mhurhangee/patent-ind-claim-en huggingface dataset:
A lithium secondary battery comprising: a positive electrode including a first lithium-metal oxide including secondary particles formed by aggregating primary particles having a particle diameter of less than 2 um and a second lithium-metal oxide including nickel and at least one or more metals selected from the group consisting of manganese and cobalt and including particles having a primary particle diameter of 2 um or more; a negative electrode; a separator interposed between the positive electrode and the negative electrode; and an electrolyte including a lithium salt, a nonaqueous organic solvent, and a difluorophosphite compound containing at least one or more difluorophosphite groups. a positive electrode including a first lithium-metal oxide including secondary particles formed by aggregating primary particles having a particle diameter of less than 2 um and a second lithium-metal oxide including nickel and at least one or more metals selected from the group consisting of manganese and cobalt and including particles having a primary particle diameter of 2 um or more; a negative electrode; a separator interposed between the positive electrode and the negative electrode; and an electrolyte including a lithium salt, a nonaqueous organic solvent, and a difluorophosphite compound containing at least one or more difluorophosphite groups.
A wind velocity changing device which focuses or disperses wind of a hair dryer to change wind velocity, the wind velocity changing device comprising: a guide tube part including a hollow part of which one end is closed and the other end is open, wherein the closed one end is disposed to face the wind so that the wind blows along an outer circumferential surface of the guide tube part ; and a flow path altering part including a cone part and a flow path altering tube , wherein the cone part has one end, which is inserted into the hollow part and enters and exits along the hollow part to guide linear movement of the flow path altering part , and a cross section which becomes small in a forward direction, the flow path altering tube has one end, which is positioned to be spaced apart from the one end of the cone part in the forward direction so that an inlet into which the wind blowing through the guide tube part is introduced is formed, and is coupled to a part of the cone part which is inserted thereinto, and the inlet focuses or disperses the wind when the cone part exits or enters the hollow part of the guide tube part . a guide tube part including a hollow part of which one end is closed and the other end is open, wherein the closed one end is disposed to face the wind so that the wind blows along an outer circumferential surface of the guide tube part ; and a flow path altering part including a cone part and a flow path altering tube , wherein the cone part has one end, which is inserted into the hollow part and enters and exits along the hollow part to guide linear movement of the flow path altering part , and a cross section which becomes small in a forward direction, the flow path altering tube has one end, which is positioned to be spaced apart from the one end of the cone part in the forward direction so that an inlet into which the wind blowing through the guide tube part is introduced is formed, and is coupled to a part of the cone part which is inserted thereinto, and the inlet focuses or disperses the wind when the cone part exits or enters the hollow part of the guide tube part .
An aluminum alloy fin stock material comprising 0.9-1.3 wt% Si, 0.45-0.75 wt% Fe, 0.10-0.3 wt% Cu, 1.3-1.7 wt% Mn and 1.30-2.2 wt% Zn, with the remainder as Al, wherein optionally Cr and/or Zr are present in the aluminum alloy fin stock material in an amount of up to 0.03 wt% each, and wherein further optionally the aluminum alloy fin stock material contains other minor elements in an amount below 0.05 wt%.
A blow head for a blow extrusion device for producing a blown film from a material melt , having a nozzle device (1; 1a; 1b; 1c; 1d) in a head section of the blow head , the nozzle device having an outlet opening for discharging the material melt as blown film , wherein said nozzle device (1; 1a; 1b; 1c; 1d) has a melt channel for conveying the material melt to the outlet opening and has a temperature-control device , wherein the temperature-control device is designed and arranged to control the temperature of the material melt in the nozzle device (1; 1a; 1b; 1c; 1d), characterized in that for thermal separation between a temperature-control section of the nozzle device (1; 1a; 1b; 1c; 1d) that can be temperature-controlled by the temperature-control device and a base section of the blow head , which base section is arranged upstream of the temperature-control section in a flow direction of the material melt , at least one first thermal separation section is formed at least partially between the temperature-control section and the base section , wherein the temperature-control device has a cooling device for cooling the material melt and a heating device for heating the material melt and the cooling device is arranged upstream of the heating device in a flow direction of the material melt .
A pregnancy control system for promoting pregnancy of a female human patient, comprising: an implantable restriction device adapted to be postoperatively adjusted to restrict the lumen of an oviduct of the patient to accumulate at least one egg released from the ovary in the oviduct and to cease restricting the oviduct lumen to admit the egg in the oviduct to be transported to the uterus, the restriction device is adapted to be positioned on the outside of the oviduct ; and the pregnancy control system further comprises a control device operable from outside the patient's body to control the restriction device, wherein the control device comprises an internal control unit adapted to be implanted in the patient's body, the internal control unit controlling the restriction device characterised in that the restriction device comprises at least two restriction areas adapted to restrict the oviduct lumen at different places on the oviduct, the restriction device being adapted to change the restriction of the oviduct lumen over time from one restriction area to another restriction area. an implantable restriction device adapted to be postoperatively adjusted to restrict the lumen of an oviduct of the patient to accumulate at least one egg released from the ovary in the oviduct and to cease restricting the oviduct lumen to admit the egg in the oviduct to be transported to the uterus, the restriction device is adapted to be positioned on the outside of the oviduct ; and the pregnancy control system further comprises a control device operable from outside the patient's body to control the restriction device, wherein the control device comprises an internal control unit adapted to be implanted in the patient's body, the internal control unit controlling the restriction device characterised in that the restriction device comprises at least two restriction areas adapted to restrict the oviduct lumen at different places on the oviduct, the restriction device being adapted to change the restriction of the oviduct lumen over time from one restriction area to another restriction area.
A power-supply device comprising: a power-supply section ; a timing part configured to check an operation time of the power-supply section ; a computing part configured to accumulate the operation time checked by the timing part to calculate an accumulated operation time, and to compute a remaining lifespan time based on information from the power-supply section ; and a display section configured to display information about a lifespan of the power-supply section , wherein the display section is configured to enable display of the accumulated operation time and the remaining lifespan time as the information about the lifespan of the power-supply section , the power-supply device being characterized in further comprising: an input part configured to input a switching signal for switching the information displayed by the display section ; and communication part configured to perform communication with an external device, wherein the display section is configured to switch display between the accumulated operation time and the remaining lifespan time based on the switching signal input to the input part as the information about the lifespan of the power-supply section , wherein the input part is configured to input a received signal of the communication part as the switching signal. a power-supply section ; a timing part configured to check an operation time of the power-supply section ; a computing part configured to accumulate the operation time checked by the timing part to calculate an accumulated operation time, and to compute a remaining lifespan time based on information from the power-supply section ; and a display section configured to display information about a lifespan of the power-supply section , wherein the display section is configured to enable display of the accumulated operation time and the remaining lifespan time as the information about the lifespan of the power-supply section , the power-supply device being characterized in further comprising: an input part configured to input a switching signal for switching the information displayed by the display section ; and communication part configured to perform communication with an external device, wherein the display section is configured to switch display between the accumulated operation time and the remaining lifespan time based on the switching signal input to the input part as the information about the lifespan of the power-supply section , wherein the input part is configured to input a received signal of the communication part as the switching signal. an input part configured to input a switching signal for switching the information displayed by the display section ; and communication part configured to perform communication with an external device, wherein the display section is configured to switch display between the accumulated operation time and the remaining lifespan time based on the switching signal input to the input part as the information about the lifespan of the power-supply section , wherein the input part is configured to input a received signal of the communication part as the switching signal.
A targeting device for use in fixation of bone fragments at a bone fracture , wherein the targeting device comprises: - an elongated body portion comprising a first body end and an opposed second body end , wherein the elongated body portion comprises a number of body through holes extending from the first body end to the second body end for guiding a respective fixation means (303;303a,303b,303c) through the body portion , - a bracket arranged at the first body end , and wherein the targeting device is characterized in that the body portion in its second body end has a snap-fitting means comprising one or more slits distributed around an envelope surface of the second body end , each one of the one or more slits extends in a longitudinal direction that is approximately parallel with the longitudinal direction of the body portion , and the one or more slits enable the second body end to flex outwards and clamp around a fixation plate having a circumference that is larger than the circumference of the second body end in an unflexed position, thereby enabling the second body end to removably attach a fixation plate to the body portion such that fixation through holes of the fixation plate are located in line with a respective body through hole and, when in use, to provide a surface of the fixation plate to abut a surface of an outer bone fragment for subsequent fixation of the fixation plate to the outer bone fragment by means of the fixation means (303;303a,303b,303c). - an elongated body portion comprising a first body end and an opposed second body end , wherein the elongated body portion comprises a number of body through holes extending from the first body end to the second body end for guiding a respective fixation means (303;303a,303b,303c) through the body portion , - a bracket arranged at the first body end , and wherein the targeting device is characterized in that the body portion in its second body end has a snap-fitting means comprising one or more slits distributed around an envelope surface of the second body end , each one of the one or more slits extends in a longitudinal direction that is approximately parallel with the longitudinal direction of the body portion , and the one or more slits enable the second body end to flex outwards and clamp around a fixation plate having a circumference that is larger than the circumference of the second body end in an unflexed position, thereby enabling the second body end to removably attach a fixation plate to the body portion such that fixation through holes of the fixation plate are located in line with a respective body through hole and, when in use, to provide a surface of the fixation plate to abut a surface of an outer bone fragment for subsequent fixation of the fixation plate to the outer bone fragment by means of the fixation means (303;303a,303b,303c).
A method , performed by a network device , for dynamically allocating a Mobile Station International Subscriber Directory Number, MSISDN, to a vehicle in a wireless communication network, characterised in that the method comprising: obtaining (S310) an international mobile subscriber identity, IMSI, and data related to a moving vehicle to which no MSISDN is allocated; predicting (S320) an accident likelihood for the moving vehicle; and causing (S330) an MSISDN to be allocated to the moving vehicle, if the accident likelihood exceeds a first predetermined threshold. obtaining (S310) an international mobile subscriber identity, IMSI, and data related to a moving vehicle to which no MSISDN is allocated; predicting (S320) an accident likelihood for the moving vehicle; and causing (S330) an MSISDN to be allocated to the moving vehicle, if the accident likelihood exceeds a first predetermined threshold.
A grinding machine for grinding an end of a spring , the machine comprising a fixed spring mounting for a spring or springs (1. 21) and a grinding surface secured to a support structure characterised by the spring mounting being a fixed spring mounting, which is fixable in a known position in the machine, and by the grinding surface being arranged upon parts of the support structure to relatively oscillate to and fro along a guided oscillation path or cycle across one end of the spring mounting with the grinding surface such that there is continuous contact in use with at least one end of one spring and means to advance the continuous contact along the major axis of the spring to flatten each end of the spring or springs on the grinding surface
A method of assessing the extent of renal injury in a subject, the method comprising analyzing the quantity of NGAL in a urine sample from the subject.
Multi-row cylinder-roller bearing unit , in particular for a wheel of a rail vehicle, having a first bearing ring and a second bearing ring , wherein the first bearing ring and the second bearing ring are rotatable relative to one another and, between them, define a rolling space in which there are arranged multiple rolling bodies which allow a relative rotation of the first bearing ring and the second bearing ring with respect to one another, wherein the rolling bodies are cylinder rollers which are arranged in multiple rows in the rolling space , wherein the first and/or the second bearing ring are/is of two-part form and have/has a first bearing-ring part (2-1; 4-1) and a second bearing-ring part (2-2; 4-2), the first bearing-ring part (2-1; 4-1) and the second bearing-ring part (2-2; 4-2) being connected by a connecting element , wherein the first bearing-ring part and second bearing-ring part (2-1, 4-1, 2-2, 4-2) at least partially abut axially against one another, characterized in that the two surfaces abutting against one another are as smooth as possible in order to achieve a suction action, so that the two bearing-ring parts (2-1, 4-1, 2-2, 4-2) adhere to one another to a certain degree, wherein the connecting element has at least a first element and a second element .
A method for operating a turbine comprising: providing a process controller configured to perform a control algorithm based on at least one first control parameter representing a first value selected from a group comprising a proportional gain value (P), an integral gain value (I), and a derivative gain value (D), wherein the control algorithm is given by the equation: H s = P 1 + I S Ds + 1 ; providing a parameter controller configured to perform a parameter adjustment algorithm ; providing a turbine having assembled thereto a turbine output sensor in communication with the process controller and the parameter controller; providing , to the process controller, at least one first control parameter and a first input value ; controlling , by the process controller, the turbine based on the at least one first control parameter and the first input value; receiving , by the parameter controller, a turbine response value provided by the turbine output sensor; determining , by the parameter controller, at least one second control parameter based on the turbine response value and the parameter adjustment algorithm, the second control parameter representing a second value selected from the group; providing , to the process controller from the parameter controller, the at least one second control parameter; and controlling , by the process controller, the turbine based on the at the least one second control parameter and a second input value. providing a process controller configured to perform a control algorithm based on at least one first control parameter representing a first value selected from a group comprising a proportional gain value (P), an integral gain value (I), and a derivative gain value (D), wherein the control algorithm is given by the equation: H s = P 1 + I S Ds + 1 ; providing a parameter controller configured to perform a parameter adjustment algorithm ; providing a turbine having assembled thereto a turbine output sensor in communication with the process controller and the parameter controller; providing , to the process controller, at least one first control parameter and a first input value ; controlling , by the process controller, the turbine based on the at least one first control parameter and the first input value; receiving , by the parameter controller, a turbine response value provided by the turbine output sensor; determining , by the parameter controller, at least one second control parameter based on the turbine response value and the parameter adjustment algorithm, the second control parameter representing a second value selected from the group; providing , to the process controller from the parameter controller, the at least one second control parameter; and controlling , by the process controller, the turbine based on the at the least one second control parameter and a second input value.
Motor vehicle pump arrangement , with a pumping unit and a mounting arrangement for mounting the pumping unit to a corresponding motor vehicle mounting structure , the mounting arrangement comprising - a ring-shaped vibration-decoupling body radially surrounding and supporting the pumping unit and being attachable to the motor vehicle mounting structure , the motor vehicle pump arrangement being characterised in that the mounting arrangement further comprises - a clip retainer being attached to the vibration-decoupling body and axially retaining the pumping unit , the clip retainer comprising • a retainer frame extending in a transversal pumping unit plane and being axially supported by the vibration-decoupling body , and • at least two retainer arms axially projecting from the retainer frame , engaging a corresponding engagement step of the pumping unit and axially retaining the pumping unit . a pumping unit and a mounting arrangement for mounting the pumping unit to a corresponding motor vehicle mounting structure , the mounting arrangement comprising - a ring-shaped vibration-decoupling body radially surrounding and supporting the pumping unit and being attachable to the motor vehicle mounting structure , the motor vehicle pump arrangement being characterised in that the mounting arrangement further comprises - a clip retainer being attached to the vibration-decoupling body and axially retaining the pumping unit , the clip retainer comprising • a retainer frame extending in a transversal pumping unit plane and being axially supported by the vibration-decoupling body , and • at least two retainer arms axially projecting from the retainer frame , engaging a corresponding engagement step of the pumping unit and axially retaining the pumping unit . - a ring-shaped vibration-decoupling body radially surrounding and supporting the pumping unit and being attachable to the motor vehicle mounting structure , the motor vehicle pump arrangement being characterised in that the mounting arrangement further comprises - a clip retainer being attached to the vibration-decoupling body and axially retaining the pumping unit , the clip retainer comprising • a retainer frame extending in a transversal pumping unit plane and being axially supported by the vibration-decoupling body , and • at least two retainer arms axially projecting from the retainer frame , engaging a corresponding engagement step of the pumping unit and axially retaining the pumping unit . • a retainer frame extending in a transversal pumping unit plane and being axially supported by the vibration-decoupling body , and • at least two retainer arms axially projecting from the retainer frame , engaging a corresponding engagement step of the pumping unit and axially retaining the pumping unit .
A lawn mower, comprising: a driving assembly , comprising a motor; an impact protection assembly , comprising a pressing member and an elastic piece ; a transmission assembly , comprising a first gear connected to a motor shaft and a second gear meshed with the first gear , a cutting assembly comprising a first blade connected to the second gear ; wherein the pressing member is arranged to press the elastic piece against the transmission assembly and drive the transmission assembly and the cutting assembly to rotate synchronously with the motor shaft , such that the transmission assembly and the motor shaft rotate relative each other, when the resistance received by the cutting assembly is greater than a predetermined value; characterized in that the impact protection assembly further comprises a pressing block and a friction plate , and the elastic piece , the pressing block and the friction plate are sequentially clampable by the pressing member and the first gear and in that the first gear comprises a gear connection member and a gear ring fixed on the gear connection member , and the friction plate is in contact with the gear connection member . a driving assembly , comprising a motor; an impact protection assembly , comprising a pressing member and an elastic piece ; a transmission assembly , comprising a first gear connected to a motor shaft and a second gear meshed with the first gear , a cutting assembly comprising a first blade connected to the second gear ; wherein the pressing member is arranged to press the elastic piece against the transmission assembly and drive the transmission assembly and the cutting assembly to rotate synchronously with the motor shaft , such that the transmission assembly and the motor shaft rotate relative each other, when the resistance received by the cutting assembly is greater than a predetermined value;