are formed adjacently to the scan line connection lines on the connection part, wherein the scan lines are connected to the chip on a first line in parallel with an extending line from the COF through the scan line connection lines being formed straightly corresponding to the first line, wherein the scan line connection lines are connected to scan lines at the first and third side of the display panel and the data line connection lines are connected to the curved data lines, wherein the data line connection lines are shorter than the scan line connection lines.
A wheel supporting suspension assembly for securing a wheel to opposed sides of a trailer frame (17,17'), said suspension comprising a pivoted wheel support arm secured at a forward pivot end to a pivot pin retained in a frame attachment member for pivotal connection of said pivoted wheel support arm to said frame (17,17'), a wheel axle assembly secured at a rear free end of said pivot arm and adapted to connect a wheel thereto, a shock absorber connecting bracket secured to said forward pivot end of said pivotal wheel support arm and having a shock absorber connecting member extending above said pivot pin, said shock absorber connecting member being pivotally displaceable in facial alignment with a stationary shock absorber connector secured to said frame (17,17'), a shock absorber retained captive between said shock absorber connecting member and stationary shock absorber connector and compressible therebetween by said shock absorber connecting member being displaced toward said stationary shock absorber connector by upward movement of said pivot wheel support arm to absorb vertical displacement loads transmitted to said pivotal wheel support arm by the wheel connected thereto, characterized in that the wheel supporting suspension is further provided lateral displacement stabilizing and lateral shock absorbing means secured to said pivotal wheel support arm to arrest said pivotal wheel support arm against lateral loads, and wherein said stabilizing and lateral shock means is constituted by a vertical extension plate secured to said pivotal wheel support arm and having a vertical flat friction surface displaceable against a flat vertical arresting surface of said frame, and a bushing of shock absorbing material immovably retained in said frame attachment member about said pivot pin.
A method for monitoring aircraft propeller health wherein in response to a change in torque reacted by a degraded blade of a propeller of the aircraft, a propeller control is configured to change the pitch angle of all the blades of the propeller in order to maintain a constant speed of rotation of the propeller, the method comprising: receiving a first propeller pitch angle of a first propeller of an aircraft; receiving a second propeller pitch angle; wherein pitch angle is an average pitch angle of the blades of the propeller; calculating (112, 121) a first residual pitch angle (30, 210, 220, 230, 240, 250, 260) which is the difference between the first propeller pitch angle and a second propeller pitch angle wherein the first propeller pitch angle and the second propeller pitch angle are for a propeller at the same operating conditions; and comparing (114, 122) the first residual pitch angle to at least one threshold; characterised in that the second propeller pitch angle is either a pitch angle of a second propeller of the aircraft or a predicted pitch angle generated by a computer model, and the method further comprises establishing (118, 124) that the health of the propeller may be impaired if the residual pitch angle is outside the at least one threshold. receiving a first propeller pitch angle of a first propeller of an aircraft; receiving a second propeller pitch angle; wherein pitch angle is an average pitch angle of the blades of the propeller; calculating (112, 121) a first residual pitch angle (30, 210, 220, 230, 240, 250, 260) which is the difference between the first propeller pitch angle and a second propeller pitch angle wherein the first propeller pitch angle and the second propeller pitch angle are for a propeller at the same operating conditions; and comparing (114, 122) the first residual pitch angle to at least one threshold; characterised in that the second propeller pitch angle is either a pitch angle of a second propeller of the aircraft or a predicted pitch angle generated by a computer model, and the method further comprises establishing (118, 124) that the health of the propeller may be impaired if the residual pitch angle is outside the at least one threshold.
A medical device comprising: an implantable access port including a fluid passage operable to introduce fluid to a host and/or remove fluid from the host, the fluid passage accessible through a fluid passage access opening; and at least a portion of the fluid passage defined by a needle configured to penetrate cutaneous tissue of the host; and an implantable catheter connectable with the access port, the catheter having a proximal end and a distal end; wherein the catheter is connectable with the access port by a connection within the access port, preferably within the fluid passage of the access port; wherein the portion of the fluid passage defined by the needle is defined by a lumen of the needle; wherein the catheter is insertable into the fluid passage of the access port through the fluid passage access opening. an implantable access port including a fluid passage operable to introduce fluid to a host and/or remove fluid from the host, the fluid passage accessible through a fluid passage access opening; and at least a portion of the fluid passage defined by a needle configured to penetrate cutaneous tissue of the host; and an implantable catheter connectable with the access port, the catheter having a proximal end and a distal end; wherein the catheter is connectable with the access port by a connection within the access port, preferably within the fluid passage of the access port; wherein the portion of the fluid passage defined by the needle is defined by a lumen of the needle; wherein the catheter is insertable into the fluid passage of the access port through the fluid passage access opening.
A method for enabling health care provider set up of a bolus calculator, comprising: a) providing a server (134, 334, 334a) accessible by both an HCP and a patient; b) upon login by the HCP into the server (134, 334, 334a), displaying, or transmitting for display, a fillable form, the fillable form including one or more fields for entry of one or more bolus calculator parameters; b1) filling out the fillable form by the HCP for the patient; c) receiving data from the fillable form at the server (134, 334, 334a), the data corresponding to the one or more bolus calculator parameters; d) upon login by the patient into the server (134, 334, 334a), transmitting data to a device associated with the patient, the transmitted data being based on the received data, where the transmitted data corresponds to the one or more bolus calculator parameters in a format suitable for entry to the bolus calculator; d1) setting up the bolus calculator based on the transmitted data; characterized by: e) calculating an insulin bolus with the bolus calculator, which is informed about continuous glucose monitoring trend parameters; wherein the bolus calculator takes a trend adjustment into account in the insulin bolus calculation; wherein the trend adjustment is equal to a rate of glucose change times a time period to achieve a target glucose value divided by a correction factor; wherein the correction factor represents a drop in patient glucose generated by taking one unit of insulin. a) providing a server (134, 334, 334a) accessible by both an HCP and a patient; b) upon login by the HCP into the server (134, 334, 334a), displaying, or transmitting for display, a fillable form, the fillable form including one or more fields for entry of one or more bolus calculator parameters; b1) filling out the fillable form by the HCP for the patient; c) receiving data from the fillable form at the server (134, 334, 334a), the data corresponding to the one or more bolus calculator parameters; d) upon login by the patient into the server (134, 334, 334a), transmitting data to a device associated with the patient, the transmitted data being based on the received data, where the transmitted data corresponds to the one or more bolus calculator parameters in a format suitable for entry to the bolus calculator; d1) setting up the bolus calculator based on the transmitted data; e) calculating an insulin bolus with the bolus calculator, which is informed about continuous glucose monitoring trend parameters; wherein the bolus calculator takes a trend adjustment into account in the insulin bolus calculation;
A method of managing sensitive data in an electronic token, said electronic token being adapted to comprise subscriber identification data allowing connecting a network of a Telecom operator, said method comprising the steps of: a) storing a first data into the electronic token, b) storing said first data into a secured site, c) identifying a secret data intended to be initialized in the electronic token, characterized in that a preset value is provided by said Telecom operator to the secured site and allocated to the secret data and in that said method comprises the further steps of: d) in the secured site, identifying instructions and a subset of said first data, said instructions comprising a basic mathematical operation, said subset allowing rebuilding the preset value of said secret data by applying the instructions, the step of identifying said instructions and said subset being performed after the step of identifying said secret data, e) in the secured site, identifying a reference allowing to identify said subset, f) sending said reference from the secured site to the electronic token, g) in the electronic token, identifying the subset from said first data using the reference and rebuilding the preset value of said secret data from the subset by applying the instructions. a) storing a first data into the electronic token, b) storing said first data into a secured site, c) identifying a secret data intended to be initialized in the electronic token, characterized in that a preset value is provided by said Telecom operator to the secured site and allocated to the secret data and in that said method comprises the further steps of: d) in the secured site, identifying instructions and a subset of said first data, said instructions comprising a basic mathematical operation, said subset allowing rebuilding the preset value of said secret data by applying the instructions, the step of identifying said instructions and said subset being performed after the step of identifying said secret data, e) in the secured site, identifying a reference allowing to identify said subset, f) sending said reference from the secured site to the electronic token, g) in the electronic token, identifying the subset from said first data using the reference and rebuilding the preset value of said secret data from the subset by applying the instructions.
A measurement apparatus for measuring at least one property of an electron bunch or other group of charged particles travelling through a cavity, comprising: a plurality of electrodes arranged around the cavity; a plurality of optical sensors, wherein the plurality of electrodes are configured to provide signals to the optical sensors thereby to modulate at least one optical property of the optical sensors; at least one laser source for providing a laser beam comprising a series of laser pulses to the plurality of optical sensors to obtain measurements representative of said at least one optical property of the optical sensors; and a processing resource configured to process at least a first measurement signal from a first one of the optical sensors and a second measurement signal from a second one of the optical sensors, thereby to determine at least one property of the electron bunch or other group of charged particles, wherein the at least one property comprises: charge and/or lateral position. a plurality of electrodes arranged around the cavity; a plurality of optical sensors, wherein the plurality of electrodes are configured to provide signals to the optical sensors thereby to modulate at least one optical property of the optical sensors; at least one laser source for providing a laser beam comprising a series of laser pulses to the plurality of optical sensors to obtain measurements representative of said at least one optical property of the optical sensors; and a processing resource configured to process at least a first measurement signal from a first one of the optical sensors and a second measurement signal from a second one of the optical sensors, thereby to determine at least one property of the electron bunch or other group of charged particles, wherein the at least one property comprises: charge and/or lateral position.
A compressor structure, comprising: a housing; a rotor impeller, being an axial flow impeller; a secondary impeller, being a centrifugal impeller; and a stator blade, being an axial flow blade comprising a blade body and being positioned in between the rotor impeller and the secondary impeller, the compressor structure being configured to allow the output gas flow from the rotor impeller to pass through the stator blade into the secondary impeller, characterized in that: a cavity is formed inside the blade body, and a gas supply hole is formed on the blade body; a gas supply passage is formed on the housing in communication with the cavity of the stator blade; a diffuser is provided at the output side of the secondary impeller; and a diffuser vane is provided in diffuser flow passage of the diffuser. a housing; a rotor impeller, being an axial flow impeller; a secondary impeller, being a centrifugal impeller; and a stator blade, being an axial flow blade comprising a blade body and being positioned in between the rotor impeller and the secondary impeller, the compressor structure being configured to allow the output gas flow from the rotor impeller to pass through the stator blade into the secondary impeller, characterized in that: a cavity is formed inside the blade body, and a gas supply hole is formed on the blade body; a gas supply passage is formed on the housing in communication with the cavity of the stator blade; a diffuser is provided at the output side of the secondary impeller; and a diffuser vane is provided in diffuser flow passage of the diffuser. a cavity is formed inside the blade body, and a gas supply hole is formed on the blade body; a gas supply passage is formed on the housing in communication with the cavity of the stator blade; a diffuser is provided at the output side of the secondary impeller; and a diffuser vane is provided in diffuser flow passage of the diffuser.
An oil-impregnated sintered bearing (10, 20, 30 or 40) in which a Fe-Cu-based sintered body is impregnated with a lubricant, comprising: a bearing hole (3 or 4) that is configured to support a rotary shaft inserted therethrough, wherein an inner circumferential surface of the bearing hole (3 or 4) includes at least a first region (3A or 4A) including a central portion (3AS or 4AS) in a shaft direction and a second region (3B or 4B) forming a portion from a first end portion (3A1 or 4A1) of the first region (3A or 4A) to a first opening (3E1 or 4E1) of the bearing hole (3 or 4), characterized in that in a friction surface of the second region (3B or 4B), an area of a Fe phase is larger and an area of a Cu phase formed of Cu powder including Cu-based flat raw material powder is smaller than those in a friction surface of the first region (3A or 4A). a bearing hole (3 or 4) that is configured to support a rotary shaft inserted therethrough, wherein an inner circumferential surface of the bearing hole (3 or 4) includes at least a first region (3A or 4A) including a central portion (3AS or 4AS) in a shaft direction and a second region (3B or 4B) forming a portion from a first end portion (3A1 or 4A1) of the first region (3A or 4A) to a first opening (3E1 or 4E1) of the bearing hole (3 or 4), characterized in that in a friction surface of the second region (3B or 4B), an area of a Fe phase is larger and an area of a Cu phase formed of Cu powder including Cu-based flat raw material powder is smaller than those in a friction surface of the first region (3A or 4A).
A cleaning head for hair and fur, comprising a rotatable hollow cylindrical basic body, wherein a plurality of cleaning elements which are displaceable as a function of a rotation angle of the basic body extend away from said basic body, wherein - in the basic body, a control cylinder is arranged eccentrically in relation to and parallel to a longitudinal axis of the basic body in a stationary manner, and - the cleaning elements are arranged in comb-shaped groups, wherein the respective cleaning elements are connected along a common cleaning element base running parallel to the longitudinal axis of the basic body and extend away from a lateral area of the control cylinder and are displaceably mounted in guides included in the basic body. - in the basic body, a control cylinder is arranged eccentrically in relation to and parallel to a longitudinal axis of the basic body in a stationary manner, and - the cleaning elements are arranged in comb-shaped groups,
A thrust bearing retainer, comprising a first ring and a second ring radially spaced from the first ring, the first ring and the second ring defining an annular passageway therebetween, characterised in that the thrust bearing retainer further comprises at least two bearing pad retaining arrangements extending from a top surface of the second ring away from the second ring, each bearing pad retaining arrangement defining a retaining channel therein.
A pharmaceutical composition deliverable from a metered dose inhaler, the pharmaceutical composition comprising: a propellant of pharmaceutical grade (1 E)-1,3,3,3-Tetrafluoro-1-propene (HFO-1234ze) having a purity of at least 99.90%; a plurality of glycopyrrolate particles; a plurality of formoterol particles; a plurality of budesonide particles; and a plurality of phospholipid particles comprising perforated microstructures. a propellant of pharmaceutical grade (1 E)-1,3,3,3-Tetrafluoro-1-propene (HFO-1234ze) having a purity of at least 99.90%; a plurality of glycopyrrolate particles; a plurality of formoterol particles; a plurality of budesonide particles; and