mhurhangee/patent-ind-claim-en huggingface dataset:
A method of forming an electrical part comprising: providing two or more electronic components wherein each electronic component comprises a first electrode and a second electrode wherein said first electrodes terminate at a first side at a first external termination and said second electrodes terminate at a second side; stacking said electronic components; characterised by forming first and second layers of a first component of a transient liquid phase sintering conductive layer in electrical contact with respective first external terminations; contacting said first layer and said second layer with a second component of said transient liquid phase sintering conductive layer; heating to a first temperature sufficient to form a first transient liquid phase sintering conductive layer comprising said first component and said second component wherein said first transient liquid phase sintering conductive layer is in electrical contact with and between adjacent first external terminations. providing two or more electronic components wherein each electronic component comprises a first electrode and a second electrode wherein said first electrodes terminate at a first side at a first external termination and said second electrodes terminate at a second side; stacking said electronic components; characterised by forming first and second layers of a first component of a transient liquid phase sintering conductive layer in electrical contact with respective first external terminations; contacting said first layer and said second layer with a second component of said transient liquid phase sintering conductive layer; heating to a first temperature sufficient to form a first transient liquid phase sintering conductive layer comprising said first component and said second component wherein said first transient liquid phase sintering conductive layer is in electrical contact with and between adjacent first external terminations.
An image processing apparatus comprising: an invisible light source configured to emit invisible light to a subject; a visible light source configured to emit visible light to the subject; an invisible image reading sensor configured to read invisible reflection light reflected from the subject to acquire an invisible image, the invisible reflection light being a part of the invisible light emitted from the invisible light source ; a visible image reading sensor configured to read visible reflection light reflected from the subject to acquire a visible image, the visible reflection light being a part of the visible light emitted from the visible light source , wherein the visible image comprises a specific component including color information that is removed in the invisible image, characterized by an image restoration unit configured to restore the specific component in the invisible image acquired by the invisible image reading sensor . an invisible light source configured to emit invisible light to a subject; a visible light source configured to emit visible light to the subject; an invisible image reading sensor configured to read invisible reflection light reflected from the subject to acquire an invisible image, the invisible reflection light being a part of the invisible light emitted from the invisible light source ; a visible image reading sensor configured to read visible reflection light reflected from the subject to acquire a visible image, the visible reflection light being a part of the visible light emitted from the visible light source , wherein the visible image comprises a specific component including color information that is removed in the invisible image, characterized by an image restoration unit configured to restore the specific component in the invisible image acquired by the invisible image reading sensor .
A preform shaping apparatus comprising: a rigid mold having a corrugated shape corresponding to a corrugated shape of a preform; and a pressurizing jig configured to press an unshaped material (M) of the preform to the rigid mold at different positions and different timings, wherein the pressurizing jig includes: - closed inner vacuum bags respectively disposed on positions, corresponding to the different positions, between the mold and the material (M); and - an outer vacuum bag for sealing the material (M), on which the inner vacuum bags have been disposed, from an outside of the inner vacuum bags and the material (M), wherein the pressurizing jig is configured to press the material (M) to the mold using an atmospheric pressure, by evacuating an area sealed by the outer vacuum bag and evacuating insides of the inner vacuum bags at the different timings. a rigid mold having a corrugated shape corresponding to a corrugated shape of a preform; and a pressurizing jig configured to press an unshaped material (M) of the preform to the rigid mold at different positions and different timings, wherein the pressurizing jig includes: - closed inner vacuum bags respectively disposed on positions, corresponding to the different positions, between the mold and the material (M); and - an outer vacuum bag for sealing the material (M), on which the inner vacuum bags have been disposed, from an outside of the inner vacuum bags and the material (M), - closed inner vacuum bags respectively disposed on positions, corresponding to the different positions, between the mold and the material (M); and - an outer vacuum bag for sealing the material (M), on which the inner vacuum bags have been disposed, from an outside of the inner vacuum bags and the material (M), wherein the pressurizing jig is configured to press the material (M) to the mold using an atmospheric pressure, by evacuating an area sealed by the outer vacuum bag and evacuating insides of the inner vacuum bags at the different timings.
An additive manufacturing system, comprising: an extruder having an opening dimensioned to receive a material, a barrel , and a screw within the barrel , wherein the screw has a diameter ranging between 20 mm +/- 10% and 150 mm +/- 10%, and wherein the barrel extends along a longitudinal axis; one or more heaters positioned along at least a portion of the barrel , wherein, as the material passes through the barrel , the one or more heaters at least partially melt the material; a gear pump in fluid communication with the barrel for receiving the at least partially melted material; a nozzle in fluid communication with the gear pump for depositing the at least partially melted material as a vertically oriented layer of material; a worktable for printing of a part; characterized in that the worktable is a vertical worktable for vertical printing of the part and the additive manufacturing system further comprises one or more cooling mechanisms including one or more fans, blowers, coolant, or air conditioning, configured to cool vertically oriented layers of the at least partially melted material on the vertical worktable in a layer by layer manner. an extruder having an opening dimensioned to receive a material, a barrel , and a screw within the barrel , wherein the screw has a diameter ranging between 20 mm +/- 10% and 150 mm +/- 10%, and wherein the barrel extends along a longitudinal axis; one or more heaters positioned along at least a portion of the barrel , wherein, as the material passes through the barrel , the one or more heaters at least partially melt the material; a gear pump in fluid communication with the barrel for receiving the at least partially melted material; a nozzle in fluid communication with the gear pump for depositing the at least partially melted material as a vertically oriented layer of material; a worktable for printing of a part; characterized in that the worktable is a vertical worktable for vertical printing of the part and the additive manufacturing system further comprises one or more cooling mechanisms including one or more fans, blowers, coolant, or air conditioning, configured to cool vertically oriented layers of the at least partially melted material on the vertical worktable in a layer by layer manner.
An apparatus for detecting a failure of a gladhand coupler connecting a towing component and a trailer component of a commercial or railroad vehicle , wherein the towing component is configured with a triggerable mechanism adapted to change, through the gladhand coupler , a pressure for braking the trailer component , characterized by a triggering module , configured to trigger the mechanism ; and a detection module , configured to detect a reaction of the commercial or railroad vehicle after the triggering module has triggered the mechanism , to attribute the reaction to a failure of the gladhand coupler , and to issue a warning signal about the failure of the gladhand coupler . a triggering module , configured to trigger the mechanism ; and a detection module , configured to detect a reaction of the commercial or railroad vehicle after the triggering module has triggered the mechanism , to attribute the reaction to a failure of the gladhand coupler , and to issue a warning signal about the failure of the gladhand coupler .
A method, comprising: queuing a content item for upload from a user device to a content management system ; uploading metadata associated with the content item to the content management system prior to uploading the content item; receiving categorization data for the content item from the content management system based on the uploaded metadata; presenting the content item within a user interface comprising a collection of items displayed on the user device prior to uploading the content item to the content management system , wherein the content item is categorized in the collection of content items based on the categorization data, the collection of content items comprising one or more previously uploaded content items stored in an account on the content management system ; and providing a set of interactivity features on the user device for interacting with the one or more previously uploaded content items and the content item in the queue for upload, regardless of upload status of the content item. queuing a content item for upload from a user device to a content management system ; uploading metadata associated with the content item to the content management system prior to uploading the content item; receiving categorization data for the content item from the content management system based on the uploaded metadata; presenting the content item within a user interface comprising a collection of items displayed on the user device prior to uploading the content item to the content management system , wherein the content item is categorized in the collection of content items based on the categorization data, the collection of content items comprising one or more previously uploaded content items stored in an account on the content management system ; and providing a set of interactivity features on the user device for interacting with the one or more previously uploaded content items and the content item in the queue for upload, regardless of upload status of the content item.
Pumping mechanism comprising a pump tube and a control unit, the pumping mechanism being assigned at least one pressure sensor which transmits sensor data to the control unit, characterized in that it is a pumping mechanism for a container pump and comprises an outlet nozzle that branches off from the pump tube , and the at least one pressure sensor is internally assigned to the pump tube and/or the outlet nozzle , the control unit being suitable for determining the flow rate and the control unit being assigned means for recording motor parameters of a motor connected to the pumping mechanism as well as means for recording media parameters of the medium conveyed by the pumping mechanism , the flow rate being determined using the sensor data from the pressure sensor, the motor parameters and the parameters of the medium to be conveyed. characterized in that it is a pumping mechanism for a container pump and comprises an outlet nozzle that branches off from the pump tube , and the at least one pressure sensor is internally assigned to the pump tube and/or the outlet nozzle , the control unit being suitable for determining the flow rate and the control unit being assigned means for recording motor parameters of a motor connected to the pumping mechanism as well as means for recording media parameters of the medium conveyed by the pumping mechanism , the flow rate being determined using the sensor data from the pressure sensor, the motor parameters and the parameters of the medium to be conveyed.
Method of hydrogenation and calcination of CaCO 3 in a thermally insulated vessel by reacting it with H 2 , to produce CaO and a syngas containing at least H 2 , CO, H 2 O and CO 2 , characterised by a sequence of at least the following consecutive steps carried out at least twice: i) a step of combustion of a fuel to heat up a bed of solids containing at least CaO and CaCO 3 to a maximum heating temperature between 700-1100oC, at a pressure being essentially the equilibrium partial pressure of pure CO 2 on CaO at the maximum heating temperature; ii) a step of reacting with H 2 the heated bed of solids containing at least CaO and CaCO 3 , while allowing their adiabatic cooling by 50 to 250oC; iii) a step of replenishing or regenerating the content of CaCO 3 in the solids resulting from step ii). i) a step of combustion of a fuel to heat up a bed of solids containing at least CaO and CaCO 3 to a maximum heating temperature between 700-1100oC, at a pressure being essentially the equilibrium partial pressure of pure CO 2 on CaO at the maximum heating temperature; ii) a step of reacting with H 2 the heated bed of solids containing at least CaO and CaCO 3 , while allowing their adiabatic cooling by 50 to 250oC; iii) a step of replenishing or regenerating the content of CaCO 3 in the solids resulting from step ii).
A heating module (30; 30') for liquid, extending in a longitudinal direction between an upstream portion allowing a liquid to enter and a downstream portion allowing the liquid to exit, said upstream portion or said downstream portion forming a terminal portion, said heating module (30; 30') further comprising: - a path for liquid delimited between a tubular body and a sleeve (38; 48) surrounding said tubular body , said path for liquid comprising a liquid inlet zone in the upstream portion of the module, a liquid outlet zone in the downstream portion of the module, and a heat exchange zone located peripherally between said liquid inlet zone and said liquid outlet zone , - electric heating means (38a; 49) located around said heat exchange zone to enable the liquid travelling along the path for liquid to be heated, characterized in that : - said terminal portion bounds a central housing , - said path for liquid communicates with said central housing , and - said heating module (30; 30') further comprises attachment means located at the extremity of the terminal portion. - a path for liquid delimited between a tubular body and a sleeve (38; 48) surrounding said tubular body , said path for liquid comprising a liquid inlet zone in the upstream portion of the module, a liquid outlet zone in the downstream portion of the module, and a heat exchange zone located peripherally between said liquid inlet zone and said liquid outlet zone , - electric heating means (38a; 49) located around said heat exchange zone to enable the liquid travelling along the path for liquid to be heated, characterized in that : - said terminal portion bounds a central housing , - said path for liquid communicates with said central housing , and - said heating module (30; 30') further comprises attachment means located at the extremity of the terminal portion.
Method for checking the function of a pressure sensor in the air intake tract or exhaust gas outlet tract of an internal combustion engine in operation, wherein - dynamic pressure oscillations of the intake air in the air intake tract or of the exhaust gas in the exhaust gas outlet tract of the relevant internal combustion engine are measured during operation by means of the relevant pressure sensor and a corresponding pressure vibration signal (DS_S) is generated from them; and - wherein, on the basis of the pressure oscillation signal (DS_S), a value of a specific operating characteristic (BChk_W1...X) of the internal combustion engine is respectively determined for a number of selected signal frequencies (SF1...X) with the aid of discrete Fourier transformation (DFT) and deviation values (Aw _W1...Y) of the values of the operating characteristic (BChk _W1...X) determined for different signal frequencies (SF1...X) from one another are determined; - wherein the satisfactory function of the pressure sensor is confirmed (DSens=ok) if none of the determined deviation values (Aw W1...Y) reaches or exceeds a specified deviation limit value (Aw Gw) and - wherein a malfunction (DSens_Ffkt) of the pressure sensor is diagnosed if at least one of the determined deviation values (Aw_W1...Y) reaches or exceeds a predetermined deviation limit value (Aw_Gw) at least once. - dynamic pressure oscillations of the intake air in the air intake tract or of the exhaust gas in the exhaust gas outlet tract of the relevant internal combustion engine are measured during operation by means of the relevant pressure sensor and a corresponding pressure vibration signal (DS_S) is generated from them; and - wherein, on the basis of the pressure oscillation signal (DS_S), a value of a specific operating characteristic (BChk_W1...X) of the internal combustion engine is respectively determined for a number of selected signal frequencies (SF1...X) with the aid of discrete Fourier transformation (DFT) and deviation values (Aw _W1...Y) of the values of the operating characteristic (BChk _W1...X) determined for different signal frequencies (SF1...X) from one another are determined; - wherein the satisfactory function of the pressure sensor is confirmed (DSens=ok) if none of the determined deviation values (Aw W1...Y) reaches or exceeds a specified deviation limit value (Aw Gw) and - wherein a malfunction (DSens_Ffkt) of the pressure sensor is diagnosed if at least one of the determined deviation values (Aw_W1...Y) reaches or exceeds a predetermined deviation limit value (Aw_Gw) at least once.
A method for performing an operation on an intelligent wearable device by using a gesture, wherein the method is applied to the intelligent wearable device, and the method comprises: receiving an activation signal from a mobile terminal; displaying an operation interface on a screen of the intelligent wearable device in response to the activation signal; transmitting an infra-red signal in response to the activation signal; and receiving a reflected signal reflected by an operation gesture to the infra-red signal; identifying the operation gesture according to the reflected signal; determining a control instruction according to the identified operation gesture; and controlling , according to the control instruction, the intelligent wearable device to perform a corresponding operation. receiving an activation signal from a mobile terminal; displaying an operation interface on a screen of the intelligent wearable device in response to the activation signal; transmitting an infra-red signal in response to the activation signal; and receiving a reflected signal reflected by an operation gesture to the infra-red signal; identifying the operation gesture according to the reflected signal; determining a control instruction according to the identified operation gesture; and controlling , according to the control instruction, the intelligent wearable device to perform a corresponding operation.
A process water supply unit for supplying a medical treatment unit with process water ( Betriebswasser- BW), comprising: a pressurized water container for holding process water (BW); a container receptacle adapted to receive the pressurized water container ; and a cylindrical lid part which encloses the container receptacle ; wherein the container receptacle comprises: a pressurized air inlet which is adapted to connect the process water supply unit to a pressurized air source ; a pressurized air port adapted to introduce the pressurized air ( Druckluft - DL) stemming from the pressurized air inlet into the pressurized water container ; a process water port adapted to convey the process water (BW) out of the pressurized water container by the pressurized air (DL) introduced into the pressurized water container and to deliver it to the medical treatment unit ; a sterile air filter integrated in a pressurized air path between the pressurized air inlet and the pressurized air port ; and a plate-shaped, round base plate through which the process water port and the pressurized air port at least partially pass. a pressurized water container for holding process water (BW); a container receptacle adapted to receive the pressurized water container ; and a cylindrical lid part which encloses the container receptacle ; wherein the container receptacle comprises: a pressurized air inlet which is adapted to connect the process water supply unit to a pressurized air source ; a pressurized air port adapted to introduce the pressurized air ( Druckluft - DL) stemming from the pressurized air inlet into the pressurized water container ; a process water port adapted to convey the process water (BW) out of the pressurized water container by the pressurized air (DL) introduced into the pressurized water container and to deliver it to the medical treatment unit ; a sterile air filter integrated in a pressurized air path between the pressurized air inlet and the pressurized air port ; and a plate-shaped, round base plate through which the process water port and the pressurized air port at least partially pass. a pressurized air inlet which is adapted to connect the process water supply unit to a pressurized air source ; a pressurized air port adapted to introduce the pressurized air ( Druckluft - DL) stemming from the pressurized air inlet into the pressurized water container ; a process water port adapted to convey the process water (BW) out of the pressurized water container by the pressurized air (DL) introduced into the pressurized water container and to deliver it to the medical treatment unit ; a sterile air filter integrated in a pressurized air path between the pressurized air inlet and the pressurized air port ; and a plate-shaped, round base plate through which the process water port and the pressurized air port at least partially pass.