mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: providing a device wafer including a front surface and a solder bump formed over the front surface; providing a support substrate including a planar wetting surface, wherein a layer of thermosetting material is formed on the planar wetting surface; bonding the device wafer to the support substrate under heat and pressure, wherein the bonding comprises: penetrating the layer of thermosetting material with the solder bump, wetting the planar wetting surface with the solder bump while reflowing the solder bump, and at least partially curing the thermosetting material; the method further comprising: after bonding the device wafer to the support substrate, forming a via extending between the front surface and a back surface of the device wafer while the device wafer is temporarily supported with the support substrate and the at least partially cured thermosetting material; and after forming the via, removing the support substrate to expose, on the device wafer, a planar frontside bonding surface including the reflowed solder bump and the at least partially cured thermosetting material. providing a device wafer including a front surface and a solder bump formed over the front surface; providing a support substrate including a planar wetting surface, wherein a layer of thermosetting material is formed on the planar wetting surface; bonding the device wafer to the support substrate under heat and pressure, wherein the bonding comprises: penetrating the layer of thermosetting material with the solder bump, wetting the planar wetting surface with the solder bump while reflowing the solder bump, and at least partially curing the thermosetting material; the method further comprising: after bonding the device wafer to the support substrate, forming a via extending between the front surface and a back surface of the device wafer while the device wafer is temporarily supported with the support substrate and the at least partially cured thermosetting material; and after forming the via, removing the support substrate to expose, on the device wafer, a planar frontside bonding surface including the reflowed solder bump and the at least partially cured thermosetting material. after bonding the device wafer to the support substrate, forming a via extending between the front surface and a back surface of the device wafer while the device wafer is temporarily supported with the support substrate and the at least partially cured thermosetting material; and after forming the via, removing the support substrate to expose, on the device wafer, a planar frontside bonding surface including the reflowed solder bump and the at least partially cured thermosetting material.
A composition comprising a pesticide, at least one emulsifier and a carboxylic acid amide according to formula: wherein the at least one emulsifier is a combination of at least one non-ionic emulsifier and at least one anionic emulsifier.
Device for measuring friction on a cylinder-piston arrangement, wherein a reciprocating piston is arranged in a cylinder liner of a liner unit decoupled from a cylinder head, and the liner unit is arranged in a liner carrier which is connected to a sensor carrier and which has a rotationally symmetrical receiving region for the cylinder liner, said receiving region being concentric to the cylinder axis, characterised in that the liner unit has a liner frame, wherein the cylinder liner is arranged in the liner frame, and the liner unit is mounted in the liner carrier via a conical seat, wherein at least one conical inner jacket surface of the receiving region forms a first seat surface and a conical outer jacket surface (19a, 19b) of the linear frame formed reciprocally to the first seat surface forms a second seat surface of the conical seat for receiving and centering the cylinder liner.
A combustor assembly lift system comprising: an exterior lift frame comprising a base portion and an arm portion, wherein the arm portion extends away from a base portion to form an interior; and, an interior combustor assembly engagement frame at least partially disposed in the interior of the exterior lift frame and configured to temporarily secure to at least a portion of a combustor assembly; wherein the interior combustor assembly engagement frame is connected to the base portion of the exterior lift frame; a connection between the interior combustor assembly engagement frame and the exterior lift frame comprises a rotational connection wherein the interior combustor assembly engagement frame can rotate relative to the exterior lift frame, characterized in that the arm portion of the exterior lift frame comprises one or more side pick points; and the rotational connection comprises a ball joint connection. an exterior lift frame comprising a base portion and an arm portion, wherein the arm portion extends away from a base portion to form an interior; and, an interior combustor assembly engagement frame at least partially disposed in the interior of the exterior lift frame and configured to temporarily secure to at least a portion of a combustor assembly; wherein the interior combustor assembly engagement frame is connected to the base portion of the exterior lift frame; a connection between the interior combustor assembly engagement frame and the exterior lift frame comprises a rotational connection wherein the interior combustor assembly engagement frame can rotate relative to the exterior lift frame, characterized in that the arm portion of the exterior lift frame comprises one or more side pick points; and the rotational connection comprises a ball joint connection.
A molecule detecting system for detecting a reaction of a molecule captured between electrodes to a reagent in a liquid, the system comprising: (a) a detection device including a couple of electrodes and being capable of measuring a resonance frequency and an amplitude of the electrodes; (b) a microfluidic device including a microfluidic channel adapted for flow of a solution of reagent from an inlet to an outlet of the microfluidic channel, the microfluidic channel including a channel opening on its one side, wherein an air-liquid interface adapted for the electrodes to pass through is formed in the channel opening; (c) a pressure controlled microfluidic pump connected to the outlet of the microfluidic channel; (d) a movable holding device movably holding the detection device or the microfluidic device; and (e) a controller controlling the detection device, the pressure controlled microfluidic pump, and the movable holding device. (a) a detection device including a couple of electrodes and being capable of measuring a resonance frequency and an amplitude of the electrodes; (b) a microfluidic device including a microfluidic channel adapted for flow of a solution of reagent from an inlet to an outlet of the microfluidic channel, the microfluidic channel including a channel opening on its one side, wherein an air-liquid interface adapted for the electrodes to pass through is formed in the channel opening; (c) a pressure controlled microfluidic pump connected to the outlet of the microfluidic channel; (d) a movable holding device movably holding the detection device or the microfluidic device; and (e) a controller controlling the detection device, the pressure controlled microfluidic pump, and the movable holding device.
Device for editing a panoramic radiography image of an examination object generated by a panoramic X-ray machine, comprising: an input interface for receiving the panoramic radiography image as well as reconstruction data of the panoramic radiography image, the reconstruction data including information on a course of projection lines of the panoramic radiography image between an X-ray source and an X-ray detector of the panoramic X-ray machine as well as information on an image surface of the panoramic radiography image; characterized by further comprising: an evaluation unit for evaluating the reconstruction data and for determining, on the basis of one of the projection lines with two intersection points (32, 34) with the image surface, an image section of the panoramic radiography image that has been generated; an image editing unit for editing the panoramic radiography image based on the determined image section; and an output unit for outputting the edited panoramic radiography image. an input interface for receiving the panoramic radiography image as well as reconstruction data of the panoramic radiography image, the reconstruction data including information on a course of projection lines of the panoramic radiography image between an X-ray source and an X-ray detector of the panoramic X-ray machine as well as information on an image surface of the panoramic radiography image; characterized by further comprising: an evaluation unit for evaluating the reconstruction data and for determining, on the basis of one of the projection lines with two intersection points (32, 34) with the image surface, an image section of the panoramic radiography image that has been generated; an image editing unit for editing the panoramic radiography image based on the determined image section; and an output unit for outputting the edited panoramic radiography image. an evaluation unit for evaluating the reconstruction data and for determining, on the basis of one of the projection lines with two intersection points (32, 34) with the image surface, an image section of the panoramic radiography image that has been generated; an image editing unit for editing the panoramic radiography image based on the determined image section; and an output unit for outputting the edited panoramic radiography image.
Segment of an outer wall of a tower, manufactured from the pre-product with a concrete section forming a section of the outer wall and comprising armouring, and a section following on from the concrete section, in which an armouring is at least partly exposed, wherein the segment has two areas (1; 6) comprising concrete cured at different times and the segment has a non-planar support surface in the form of at least two stepped offset support surfaces.
A ceramic heater, comprising: a base body made of ceramics; and a heat-generator embedded in the base body, wherein the heat-generator comprises a recess in a surface thereof, the ceramics being inside the recess, characterized in that the recess is located in the surface of the heat-generator which faces a surface of the base body. a base body made of ceramics; and a heat-generator embedded in the base body, wherein the heat-generator comprises a recess in a surface thereof, the ceramics being inside the recess, characterized in that the recess is located in the surface of the heat-generator which faces a surface of the base body.
A device for deploying at least one membrane, with a set of elements being arranged on a face of said membrane, said elements being designed to convert solar energy into electric energy, said device being formed by one deployment structure per membrane to be deployed, said deployment structure comprising at least one primary tape spring supporting said membrane, said device further comprising at least one secondary tape spring and a reinforcing structure attached both to said at least one primary tape spring and to said at least one secondary tape spring, said device having a wound state in which said at least one primary tape spring supporting said membrane and said at least one secondary tape spring, as well as said reinforcing structure are co-wound about a mandrel, and an unwound state in which said at least one primary tape spring and said at least one secondary tape spring are unwound, characterised in that said device comprises, at said mandrel, offsetting means for offsetting, in the unwound state, the attachment area of said at least one secondary tape spring or of said at least one primary tape spring in such a way that said reinforcing structure is deployed in the space located on the side opposite the face of said membrane comprising the elements designed to convert solar energy into electric energy and supports said membrane, said device then being found in the deployed state, said offsetting means being attached to said mandrel and comprising a movable element to which only either said primary tape spring or said secondary tape spring is fixed.
A defibrillator comprising: an ECG detection unit configured to detect and amplify an ECG signal, remove noise and convert it into a digital signal; an operation processing unit configured to analyze the ECG signal received from the ECG detection unit to determine the presence of ventricular fibrillation and generate an electric shock signal if ventricular fibrillation is present; and an electric shock unit configured to apply high energy to a defibrillation electrode upon receiving an electric shock signal from the operation processing unit, thereby delivering an electric shock; characterised in that the operation processing unit is further configured to receive and analyze the ECG signal from the ECG detection unit as soon as the power switch of the key input unit is turned on and simultaneously transmit a signal to charge to the energy charging unit of the electric shock unit for the energy charging unit to charge the energy of the electric shock power unit to a preset baseline. an ECG detection unit configured to detect and amplify an ECG signal, remove noise and convert it into a digital signal; an operation processing unit configured to analyze the ECG signal received from the ECG detection unit to determine the presence of ventricular fibrillation and generate an electric shock signal if ventricular fibrillation is present; and an electric shock unit configured to apply high energy to a defibrillation electrode upon receiving an electric shock signal from the operation processing unit, thereby delivering an electric shock; characterised in that the operation processing unit is further configured to receive and analyze the ECG signal from the ECG detection unit as soon as the power switch of the key input unit is turned on and simultaneously transmit a signal to charge to the energy charging unit of the electric shock unit for the energy charging unit to charge the energy of the electric shock power unit to a preset baseline.
A reciprocating saw comprising: a housing; a motor within the housing; a reciprocating drive mechanism including a rotational input arranged to be driven by the motor and a reciprocating spindle to which a saw blade is attachable; and an onboard, integrated dust collection system for collecting and storing dust and debris generated by the saw blade during a cutting operation, the onboard, integrated dust collection system including: an inlet duct, a dust container positioned downstream of the inlet duct, an outlet duct defined within the housing, a fan arranged to be driven by the motor to induce a first airflow through the outlet duct, and a vacuum port that is alternately attachable to a remote vacuum source to induce a second airflow that is different from the first airflow; wherein the first airflow is arranged to extend through the inlet duct, the dust container, and the outlet duct, characterised in that: the vacuum port is on the dust container, the second airflow being arranged to extend through the inlet duct, the dust container and the vacuum port, and into the remote vacuum source. a housing; a motor within the housing; a reciprocating drive mechanism including a rotational input arranged to be driven by the motor and a reciprocating spindle to which a saw blade is attachable; and an onboard, integrated dust collection system for collecting and storing dust and debris generated by the saw blade during a cutting operation, the onboard, integrated dust collection system including: an inlet duct, a dust container positioned downstream of the inlet duct, an outlet duct defined within the housing, a fan arranged to be driven by the motor to induce a first airflow through the outlet duct, and a vacuum port that is alternately attachable to a remote vacuum source to induce a second airflow that is different from the first airflow; wherein the first airflow is arranged to extend through the inlet duct, the dust container, and the outlet duct, characterised in that: the vacuum port is on the dust container, the second airflow being arranged to extend through the inlet duct, the dust container and the vacuum port, and into the remote vacuum source. an inlet duct, a dust container positioned downstream of the inlet duct, an outlet duct defined within the housing, a fan arranged to be driven by the motor to induce a first airflow through the outlet duct, and a vacuum port that is alternately attachable to a remote vacuum source to induce a second airflow that is different from the first airflow; wherein the first airflow is arranged to extend through the inlet duct, the dust container, and the outlet duct, characterised in that: the vacuum port is on the dust container, the second airflow being arranged to extend through the inlet duct, the dust container and the vacuum port, and into the remote vacuum source. the vacuum port is on the dust container, the second airflow being arranged to extend through the inlet duct, the dust container and the vacuum port, and into the remote vacuum source.
A wind turbine, comprising: a tower; a nacelle disposed on the tower and including a nacelle roof; a rotor including a hub and at least one wind turbine blade, the rotor operatively coupled to a generator; and a helihoist affixed to the nacelle roof, the helihoist having a platform with a first working surface, wherein the platform is configured to be expandable to form a second working surface, wherein the second working surface is greater than the first working surface, characterized in that the helihoist further comprises: a sidewall surrounding at least a portion of the first working surface; and a sidewall structure movable between a first operative position and a second operative position, the sidewall structure surrounding at least a portion of the second working surface when in the second operative position. a tower; a nacelle disposed on the tower and including a nacelle roof; a rotor including a hub and at least one wind turbine blade, the rotor operatively coupled to a generator; and a sidewall surrounding at least a portion of the first working surface; and a sidewall structure movable between a first operative position and a second operative position, the sidewall structure surrounding at least a portion of the second working surface when in the second operative position.
A method of preparing a packaged fruit-based food product, characterized in that it comprises the following steps: a) Depletion of organic acids from a fruit-based matrix, b) Addition of probiotics to the matrix obtained after step a), c) Packaging of the product obtained after step b), wherein the packaged fruit-based food product contains between 50 and 99.99% fruit juice or fruit puree and live Lactobacillus plantarum probiotics deposited at the Collection Nationale des Cultures de Microorganismes on 04/04/02, under the number CNCM I-2845, wherein the food product has an organic acid content reduced by 10 to 100%, preferably by 30 to 70%, and more preferably yet by 60%, in relation to the initial organic acid content of the fruit matrix and wherein the production of off-tastes in the food product is reduced or eliminated in relation to the initial fruit matrix. a) Depletion of organic acids from a fruit-based matrix, b) Addition of probiotics to the matrix obtained after step a), c) Packaging of the product obtained after step b),
Building with at least one reinforced concrete floor (12; 112) comprising a water-based cooling/heating system integrated in the reinforced concrete floor as a circuit system for heating and for cooling the interior space covered by the reinforced concrete floor (14; 114) and an air ducting pipe system with a supply air ducting part for the purpose of supplying fresh air to the interior space, wherein the pipe system has at least one main supply air duct (36; 136) integrated in the reinforced concrete floor and sections (38; 138) branching off from the main supply air duct and leading to individual subsections of the interior space, wherein at least one section of the supply air ducting part of the pipe system dedicated to a respective subsection of the interior space is integrated in the reinforced concrete floor of the interior space and opens into the interior space through an inflow port (40; 140) so that the temperature of the temperature-conditioned fresh air as it flows through the section adjusts to the temperature of the reinforced concrete floor which is temperature-conditioned by water, characterized in that at least one of the sections (38; 138) is connected to the main supply air duct by means of a sound absorber and a volume flow controller, wherein both the sound absorber as well as the volume flow controller are also integrated in the reinforced concrete floor, wherein both the volume flow controller as well as the sound absorber are arranged in a hollow space inside the reinforced concrete floor which is accessible from the interior space via a concealable inspection opening, and wherein the volume flow controller can be adjusted individually and by remote control independent of any other volume flow controllers present in other sections.
A method of retrieving information comprised in a barcode comprising: detecting (210, 310) whether or not the barcode is present in a first image, the first image being acquired by an image-acquiring device, having a first image quality and capturing a first region, wherein the detecting step is iterated continuously; acquiring (220, 320) by the image-acquiring device, when it is detected that the barcode is present, a second image having a second image quality and capturing a second region, wherein the second image quality is higher than the first image quality, and wherein the second region at least partly overlaps the first region; and decoding (230, 330) the barcode based on the second image to retrieve the information. detecting (210, 310) whether or not the barcode is present in a first image, the first image being acquired by an image-acquiring device, having a first image quality and capturing a first region, wherein the detecting step is iterated continuously; acquiring (220, 320) by the image-acquiring device, when it is detected that the barcode is present, a second image having a second image quality and capturing a second region, wherein the second image quality is higher than the first image quality, and wherein the second region at least partly overlaps the first region; and decoding (230, 330) the barcode based on the second image to retrieve the information.