mhurhangee/patent-ind-claim-en huggingface dataset:
Method for manufacturing a CMOS image sensor (2; 3) for near infrared detection, said method including: a) providing a silicon wafer ; b) performing a germanium implantation in a portion of a front side of the silicon wafer ; c) performing an annealing so as to cause thermal diffusion of implanted germanium species, thereby forming silicon-germanium alloy lattice in a first silicon-germanium region exposed on the front side of the silicon wafer ; d) carrying out the steps b) and c) one or more times; and e) forming first photodetector active areas in portions of the first silicon-germanium region downwards extending from the front side of the silicon wafer , wherein said first photodetector active areas are sensitive to both near infrared and visible radiations; characterized in that said first photodetector active areas are formed also in portions of the silicon wafer extending below said portions of the first silicon-germanium region . a) providing a silicon wafer ; b) performing a germanium implantation in a portion of a front side of the silicon wafer ; c) performing an annealing so as to cause thermal diffusion of implanted germanium species, thereby forming silicon-germanium alloy lattice in a first silicon-germanium region exposed on the front side of the silicon wafer ; d) carrying out the steps b) and c) one or more times; and e) forming first photodetector active areas in portions of the first silicon-germanium region downwards extending from the front side of the silicon wafer , wherein said first photodetector active areas are sensitive to both near infrared and visible radiations; characterized in that said first photodetector active areas are formed also in portions of the silicon wafer extending below said portions of the first silicon-germanium region .
A terminal apparatus for communicating with a base station apparatus using a serving cell, comprising: a determining unit configured to determine a Time Division Duplex, TDD, uplink/downlink, UL/DL, configuration of the serving cell, a receiver configured to receive a Physical Downlink Control Channel, PDCCH, including Downlink Control Information, DCI, in subframe n; and a transmitter configured to transmit a Physical Uplink Shared Channel, PUSCH, in subframe n+k based on a detection of the PDCCH, wherein k is determined based on a first table in a case that the terminal apparatus is not configured with a first parameter of an RRC layer, wherein the first parameter indicates a number of Single Carrier-Frequency Division Multiple Access, SC-FDMA, symbols configured for a transmission of the PUSCH in an Uplink Pilot Time Slot, UpPTS, of a special subframe, k is determined based on a second table which is different from the first table in a case that the terminal apparatus is configured with the parameter, and the first table and the second table independently indicate k corresponding to (a) the TDD UL/DL configuration and (b) n. a determining unit configured to determine a Time Division Duplex, TDD, uplink/downlink, UL/DL, configuration of the serving cell, a receiver configured to receive a Physical Downlink Control Channel, PDCCH, including Downlink Control Information, DCI, in subframe n; and a transmitter configured to transmit a Physical Uplink Shared Channel, PUSCH, in subframe n+k based on a detection of the PDCCH, wherein k is determined based on a first table in a case that the terminal apparatus is not configured with a first parameter of an RRC layer, wherein the first parameter indicates a number of Single Carrier-Frequency Division Multiple Access, SC-FDMA, symbols configured for a transmission of the PUSCH in an Uplink Pilot Time Slot, UpPTS, of a special subframe, k is determined based on a second table which is different from the first table in a case that the terminal apparatus is configured with the parameter, and the first table and the second table independently indicate k corresponding to (a) the TDD UL/DL configuration and (b) n.
A surgical instrument comprising: an end effector ; a closure tube coupled to the end effector , the closure tube configured to apply a closure force to the end effector ; a displacement member movable between a first position and a second position to effect a motion at an end effector ; a motor coupled to the displacement member , the motor configured to drive the displacement member between the first position and the second position; and a control circuit coupled to the motor ; characterised in that : the surgical instrument further comprises a sensor positioned at the distal end of the closure tube and coupled to the control circuit; and the control circuit is configured to: receive a signal indicative of the closure force from the sensor , the signal indicative of the closure force applied by the closure tube to the end effector ; determine a closure force applied by the closure tube to the end effector ; determine whether the closure force is within a threshold of an expected closure force; and adjust the velocity at which the displacement member is translated when the closure force is not within a threshold of the expected closure force. an end effector ; a closure tube coupled to the end effector , the closure tube configured to apply a closure force to the end effector ; a displacement member movable between a first position and a second position to effect a motion at an end effector ; a motor coupled to the displacement member , the motor configured to drive the displacement member between the first position and the second position; and a control circuit coupled to the motor ; the surgical instrument further comprises a sensor positioned at the distal end of the closure tube and coupled to the control circuit; and the control circuit is configured to: receive a signal indicative of the closure force from the sensor , the signal indicative of the closure force applied by the closure tube to the end effector ; determine a closure force applied by the closure tube to the end effector ; determine whether the closure force is within a threshold of an expected closure force; and adjust the velocity at which the displacement member is translated when the closure force is not within a threshold of the expected closure force. receive a signal indicative of the closure force from the sensor , the signal indicative of the closure force applied by the closure tube to the end effector ; determine a closure force applied by the closure tube to the end effector ; determine whether the closure force is within a threshold of an expected closure force; and adjust the velocity at which the displacement member is translated when the closure force is not within a threshold of the expected closure force.
A liquid discharge head comprising: an element substrate including an energy generation element configured to generate energy for discharging liquid from a discharge port ; and a supporting member which supports the element substrate and in which a liquid chamber configured to supply liquid to the discharge port is formed, wherein a recessed portion communicating with the liquid chamber is formed in the supporting member at a position above the liquid chamber in a vertical direction (Z) from the element substrate to the liquid chamber, wherein at least one of surfaces forming the recessed portion is formed of a flexible member configured to absorb vibration of liquid in the liquid chamber, and wherein a width of the liquid chamber in a horizontal direction (X) perpendicular to the vertical direction gradually decreases in the vertical direction. an element substrate including an energy generation element configured to generate energy for discharging liquid from a discharge port ; and a supporting member which supports the element substrate and in which a liquid chamber configured to supply liquid to the discharge port is formed, wherein a recessed portion communicating with the liquid chamber is formed in the supporting member at a position above the liquid chamber in a vertical direction (Z) from the element substrate to the liquid chamber, wherein at least one of surfaces forming the recessed portion is formed of a flexible member configured to absorb vibration of liquid in the liquid chamber, and wherein a width of the liquid chamber in a horizontal direction (X) perpendicular to the vertical direction gradually decreases in the vertical direction.
Agricultural machine intended to be coupled to a tractor vehicle and comprising a work unit intended to be connected to a chassis of the tractor vehicle relative to which the work unit can be moved, the machine being able to take up a work configuration in which the work unit rests at least partially on the ground (S) and a transport configuration in which the work unit is raised from the ground (S), the machine comprising a lightening device having at least one lightening cylinder intended to be connected to the chassis by a flexible compression tie-rod on one side and to the work unit at a front articulation on the other side, the lightening cylinder being able to transfer, in the work configuration, at least some of the weight of the work unit onto the chassis , the flexible compression tie-rod being attached to the lightening cylinder at an anchoring point , machine characterized in that at least one deflection system makes it possible to move the lightening cylinder by pivoting the anchoring point about the front articulation so as to move the anchoring point away from the midplane (PM) of the work unit.
A loading device, wherein the loading device comprises: a gantry ; a platform which is mounted on the gantry ; a pylon , wherein the pylon is arranged at a base point on the platform ; a jib which extends out from the pylon ; wherein the pylon is rotatably connected to the platform , wherein the platform defines a vertical axis which extends in a vertical direction and runs through the base point ; characterized in that the pylon is curved at least in a region adjoining the platform and intersects the vertical axis at an angle (a), wherein at least one counterweight is directly mounted on the pylon on the section remote from the base point . a gantry ; a platform which is mounted on the gantry ; a pylon , wherein the pylon is arranged at a base point on the platform ; a jib which extends out from the pylon ; wherein the pylon is rotatably connected to the platform , wherein the platform defines a vertical axis which extends in a vertical direction and runs through the base point ; characterized in that the pylon is curved at least in a region adjoining the platform and intersects the vertical axis at an angle (a), wherein at least one counterweight is directly mounted on the pylon on the section remote from the base point .
A magnetic resonance imaging system for acquiring two or more sets of k-space blade data from an imaging zone of a subject , each set of k-space blade data corresponding to a respective blade of a PROPELLER geometry, each blade having a blade shape such that each blade is composed of L lines of a k-space trajectory with Cartesian sampling, whereby the individual k-space blades are rotated relative to one another around a central point of k-space, wherein the magnetic resonance imaging system comprises a memory for storing machine executable instructions and a processor for controlling the magnetic resonance imaging system , wherein execution of the machine executable instructions causes the processor to perform for each blade: - control the MRI system to acquire k-space blade data for said blade of the sets of k-space blade data using at least one echo time for purposes of performing a Dixon technique, wherein the k-space blade data are acquired in accordance with said blade shape; - reconstruct at least one blade image data using the k-space blade data; - generate water blade image data and fat blade image data using the Dixon technique on the at least one blade image data; and - transform the water and fat blade image data to water and fat k-space blade data respectively and perform PROPELLER reconstruction on the water and fat k-space blade data. - control the MRI system to acquire k-space blade data for said blade of the sets of k-space blade data using at least one echo time for purposes of performing a Dixon technique, wherein the k-space blade data are acquired in accordance with said blade shape; - reconstruct at least one blade image data using the k-space blade data; - generate water blade image data and fat blade image data using the Dixon technique on the at least one blade image data; and - transform the water and fat blade image data to water and fat k-space blade data respectively and perform PROPELLER reconstruction on the water and fat k-space blade data.
A process for the formation of a C sp3 -C sp2 bond at the allylic carbon of a cyclic allylic compound, the process comprising the step of: a) reacting a racemic mixture of a cyclic allylic compound having a leaving group attached to the allylic carbon with a compound having a nucleophilic carbon atom, wherein step a) is conducted in the presence of: i) a pre-catalyst based on Rh(I); and ii) a chiral ligand and wherein the formation of the C sp3 -C sp2 bond results in the generation of a product compound in a stereoisomeric excess. a) reacting a racemic mixture of a cyclic allylic compound having a leaving group attached to the allylic carbon with a compound having a nucleophilic carbon atom, wherein step a) is conducted in the presence of: i) a pre-catalyst based on Rh(I); and ii) a chiral ligand and wherein the formation of the C sp3 -C sp2 bond results in the generation of a product compound in a stereoisomeric excess. i) a pre-catalyst based on Rh(I); and ii) a chiral ligand
A light emitting device comprising a light source and a luminescent material, which luminescent material comprises: one or more matrix materials, and, disposed in said one or more matrix materials, a first plurality of nanoparticles comprising a first crystalline compound, and a second plurality of nanoparticles comprising a second crystalline compound, wherein the first crystalline compound and the second crystalline compound are different perovskite compounds of formula (I): [A][M][X] 3 (I) wherein: [A] is at least one monocation; [M] is at least one metal or metalloid dication; and [X] is at least one halide anion. one or more matrix materials, and, disposed in said one or more matrix materials, a first plurality of nanoparticles comprising a first crystalline compound, and a second plurality of nanoparticles comprising a second crystalline compound, wherein the first crystalline compound and the second crystalline compound are different perovskite compounds of formula (I): [A][M][X] 3 (I) wherein: [A] is at least one monocation; [M] is at least one metal or metalloid dication; and [X] is at least one halide anion.
A grille shutter device comprising: a plurality of fins configured to open and close an air introduction path (R) which is configured to introduce air into an engine compartment of a vehicle body ; a linkage member configured to link the fins such that the fins move together; a driving device configured to move one of the fins to open and close the air introduction path (R); and an abnormality detection unit configured to detect an abnormality of the fin according to an operating state of the driving device ; characterized by a locking structure (L) including a first locking portion being a part of each of the fins and a second locking portion being a part of the linkage member , wherein: in a motive power transmission cut-off state, a movement of the linkage member is restricted by an abutment of the second locking portion against a first locking portion of an abnormal fin; the motive power transmission cut-off state is a state where motive power transmission between the abnormal fin and the linkage member is cut off due to the abnormality which occurs on at least one of the fins ; and the abnormal fin is the fin on which the abnormality occurs. a plurality of fins configured to open and close an air introduction path (R) which is configured to introduce air into an engine compartment of a vehicle body ; a linkage member configured to link the fins such that the fins move together; a driving device configured to move one of the fins to open and close the air introduction path (R); and an abnormality detection unit configured to detect an abnormality of the fin according to an operating state of the driving device ; characterized by a locking structure (L) including a first locking portion being a part of each of the fins and a second locking portion being a part of the linkage member , wherein: in a motive power transmission cut-off state, a movement of the linkage member is restricted by an abutment of the second locking portion against a first locking portion of an abnormal fin; the motive power transmission cut-off state is a state where motive power transmission between the abnormal fin and the linkage member is cut off due to the abnormality which occurs on at least one of the fins ; and the abnormal fin is the fin on which the abnormality occurs. in a motive power transmission cut-off state, a movement of the linkage member is restricted by an abutment of the second locking portion against a first locking portion of an abnormal fin; the motive power transmission cut-off state is a state where motive power transmission between the abnormal fin and the linkage member is cut off due to the abnormality which occurs on at least one of the fins ; and the abnormal fin is the fin on which the abnormality occurs.
A door actuator for opening and/or closing a door, comprising • a housing , • an output shaft with a cam disc , and • a first piston , which is guided in a housing and rests on the cam disc , • wherein the output shaft comprises a first axle shaft supported in the housing , and • wherein the first axle shaft is torque-proof connected to the cam disc by means of a first plug-in connection , characterized in that the output shaft comprises a second axle shaft , which is supported in the housing and torque-proof connected to the cam disc , wherein the first and the second axle shafts are disposed on opposite sides of the cam disc , wherein the second axle shaft is torque-proof connected to the cam disc by means of a second plug-in connection . • a housing , • an output shaft with a cam disc , and • a first piston , which is guided in a housing and rests on the cam disc , • wherein the output shaft comprises a first axle shaft supported in the housing , and • wherein the first axle shaft is torque-proof connected to the cam disc by means of a first plug-in connection ,
A method for operating a packaging machine having at least one electric drive motor , the drive motor driving at least one functional unit of the packaging machine in a program-controlled manner when producing packaging using the following steps: a) loading a parameter set into the controller of the packaging machine , the parameter set containing at least one old load parameter which limits the torque or the current consumption of the drive motor to a maximum when producing packaging ; b) operating the packaging machine for producing packaging , the maximally occurring actual value of the torque mustered at the drive motor or of the current consumed by the drive motor being measured during operation; characterized by the following method steps: c) determining a new load parameter as a function of the maximum actual value; d) saving the new load parameter in a parameter set allocated to the packaging to be produced. a) loading a parameter set into the controller of the packaging machine , the parameter set containing at least one old load parameter which limits the torque or the current consumption of the drive motor to a maximum when producing packaging ; b) operating the packaging machine for producing packaging , the maximally occurring actual value of the torque mustered at the drive motor or of the current consumed by the drive motor being measured during operation; c) determining a new load parameter as a function of the maximum actual value; d) saving the new load parameter in a parameter set allocated to the packaging to be produced.
A cartridge and a temperature adjustment stage for heating the cartridge in which a plurality of wells that store a liquid are formed, wherein the cartridge is used in an inspection system that detects an object captured by an immunoreaction, the wells include a labeled antibody well that stores a labeled antibody that labels the object, and there is provided a structure that does not heat the labeled antibody well , wherein the wells further include at least one of a cleaning liquid well , a mixed diluent well , a specimen dilution well , or a measurement reagent well , and wherein for the temperature adjustment stage there is provided a structure that heats at least one of the cleaning liquid well , the mixed diluent well , the specimen dilution well , or the measurement reagent well ; and the temperature adjustment stage further comprising a mounting recess which is formed so as to correspond to a shape of the cartridge , characterised in that the mounting recess is formed with a recess that prevents a bottom part of the labeled antibody well from coming into contact with the temperature adjustment stage when the cartridge is mounted in the mounting recess , and at least one of a bottom part of the cleaning liquid well , a bottom part of the mixed diluent well , a bottom part of the specimen dilution well , or a bottom part of the measurement reagent well substantially contacts with the temperature adjustment stage . the cartridge is used in an inspection system that detects an object captured by an immunoreaction, the wells include a labeled antibody well that stores a labeled antibody that labels the object, and there is provided a structure that does not heat the labeled antibody well , wherein the wells further include at least one of a cleaning liquid well , a mixed diluent well , a specimen dilution well , or a measurement reagent well , and wherein for the temperature adjustment stage there is provided a structure that heats at least one of the cleaning liquid well , the mixed diluent well , the specimen dilution well , or the measurement reagent well ; and the temperature adjustment stage further comprising a mounting recess which is formed so as to correspond to a shape of the cartridge , characterised in that the mounting recess is formed with a recess that prevents a bottom part of the labeled antibody well from coming into contact with the temperature adjustment stage when the cartridge is mounted in the mounting recess , and at least one of a bottom part of the cleaning liquid well , a bottom part of the mixed diluent well , a bottom part of the specimen dilution well , or a bottom part of the measurement reagent well substantially contacts with the temperature adjustment stage .