mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing a turbine component comprising: printing at least one cooling member portion of the component, the cooling member portion including at least one cooling feature that comprises at least one cooling cavity and at least one cooling channel , the at least one cooling cavity running from a first end to a second end of the cooling member, and the at least one cooling channel adjacent to and extending along a length of a surface of the cooling member and at a distance of about 127 (0.005 inches) to about 762 micrometers (0.030 inches) from the surface of the cooling member, the at least one cooling channel interconnecting through a first end opening and a second end opening with one or more of the at least one cooling cavity and the surface of the cooling member to provide a fluid pathway therebetween; and separately forming at least one or more additional portions of the component, at least one of the one or more additional portions adapted for attachment to the cooling member; and attaching at least one of the one or more additional portions of the component to the cooling member portion of the component ; wherein the step of printing uses a three-dimensional printing process. printing at least one cooling member portion of the component, the cooling member portion including at least one cooling feature that comprises at least one cooling cavity and at least one cooling channel , the at least one cooling cavity running from a first end to a second end of the cooling member, and the at least one cooling channel adjacent to and extending along a length of a surface of the cooling member and at a distance of about 127 (0.005 inches) to about 762 micrometers (0.030 inches) from the surface of the cooling member, the at least one cooling channel interconnecting through a first end opening and a second end opening with one or more of the at least one cooling cavity and the surface of the cooling member to provide a fluid pathway therebetween; and separately forming at least one or more additional portions of the component, at least one of the one or more additional portions adapted for attachment to the cooling member; and attaching at least one of the one or more additional portions of the component to the cooling member portion of the component ; wherein the step of printing uses a three-dimensional printing process.
A safety system for localizing one of a person and an object , the safety system comprising: a control and evaluation unit , at least one radio location system , and at least one spatially resolving sensor for the position determination of the person or of the object , wherein the radio location system has arranged radio stations , wherein at least one radio transponder is arranged at the person or the object , wherein position data of the person or object and in the transponder contained classification data that enable identification as a person or object, can be determined by means of the radio location system , wherein the position data and the classification data can be transmitted from the radio station of the radio location system to the control and evaluation unit , wherein position data and contour data of the person or of the object can be determined by means of the spatially resolving sensor , characterized in that the control and evaluation unit is configured to compare the position data of the radio location system with the position data of the sensor and to form checked position data on an agreement, with the control and evaluation unit being configured to compare the classification data of the radio station with the contour data of the spatially resolving sensor and to check for plausibility wherein the spatially resolving sensor and the radio stations are arranged as stationary. a control and evaluation unit , at least one radio location system , and at least one spatially resolving sensor for the position determination of the person or of the object , wherein the radio location system has arranged radio stations , wherein at least one radio transponder is arranged at the person or the object , wherein position data of the person or object and in the transponder contained classification data that enable identification as a person or object, can be determined by means of the radio location system , wherein the position data and the classification data can be transmitted from the radio station of the radio location system to the control and evaluation unit , wherein position data and contour data of the person or of the object can be determined by means of the spatially resolving sensor , characterized in that the control and evaluation unit is configured to compare the position data of the radio location system with the position data of the sensor and to form checked position data on an agreement, with the control and evaluation unit being configured to compare the classification data of the radio station with the contour data of the spatially resolving sensor and to check for plausibility wherein the spatially resolving sensor and the radio stations are arranged as stationary.
A leadframe assembly for a semiconductor device, the leadframe assembly comprising: a clip frame structure; the clip frame structure comprising: a die connection portion configured and arranged for contacting to one or more contact terminals on a top side of a semiconductor die; one or more electrical leads extending from the die connection portion at a first end, wherein the die connection portion comprises an hooking tab extending therefrom configured and arranged to be engaged with a wire loop of a wire pull test equipment, characterized in that the hooking tab is arranged such that it extends orthogonally from the die connection portion, wherein the hooking tab is integrally formed with die connection portion. a die connection portion configured and arranged for contacting to one or more contact terminals on a top side of a semiconductor die; one or more electrical leads extending from the die connection portion at a first end, wherein the die connection portion comprises an hooking tab extending therefrom configured and arranged to be engaged with a wire loop of a wire pull test equipment, characterized in that the hooking tab is arranged such that it extends orthogonally from the die connection portion, wherein the hooking tab is integrally formed with die connection portion.
A method of delivering a first substance to a first site in a plant , comprising: transporting, on a travel path alongside the plant , (i) a laser light emitter configured to generate a light energy and (ii) a substance applicator configured to emit the first substance ; applying the light energy to a second site located on a plant surface to create a first disruption wherein the first site and the second site are different in kind; applying a first dosage of the first substance to the second site in an amount effective to promote uptake of the first substance to the first site via the first disruption ; and wherein the laser light emitter and the substance applicator are continuously moving along the travel path as the light energy and the first substance are applied to the second site of the plant and wherein the first dosage and first disruption are sufficient to achieve a biological response. transporting, on a travel path alongside the plant , (i) a laser light emitter configured to generate a light energy and (ii) a substance applicator configured to emit the first substance ; applying the light energy to a second site located on a plant surface to create a first disruption wherein the first site and the second site are different in kind; applying a first dosage of the first substance to the second site in an amount effective to promote uptake of the first substance to the first site via the first disruption ; and wherein the laser light emitter and the substance applicator are continuously moving along the travel path as the light energy and the first substance are applied to the second site of the plant and wherein the first dosage and first disruption are sufficient to achieve a biological response.
A power generation device , comprising: a piston engine including a first piston , a second piston , a cylinder , a first crankshaft , and a second crankshaft , the first piston and the second piston reciprocating in the cylinder while facing each other, so that the first crankshaft rotates in a first rotation direction in accordance with the first piston and the second crankshaft rotates in a second rotation direction opposite to the first rotation direction in accordance with the second piston ; and a primary inertia body coupled to each of the first crankshaft and the second crankshaft ; characterized in that the power generation device comprises a secondary inertia body which is connected to the primary inertia body via a power transmission section and rotates in conjunction with the primary inertia body at a speed increased at a basic step-up ratio of the power transmission section ; the secondary inertia body includes at least a power generator ; a sum of an inertia moment of the primary inertia body and a product of an inertia moment of the secondary inertia body and the basic step-up ratio is defined to be a total inertia moment; and a total inertia moment in the first rotation direction and a total inertia moment in the second rotation direction are balanced with each other by not less than 50%. a piston engine including a first piston , a second piston , a cylinder , a first crankshaft , and a second crankshaft , the first piston and the second piston reciprocating in the cylinder while facing each other, so that the first crankshaft rotates in a first rotation direction in accordance with the first piston and the second crankshaft rotates in a second rotation direction opposite to the first rotation direction in accordance with the second piston ; and a primary inertia body coupled to each of the first crankshaft and the second crankshaft ; characterized in that the power generation device comprises a secondary inertia body which is connected to the primary inertia body via a power transmission section and rotates in conjunction with the primary inertia body at a speed increased at a basic step-up ratio of the power transmission section ; the secondary inertia body includes at least a power generator ; a sum of an inertia moment of the primary inertia body and a product of an inertia moment of the secondary inertia body and the basic step-up ratio is defined to be a total inertia moment; and a total inertia moment in the first rotation direction and a total inertia moment in the second rotation direction are balanced with each other by not less than 50%.
Mounting member for a differential, the mounting member comprising: a first opening configured as a first bearing housing arranged to receive a differential case bearing ; and a second opening arranged to guide a piston rod of a differential lock assembly , characterised in that the mounting member comprises means for removably connecting the mounting member to a differential carrier of the differential. a first opening configured as a first bearing housing arranged to receive a differential case bearing ; and a second opening arranged to guide a piston rod of a differential lock assembly , characterised in that the mounting member comprises means for removably connecting the mounting member to a differential carrier of the differential.
An air conditioner (AC) indoor unit comprising: a housing installed on the ceiling and having an inlet and an outlet provided around the inlet and having a pair of straight sections facing each other and a pair of curved sections facing each other; a heat exchanger provided inside the housing and arranged in a main flow path between the inlet and the outlet ; a blower fan configured to suck in air through the inlet , allow the air to exchange heat with the heat exchanger , and discharge the air through the outlet ; an auxiliary flow path guiding an auxiliary air current to change a direction of a main air current discharged from the outlet ; and a plurality of auxiliary fans located in the auxiliary flow path to suck air from the main air current into the auxiliary flow path to form the auxiliary air current, and the air discharge amount of each of the plurality of auxiliary fans is independently controlled based on the distance of each of the plurality of auxiliary fans to the blower fan . a housing installed on the ceiling and having an inlet and an outlet provided around the inlet and having a pair of straight sections facing each other and a pair of curved sections facing each other; a heat exchanger provided inside the housing and arranged in a main flow path between the inlet and the outlet ; a blower fan configured to suck in air through the inlet , allow the air to exchange heat with the heat exchanger , and discharge the air through the outlet ; an auxiliary flow path guiding an auxiliary air current to change a direction of a main air current discharged from the outlet ; and a plurality of auxiliary fans located in the auxiliary flow path to suck air from the main air current into the auxiliary flow path to form the auxiliary air current, and the air discharge amount of each of the plurality of auxiliary fans is independently controlled based on the distance of each of the plurality of auxiliary fans to the blower fan .
An image processing method comprising: an acquiring step (S201, S202) of acquiring a spectral image obtained by imaging of an object , ambient light data during the imaging, and reflection characteristic data and transmission characteristic data which depend on a concentration of a material contained in the object; and a separating step (S210) of separating a reflected light component and a transmitting light component in the spectral image using the ambient light data, the reflection characteristic data, and the transmission characteristic data. an acquiring step (S201, S202) of acquiring a spectral image obtained by imaging of an object , ambient light data during the imaging, and reflection characteristic data and transmission characteristic data which depend on a concentration of a material contained in the object; and a separating step (S210) of separating a reflected light component and a transmitting light component in the spectral image using the ambient light data, the reflection characteristic data, and the transmission characteristic data.
An electrically operated aerosol generating system for heating a liquid aerosol-forming substrate, the system comprising: a liquid storage portion for storing the liquid aerosol-forming substrate ; an electric heater for heating the liquid aerosol-forming substrate ; at least one electrical connector for the heater , wherein the at least one electrical connector is located on the outside of the liquid storage portion ; and leakage prevention means configured to prevent or reduce leakage of the liquid aerosol-forming substrate from the liquid storage portion , wherein the leakage prevention means comprises sealing means between the liquid storage portion and the at least one electrical connector , and wherein the sealing means comprises sealing material at a contact between the liquid storage portion and the at least one electrical connector . a liquid storage portion for storing the liquid aerosol-forming substrate ; an electric heater for heating the liquid aerosol-forming substrate ; at least one electrical connector for the heater , wherein the at least one electrical connector is located on the outside of the liquid storage portion ; and leakage prevention means configured to prevent or reduce leakage of the liquid aerosol-forming substrate from the liquid storage portion , wherein the leakage prevention means comprises sealing means between the liquid storage portion and the at least one electrical connector , and wherein the sealing means comprises sealing material at a contact between the liquid storage portion and the at least one electrical connector .
A method of forming a vacuum insulated refrigerator cabinet structure , the method comprising: providing a multi-layer sheet of material comprising at least one layer of inner barrier material disposed between first and second outer layers , wherein the inner barrier material and the first and second outer layers comprise thermoplastic polymers; characterized in that it further comprises: thermoforming the sheet of material to form a nonplanar first component , the first component comprising a liner; followed by at least partially coating at least one of the first and second outer layers with an outer barrier material utilizing a plasma polymerization process or a physical vapor deposition process; securing a second component to the first component to form an interior space therebetween, the second component comprising a wrapper; positioning porous filler material in the interior space; forming a vacuum in the interior space and sealing the first and second component together around the porous filler material to form a vacuum insulated structure . providing a multi-layer sheet of material comprising at least one layer of inner barrier material disposed between first and second outer layers , wherein the inner barrier material and the first and second outer layers comprise thermoplastic polymers; characterized in that it further comprises: thermoforming the sheet of material to form a nonplanar first component , the first component comprising a liner; followed by at least partially coating at least one of the first and second outer layers with an outer barrier material utilizing a plasma polymerization process or a physical vapor deposition process; securing a second component to the first component to form an interior space therebetween, the second component comprising a wrapper; positioning porous filler material in the interior space; forming a vacuum in the interior space and sealing the first and second component together around the porous filler material to form a vacuum insulated structure .
Motor-fan unit (GMV) for a motor vehicle (V) comprising an electric motor (MOT) and a control circuit board (CD) for controlling said electric motor (MOT), said control circuit board (CD) comprising: - an acquisition device (ADC) for acquiring at least one characteristic quantity (G) of said motor-fan unit (GMV); - a driver device (MC) configured to drive said electric motor (MOT) via a primary pulse width modulation signal (PWM1); said driver device (MC) being further configured to send, to said acquisition device (ADC), a trigger signal (S) for triggering said acquisition, said trigger signal (S) being offset and synchronous with respect to said primary pulse width modulation signal (PWM1), characterized in that , if said primary pulse width modulation signal (PWM1) comprises a primary duty cycle (α1) lower than or equal to fifty percent, said triggering of said acquisition takes place at an instant (t) equal to the primary duty cycle (αl) divided by two plus fifty percent. - an acquisition device (ADC) for acquiring at least one characteristic quantity (G) of said motor-fan unit (GMV); - a driver device (MC) configured to drive said electric motor (MOT) via a primary pulse width modulation signal (PWM1);
An identification card comprising a glass substrate with a first surface and a second surface facing in opposite directions, wherein the first surface of the glass substrate has at least one first recess ; and the identification card further includes: a first resin material layer filled in the at least one first recess ; and at least one of a first information storage medium, a first security feature, and a first decorative feature bonded to the first resin material layer , characterized in that the glass substrate is made by melting a glass raw material at a high temperature and then injecting it into a suitable mold for casting; the at least one first recess is formed while manufacturing the glass substrate by using a casting mold; and the height of the first resin material layer is slightly lower than the opening of the at least one first recess , such that, after bonding the at least one of a first information storage medium, a first security feature, and a first decorative feature to the first resin material layer , the height of the bonded element is substantially aligned with the opening of the at least one first recess. comprising a glass substrate with a first surface and a second surface facing in opposite directions, wherein the first surface of the glass substrate has at least one first recess ; and the identification card further includes: a first resin material layer filled in the at least one first recess ; and at least one of a first information storage medium, a first security feature, and a first decorative feature bonded to the first resin material layer , characterized in that the glass substrate is made by melting a glass raw material at a high temperature and then injecting it into a suitable mold for casting; the at least one first recess is formed while manufacturing the glass substrate by using a casting mold; and the height of the first resin material layer is slightly lower than the opening of the at least one first recess , such that, after bonding the at least one of a first information storage medium, a first security feature, and a first decorative feature to the first resin material layer , the height of the bonded element is substantially aligned with the opening of the at least one first recess. a first resin material layer filled in the at least one first recess ; and at least one of a first information storage medium, a first security feature, and a first decorative feature bonded to the first resin material layer , characterized in that the glass substrate is made by melting a glass raw material at a high temperature and then injecting it into a suitable mold for casting; the at least one first recess is formed while manufacturing the glass substrate by using a casting mold; and the height of the first resin material layer is slightly lower than the opening of the at least one first recess , such that, after bonding the at least one of a first information storage medium, a first security feature, and a first decorative feature to the first resin material layer , the height of the bonded element is substantially aligned with the opening of the at least one first recess.