mhurhangee/ep-ind-claims huggingface dataset:
A ceiling fan comprising: a motor including a stator, a rotor, and a shaft coupled with the stator; a plurality of blades; and an intermediate transition member, wherein the intermediate transition member is coupled with the motor and includes a body and a plurality of first coupling portions, wherein the plurality of first coupling portions is integrally formed with the body and coupled with the plurality of blades, wherein the body includes a central hole at a center thereof, wherein the plurality of first coupling portions extends away from the shaft in a radial plane perpendicular to an axis of the shaft, wherein a diameter of the central hole of the intermediate transition member is slightly larger than or equal to an outer diameter of a peripheral wall of the motor, and wherein the ceiling fan is characterized in that an outer face of the motor includes a plurality of heat dissipating holes, wherein each of the plurality of heat dissipating holes is located circumferentially between two adjacent ones of the plurality of first coupling portions in a regular distance to an adjacent one of the plurality of heat dissipating holes, wherein the peripheral wall of the motor includes an annular protruding portion extending radially, and wherein the body of the intermediate transition member is coupled with the annular protruding portion of the motor. a motor including a stator, a rotor, and a shaft coupled with the stator; a plurality of blades; and an intermediate transition member, wherein the intermediate transition member is coupled with the motor and includes a body and a plurality of first coupling portions, wherein the plurality of first coupling portions is integrally formed with the body and coupled with the plurality of blades, wherein the body includes a central hole at a center thereof, wherein the plurality of first coupling portions extends away from the shaft in a radial plane perpendicular to an axis of the shaft, wherein a diameter of the central hole of the intermediate transition member is slightly larger than or equal to an outer diameter of a peripheral wall of the motor, and wherein the ceiling fan is characterized in that an outer face of the motor includes a plurality of heat dissipating holes, wherein each of the plurality of heat dissipating holes is located circumferentially between two adjacent ones of the plurality of first coupling portions in a regular distance to an adjacent one of the plurality of heat dissipating holes, wherein the peripheral wall of the motor includes an annular protruding portion extending radially, and wherein the body of the intermediate transition member is coupled with the annular protruding portion of the motor.
A method of making silver nanoparticles comprising, a) adding in no particular order, an aqueous solution of a stabilizing agent solution, an anionic donating solution comprising sodium saccharinate, and a soluble silver salt solution, and b) adding a reducing solution. a) adding in no particular order, an aqueous solution of a stabilizing agent solution, an anionic donating solution comprising sodium saccharinate, and a soluble silver salt solution, and b) adding a reducing solution.
A shaving cartridge comprising: a housing; cap at a rear of the housing; one or more blades mounted to the housing in front of the cap; a guard at a front of the housing, characterised in that the guard has a top surface with a plurality of undulating rows extending parallel to the one or more blades, the undulating rows having crests and valleys wherein the valleys comprise an elastomeric material and are stepped in a direction transverse to the one or more blades, with the undulating rows closer to the one or more blades being taller than the undulating rows further away from the blades. a housing; cap at a rear of the housing; one or more blades mounted to the housing in front of the cap; a guard at a front of the housing, characterised in that the guard has a top surface with a plurality of undulating rows extending parallel to the one or more blades, the undulating rows having crests and valleys wherein the valleys comprise an elastomeric material and are stepped in a direction transverse to the one or more blades, with the undulating rows closer to the one or more blades being taller than the undulating rows further away from the blades.
A tire wear measuring apparatus comprising: a signal receiver configured to measure acceleration inside the tire with respect to a radial direction of the tire, for each point inside the tire; a signal analyzer configured to receive signal information from the signal receiver and estimate a tread wear rate of the tire; a transmitter configured to receive and transmit analysis information, which is information on the tread wear rate of the tire, from the signal analyzer; and a control module configured to receive the analysis information from the transmitter and generate a control signal for a vehicle to which the tire is installed, characterized in that the signal analyzer is configured to estimate the tread wear rate of the tire by calculating a bending stiffness variation rate of the tire using radial acceleration inside the tire. a signal receiver configured to measure acceleration inside the tire with respect to a radial direction of the tire, for each point inside the tire; a signal analyzer configured to receive signal information from the signal receiver and estimate a tread wear rate of the tire; a transmitter configured to receive and transmit analysis information, which is information on the tread wear rate of the tire, from the signal analyzer; and a control module configured to receive the analysis information from the transmitter and generate a control signal for a vehicle to which the tire is installed, characterized in that the signal analyzer is configured to estimate the tread wear rate of the tire by calculating a bending stiffness variation rate of the tire using radial acceleration inside the tire.
Microelement organic chelate complex compound, having the general formula n m o wherein M is Zn, Cu, Fe, Mn, Ag; X is NH 3, H 2 O; Y is an amino acid (preferably selected from the group consisting of the 20 naturally occurring amino acids), a fatty acid (preferably formic acid, acetic acid or propionic acid), hydroxy acid (preferably malic acid or lactic acid) and/or polyamino-carboxylic acid (preferably nitrilotriacetic acid or ethylenediamine tetraacetic acid); n is 1-6; m is 1-6; o is 1-8. wherein the complex is selected form the group consisting of: copper (H 2 O) bisglycinate, copper (H 2 O) 2 bisglycinate, Cu (H 2 O) bismalate, copper (H 2 O) 2 ethylenediamine tetraacetic acid, Zinc (H 2 O) bisglycinate, zinc (H 2 O) 2 ethylenediamine tetraacetic acid, zinc (H 2 O) 2 malate, Zn(H 2 O) bisalaninate, Zn(H 2 O) bisaspartate, Zn(H 2 O) bisbutyrate, Zn(H 2 O) bisglutamate, Zn(H 2 O) bispropionate, Zn(H 2 O) bisvalerianate, Zn(H 2 O) bismalate, copper (NH 3) 2 bisglycinate, copper (NH 3) 2 ethylenediamine tetraacetic acid, copper (NH 3) 2 bismalate, Cu (NH 3) 2 asparaginate, Cu (NH 3) 2 bisasparaginate, Cu (NH 3) 2 bisglutamate, Cu (NH 3) 2 glutamate, zinc (NH 3) 2 bismalate, zinc (NH 3) 2 ethylenediamine tetraacetic acid, zinc (NH 3) 2 malate, zinc (NH 3) 2 methionate, zinc (NH 3) 4 bisglycinate, zinc (NH 3) 4 malate, Zn (NH 3) 2 asparaginate, Zn (NH 3) 2 aspartate, Zn (NH 3) 2 bisasparaginate, Zn (NH 3) 2 bisaspartate, Zn (NH 3) 2 bisglutamate, Zn (NH 3) 2 bisglycinate, Zn (NH 3) 2 bishistidinate, Zn (NH 3) 2 citrate, Zn (NH 3) 2 glutamate. wherein M is Zn, Cu, Fe, Mn, Ag; X is NH 3, H 2 O; Y is an amino acid (preferably selected from the group consisting of the 20 naturally occurring amino acids), a fatty acid (preferably formic acid, acetic acid or propionic acid), hydroxy acid (preferably malic acid or lactic acid) and/or polyamino-carboxylic acid (preferably nitrilotriacetic acid or ethylenediamine tetraacetic acid); n is 1-6; m is 1-6; o is 1-8. wherein the complex is selected form the group consisting of: copper (H 2 O) bisglycinate, copper (H 2 O) 2 bisglycinate, Cu (H 2 O) bismalate, copper (H 2 O) 2 ethylenediamine tetraacetic acid, Zinc (H 2 O) bisglycinate, zinc (H 2 O) 2 ethylenediamine tetraacetic acid, zinc (H 2 O) 2 malate, Zn(H 2 O) bisalaninate, Zn(H 2 O) bisaspartate, Zn(H 2 O) bisbutyrate, Zn(H 2 O) bisglutamate, Zn(H 2 O) bispropionate, Zn(H 2 O) bisvalerianate, Zn(H 2 O) bismalate, copper (NH 3) 2 bisglycinate, copper (NH 3) 2 ethylenediamine tetraacetic acid, copper (NH 3) 2 bismalate, Cu (NH 3) 2 asparaginate, Cu (NH 3) 2 bisasparaginate, Cu (NH 3) 2 bisglutamate, Cu (NH 3) 2 glutamate, zinc (NH 3) 2 bismalate, zinc (NH 3) 2 ethylenediamine tetraacetic acid, zinc (NH 3) 2 malate, zinc (NH 3) 2 methionate, zinc (NH 3) 4 bisglycinate, zinc (NH 3) 4 malate, Zn (NH 3) 2 asparaginate, Zn (NH 3) 2 aspartate, Zn (NH 3) 2 bisasparaginate, Zn (NH 3) 2 bisaspartate, Zn (NH 3) 2 bisglutamate, Zn (NH 3) 2 bisglycinate, Zn (NH 3) 2 bishistidinate, Zn (NH 3) 2 citrate, Zn (NH 3) 2 glutamate.
An air conditioner which includes an indoor unit and an outdoor unit comprising: in the indoor unit, an indoor air temperature detection unit, provided at a predetermined position of the indoor unit, to detect an indoor air temperature; a floor/wall/ceiling temperature detection unit, provided at a front of the indoor unit, to detect a floor and wall temperature, a ceiling ambient temperature and a skin temperature of a user; and a control device including a microcomputer in which a program relating to control of the air conditioner is embedded, wherein, in heating operation or ventilation operation, the control device is configured to compare a body-sensory temperature felt by the user, which is calculated based on the indoor air temperature and the floor and wall temperature, with an indoor air preset temperature set by the user when the ceiling ambient temperature detected by the floor/wall/ceiling temperature detection unit becomes higher, by a predetermined threshold value or more, than the floor and wall temperature of a place corresponding to the user's feet and height detected by the floor/wall/ceiling temperature detection unit, and only if the body-sensory temperature is higher than the indoor air preset temperature then is configured to perform circulator operation of moving air accumulating near a ceiling to a floor; and wherein the floor/wall/ceiling temperature detection unit uses a thermopile type infrared sensor which includes a plurality of elements. an indoor air temperature detection unit, provided at a predetermined position of the indoor unit, to detect an indoor air temperature; a floor/wall/ceiling temperature detection unit, provided at a front of the indoor unit, to detect a floor and wall temperature, a ceiling ambient temperature and a skin temperature of a user; and a control device including a microcomputer in which a program relating to control of the air conditioner is embedded, wherein, in heating operation or ventilation operation, the control device is configured to compare a body-sensory temperature felt by the user, which is calculated based on the indoor air temperature and the floor and wall temperature, with an indoor air preset temperature set by the user when the ceiling ambient temperature detected by the floor/wall/ceiling temperature detection unit becomes higher, by a predetermined threshold value or more, than the floor and wall temperature of a place corresponding to the user's feet and height detected by the floor/wall/ceiling temperature detection unit, and only if the body-sensory temperature is higher than the indoor air preset temperature then is configured to perform circulator operation of moving air accumulating near a ceiling to a floor; and wherein the floor/wall/ceiling temperature detection unit uses a thermopile type infrared sensor which includes a plurality of elements.
A flowmeter including a sensor assembly and a meter electronics, comprising: one or more rigid flow tubes (130, 130'); a drive mechanism coupled to the one or more rigid flow tubes (130, 130') and oriented to induce a drive mode vibration in the one or more rigid flow tubes (130, 130'); two or more strain gages (200A-H) configured as pickoff sensors, and coupled to the one or more rigid flow tubes (130, 130') and oriented to sense at least one of a tension and compression in the one or more rigid flow tubes (130, 130'); one or more bridge circuits (206, 206') in electrical communication with the two or more strain gages (200A-H), wherein outputs of the one or more bridge circuits (206, 206') are proportional to a strain detected by at least one of the two or more strain gages (200A-H); a high-pass filter to eliminate a DC offset of the output of the one or more bridge circuits (206, 206'); and wherein a strain gage of the two or more strain gages (200A-H) is placed proximate a brace bar (140, 140') so that the strain gage of the two or more strain gages (200A-H) is subjected to approximately a maximum strain amplitude of the rigid flow tubes (130, 130') induced by the drive mode vibration; and wherein a strain gage of the two or more strain gages (200A-H) is coupled to one of the one or more rigid flow tubes (130, 130') and is configured to detect a strain of the one or more rigid flow tubes (130, 130') approximately parallel with the longitudinal axis of the one of the one or more rigid flow tubes (130, 130'). one or more rigid flow tubes (130, 130'); a drive mechanism coupled to the one or more rigid flow tubes (130, 130') and oriented to induce a drive mode vibration in the one or more rigid flow tubes (130, 130'); two or more strain gages (200A-H) configured as pickoff sensors, and coupled to the one or more rigid flow tubes (130, 130') and oriented to sense at least one of a tension and compression in the one or more rigid flow tubes (130, 130'); one or more bridge circuits (206, 206') in electrical communication with the two or more strain gages (200A-H), wherein outputs of the one or more bridge circuits (206, 206') are proportional to a strain detected by at least one of the two or more strain gages (200A-H); a high-pass filter to eliminate a DC offset of the output of the one or more bridge circuits (206, 206'); and wherein a strain gage of the two or more strain gages (200A-H) is placed proximate a brace bar (140, 140') so that the strain gage of the two or more strain gages (200A-H) is subjected to approximately a maximum strain amplitude of the rigid flow tubes (130, 130') induced by the drive mode vibration; and wherein a strain gage of the two or more strain gages (200A-H) is coupled to one of the one or more rigid flow tubes (130, 130') and is configured to detect a strain of the one or more rigid flow tubes (130, 130') approximately parallel with the longitudinal axis of the one of the one or more rigid flow tubes (130, 130').
A self-propelled agricultural harvester, in particular a forage harvester, comprising a front harvesting attachment for picking up crop material from a field and at least one working member (6, 7, 8, 9, 10, 11) for processing and/or conveying the crop material, wherein at least one functional device associated with the harvester like for example the front harvesting attachment, the at least one working member (6, 7, 8, 9, 10, 11) and/or another device (11, 12, 13, 18, 19) related to operation of the harvester is adjustable in at least one respective parameter (h, v, n 1, n 2, n 3, n 4, s) for the purposes of adaptation to different conditions of use, characterised by a control device operable in a initial field cutting mode in order to predetermine for at least the front harvesting attachment and/or the at least one working member (5, 6, 7, 8, 9, 10, 11) at least one parameter setting with which the harvester can be put into a configuration suitable for initial cutting of the field.
A battery cell manufacturing apparatus for forming a sealing surplus portion by thermally fusing an outer periphery of a pouch type case by using induction heating, comprising: a cradle configured to fix and mount a battery cell; one or more induction heating coils formed by winding an electrical wire at least one time at a position corresponding to the outer periphery configured to generate an induced current in the outer periphery of the pouch type case on which the sealing surplus portion is to be formed; a power supply configured to supply an alternating current to the induction heating coils; and at least two pressing members configured to press both sides of the outer periphery of the pouch type case on which the sealing surplus portion is to be formed, wherein the outer periphery of the pouch type case is configured to be induction-heated by a magnetic field generated in the induction heating coils and up to a temperature at which heat fusion is possible to form the sealing surplus portion. a cradle configured to fix and mount a battery cell; one or more induction heating coils formed by winding an electrical wire at least one time at a position corresponding to the outer periphery configured to generate an induced current in the outer periphery of the pouch type case on which the sealing surplus portion is to be formed; a power supply configured to supply an alternating current to the induction heating coils; and at least two pressing members configured to press both sides of the outer periphery of the pouch type case on which the sealing surplus portion is to be formed, wherein the outer periphery of the pouch type case is configured to be induction-heated by a magnetic field generated in the induction heating coils and up to a temperature at which heat fusion is possible to form the sealing surplus portion.
Method of anamorphically distorting an image to be displayed on the treads and/or risers of a stand or stairway, or a span of a stand or stairway, which comprises the steps of: - applying the image to be displayed onto a virtual work area - anamorphically distorting the image applied onto the virtual work area - applying the distorted image onto an available work area, said available work area corresponding to the sum of the surfaces of the risers, on which the image is displayed; the distorted image being applied, after the anamorphic distortion, onto said available work area; characterised in that the virtual work area corresponds to a continuous slope defined by the height and depth of said stand or stairway, or span of said stand or stairway, said virtual work area being an area that has a length equal to the value of the hypotenuse of a virtual triangle in which one of the legs is the sum of the heights of the risers of the stand, stairway or span, and the other leg is the sum of the lengths of the treads of the stand, stairway or span. - applying the image to be displayed onto a virtual work area - anamorphically distorting the image applied onto the virtual work area - applying the distorted image onto an available work area, said available work area corresponding to the sum of the surfaces of the risers, on which the image is displayed; the distorted image being applied, after the anamorphic distortion, onto said available work area; characterised in that the virtual work area corresponds to a continuous slope defined by the height and depth of said stand or stairway, or span of said stand or stairway, said virtual work area being an area that has a length equal to the value of the hypotenuse of a virtual triangle in which one of the legs is the sum of the heights of the risers of the stand, stairway or span, and the other leg is the sum of the lengths of the treads of the stand, stairway or span.
A computer program product for providing notifications to a user of an intrusion into firmware comprising: a non-transitory computer readable medium comprising computer usable program code embodied therewith to, when executed by a processor, detect intrusion to the firmware of a computing system during runtime in a system management mode; the computer program product characterized by comprising computer usable program code to, when executed by a processor, provide a notification (400, 401, 402) via a WMI user interface to a user when attempted or successful changes to the firmware are detected or when attempting to execute code from an area of the computer readable memory where authorization has not been provided to execute code therefrom wherein the notification is provided to a user via an immediate user notification. a non-transitory computer readable medium comprising computer usable program code embodied therewith to, when executed by a processor, detect intrusion to the firmware of a computing system during runtime in a system management mode; the computer program product characterized by comprising computer usable program code to, when executed by a processor, provide a notification (400, 401, 402) via a WMI user interface to a user when attempted or successful changes to the firmware are detected or when attempting to execute code from an area of the computer readable memory where authorization has not been provided to execute code therefrom wherein the notification is provided to a user via an immediate user notification.
A hand operated hydraulic pump having: - a lever, the lever including a handle and a pivot, and - a pumping unit with a plunger, wherein: - the handle is operable to reciprocate the plunger so as to pump hydraulic fluid as the lever is pivoted back and forth; - the pivot of the lever is pivoted to a cam at a lever pivot; - the cam is pivoted to a frame of the pump at a frame pivot, the frame pivot on the cam being spaced away from the lever pivot such that pivoting the cam about the frame pivot changes the distance between the lever pivot and the plunger of the pumping unit; and - a compensation device that is subjected to the output pressure of the pump and rotates the cam about the frame pivot in relation to the output pressure of the pump so as to reduce the distance between the lever pivot and the plunger of the pumping unit as the output pressure increases. characterized in that: - the plunger engages the lever between the handle and the lever pivot. - a lever, the lever including a handle and a pivot, and - a pumping unit with a plunger, - the handle is operable to reciprocate the plunger so as to pump hydraulic fluid as the lever is pivoted back and forth; - the pivot of the lever is pivoted to a cam at a lever pivot; - the cam is pivoted to a frame of the pump at a frame pivot, the frame pivot on the cam being spaced away from the lever pivot such that pivoting the cam about the frame pivot changes the distance between the lever pivot and the plunger of the pumping unit; and - a compensation device that is subjected to the output pressure of the pump and rotates the cam about the frame pivot in relation to the output pressure of the pump so as to reduce the distance between the lever pivot and the plunger of the pumping unit as the output pressure increases. - the plunger engages the lever between the handle and the lever pivot.