mhurhangee/patent-ind-claim-en huggingface dataset:
A deployment catheter for deployment of a medical device , the deployment catheter comprising: a catheter shaft comprising a proximal end and a distal end and a lumen extending through the catheter shaft ; a first cavity inside a distal portion of the catheter shaft adapted to receive a medical device , wherein the medical device is a valve; the distal end of the catheter shaft comprising a catheter tip , the catheter tip defining at least a part of a catheter sheath that is retractable relative the valve so the valve can be deployed or implanted from the catheter shaft into the body; a stabilization wire extending through the lumen of the catheter shaft ; the stabilization wire being connected to a stabilization wire tip , characterized in that said stabilization wire tip comprises a cone and a sleeve , the cone being inserted over the stabilization wire and the sleeve is affixed to the cone , in that said stabilization wire tip further comprises a second cavity disposed at a distal end of the stabilization wire, the second cavity being configured to receive at least a portion of the medical device , and in that said cone comprises a recess for placement of one or more locator markings onto the cone tip, at least a portion of the catheter sheath lying above the stabilization wire tip being translucent or transparent, to allow visualization of the locator markings, wherein the catheter shaft retracts relative to the stabilization wire during deployment of the medical device . a catheter shaft comprising a proximal end and a distal end and a lumen extending through the catheter shaft ; a first cavity inside a distal portion of the catheter shaft adapted to receive a medical device , wherein the medical device is a valve; the distal end of the catheter shaft comprising a catheter tip , the catheter tip defining at least a part of a catheter sheath that is retractable relative the valve so the valve can be deployed or implanted from the catheter shaft into the body; a stabilization wire extending through the lumen of the catheter shaft ; the stabilization wire being connected to a stabilization wire tip , characterized in that said stabilization wire tip comprises a cone and a sleeve , the cone being inserted over the stabilization wire and the sleeve is affixed to the cone , in that said stabilization wire tip further comprises a second cavity disposed at a distal end of the stabilization wire, the second cavity being configured to receive at least a portion of the medical device , and in that said cone comprises a recess for placement of one or more locator markings onto the cone tip, at least a portion of the catheter sheath lying above the stabilization wire tip being translucent or transparent, to allow visualization of the locator markings, wherein the catheter shaft retracts relative to the stabilization wire during deployment of the medical device .
A cardboard packaging for the active packaging of fresh fruits and vegetables, characterised in that the cardboard has, on at least one of the inner faces of the packaging, an antimicrobial active coating comprising a polymeric compound and inclusion complexes of cyclodextrins with essential oils or components of these oils or mixtures of both.
A data backup method, comprising: acquiring (S101, S201), by a terminal, current subscriber identification module, SIM, card information of the terminal when a first account is logged into, wherein the first account is bound to a preset first SIM card; registering (S102), by the terminal, a second account associated with a second SIM card when determining based on the acquired current SIM card information that a current SIM card corresponding to the acquired current SIM card information is a second SIM card instead of the first SIM card, wherein the second account is bound to the second SIM card; executing (S103, S204), by the terminal, a predetermined data backup process to backup data of the first account to the second account after the second account is registered, comprising: sending, by the terminal, an instruction to a server storing data corresponding to the first account according to the predetermined data backup process, wherein the instruction is configured to instruct the server to copy the data stored in a storage space corresponding to the first account to a storage space corresponding to the second account; and sending (S104, S205), by the terminal, to a server corresponding to the first account, a deletion instruction for instructing the server to delete the data of the first account after determining that the data stored in the storage space corresponding to the first account has been copied to the storage space corresponding to the second account. acquiring (S101, S201), by a terminal, current subscriber identification module, SIM, card information of the terminal when a first account is logged into, wherein the first account is bound to a preset first SIM card; registering (S102), by the terminal, a second account associated with a second SIM card when determining based on the acquired current SIM card information that a current SIM card corresponding to the acquired current SIM card information is a second SIM card instead of the first SIM card, wherein the second account is bound to the second SIM card; executing (S103, S204), by the terminal, a predetermined data backup process to backup data of the first account to the second account after the second account is registered, comprising: sending, by the terminal, an instruction to a server storing data corresponding to the first account according to the predetermined data backup process, wherein the instruction is configured to instruct the server to copy the data stored in a storage space corresponding to the first account to a storage space corresponding to the second account; and sending (S104, S205), by the terminal, to a server corresponding to the first account, a deletion instruction for instructing the server to delete the data of the first account after determining that the data stored in the storage space corresponding to the first account has been copied to the storage space corresponding to the second account.
Method of manufacture of a scroll compressor , wherein the scroll compressor is designed with a non-movable spiral with a base plate and a spiral-form wall , extending from one side of the base plate , as well as with a movable spiral with a base plate and a spiral-form wall extending from a front side of the base plate and the spirals are made of a basis material, characterised in that as the basis material of the spirals an aluminum alloy is used and that the method comprises the following steps in the indicated order: - degreasing of an area to be coated of a surface of one of the spirals (A), - etching of the area using an alkaline etching agent (B1), - etching of the area using an acidic etching agent (B2), - first etching of the area using a zincate etchant (B3), - application of a zincate layer as intermediate layer onto the area to be coated (C), - further etching of the area using a zincate etchant (F), and - coating of the treated area using a coating material closing off the surface (G). - degreasing of an area to be coated of a surface of one of the spirals (A), - etching of the area using an alkaline etching agent (B1), - etching of the area using an acidic etching agent (B2), - first etching of the area using a zincate etchant (B3), - application of a zincate layer as intermediate layer onto the area to be coated (C), - further etching of the area using a zincate etchant (F), and - coating of the treated area using a coating material closing off the surface (G).
A non-spectral computed tomography scanner , comprising: a radiation source configured to emit x-ray radiation; a detector array configured to detect x-ray radiation and generate non-spectral data; characterized in that the scanner further comprises: a memory configured to store a spectral image module that includes computer executable instructions including a neural network trained to produce spectral volumetric image data, wherein the neural network is trained with training spectral volumetric image data and training non-spectral data; and a processor configured to process the non-spectral data with the trained neural network to produce spectral volumetric image data. a radiation source configured to emit x-ray radiation; a detector array configured to detect x-ray radiation and generate non-spectral data; characterized in that the scanner further comprises: a memory configured to store a spectral image module that includes computer executable instructions including a neural network trained to produce spectral volumetric image data, wherein the neural network is trained with training spectral volumetric image data and training non-spectral data; and a processor configured to process the non-spectral data with the trained neural network to produce spectral volumetric image data. a memory configured to store a spectral image module that includes computer executable instructions including a neural network trained to produce spectral volumetric image data, wherein the neural network is trained with training spectral volumetric image data and training non-spectral data; and a processor configured to process the non-spectral data with the trained neural network to produce spectral volumetric image data.
Method for cooking rice with an electric cooker, wherein said electric cooker comprises internal pot , heating means , steamer housed within said internal pot , as well as a water circulation system that is connected with said internal pot and steamer , and said heating means heats up said internal pot ; said method comprises the following steps: the rice washing step in which water is drawn from said internal pot into said steamer by making use of said water circulation system to wash the rice contained within said steamer , and thereafter the water is directed into said internal pot ; the rice steaming step in which said heating means heats up said internal pot . the rice washing step in which water is drawn from said internal pot into said steamer by making use of said water circulation system to wash the rice contained within said steamer , and thereafter the water is directed into said internal pot ; the rice steaming step in which said heating means heats up said internal pot .
A measuring element, comprising: a base body ; a diaphragm fixedly connected to the base body , with a sealed cavity being defined between the diaphragm and the base body ; characterized in a hydrogen permeation resistant layer arranged on an inner side surface , facing the sealed cavity , of the diaphragm , and extended continuously on the inner side surface of the diaphragm at least beyond a connection region of the diaphragm with the base body , and a first weld along an interior radius of the diaphragm which seals the diaphragm to the base body in the connection region. a base body ; a diaphragm fixedly connected to the base body , with a sealed cavity being defined between the diaphragm and the base body ; characterized in a hydrogen permeation resistant layer arranged on an inner side surface , facing the sealed cavity , of the diaphragm , and extended continuously on the inner side surface of the diaphragm at least beyond a connection region of the diaphragm with the base body , and a first weld along an interior radius of the diaphragm which seals the diaphragm to the base body in the connection region.
A sealing ledge holder (1.2, 2.2) for use as intended in a sealing ledge system of a suction roll for dewatering sheet material, wherein the sealing ledge system comprises at least one lubricant feed and is used to laterally seal at least one suction box inside the suction roll, wherein the sealing ledge holder (1.2, 2.2) is designed to receive a sealing ledge (1.1, 2.1) which seals off the suction box towards the roll shell of the suction roll, and the sealing ledge holder (1.2, 2.2) has an outer side which is in front of the sealing ledge (1.1, 2.1) as seen in the direction of movement of the roll shell when using the sealing ledge holder (1.2, 2.2) in the suction roll, characterised in that at least one lubricant feed is included in the sealing ledge holder (1.2, 2.2), wherein, in the sealing ledge holder (1.2, 2.2), at least one opening of the lubricant feed extends to an outer side of the sealing ledge holder (1.2, 2.2) which is in front of the sealing ledge (1.1, 2.1) as seen in the direction of movement of the roll shell when used as intended in the suction roll.
Waterwheel apparatus comprising a breastshot waterwheel and an incoming water flow, the breastshot waterwheel configured to extract energy from the incoming water flow, the waterwheel being rotatable about an axis and comprising a plurality of paddles , each of the said paddles being in communication with the incoming water flow for a respective water receiving portion of a rotation cycle of the waterwheel about the axis, wherein, during the water receiving portion of the rotation cycle for a said paddle, the incoming water flow flows onto a water receiving surface of the paddle, the water receiving surface extending between first and second ends of the paddle, the first end being upstream of the second end, the apparatus comprising a channel configured to direct the incoming water flow onto the waterwheel to thereby define the principal flow direction of the incoming water flow onto the waterwheel and to determine the angle between the principal flow direction and the tangent to the water receiving surface of the first end of each said paddle in communication with the incoming waterflow such that the principal flow direction of the incoming water flow forms an acute angle between the principal flow direction of the incoming water flow and a horizontal plane of less than 10° and the incoming water flow flows in a direction forming an acute angle with the horizontal plane of less than 10° across said first end of the paddle onto an upstream portion of the water receiving surface, wherein at least a portion of the incoming water flow received by the upstream portion of the water receiving surface flows from the upstream portion onto a downstream portion of said water receiving surface thereby changing direction and exerting a force on the paddle causing the waterwheel to rotate about the said axis in a rotational direction, wherein during the water receiving portion the angle (β) between the principal flow direction of the incoming water flow and a tangent to the water receiving surface at the first end of said paddle , said tangent being in a plane of rotation of the waterwheel about said axis , is less than 35° when the water receiving surface faces upstream and less than 10° when the water receiving surface faces downstream.
A solid-state imaging element comprising: a semiconductor substrate ; a first photoelectric conversion unit (PD1) provided on the semiconductor substrate ; and a control unit provided so as to be stacked with the first photoelectric conversion unit (PD1) and including a plurality of pixel transistors for controlling the first photoelectric conversion unit (PD1), wherein the first photoelectric conversion unit (PD1) includes a second electrode , a first photoelectric conversion film provided above the second electrode and converting light into charges, and a first electrode provided on the first photoelectric conversion film , the plurality of pixel transistors include an amplification transistor (Tr amp ) that amplifies and outputs the charges as a pixel signal, and the semiconductor substrate includes a second photoelectric conversion unit (PD3) that converts light into charges, characterised in that a channel formation region of the amplification transistor (Tr amp ) is made of an oxide semiconductor layer capable of transmitting light, and the control unit is provided between the first photoelectric conversion unit (PD1) and the semiconductor substrate . a semiconductor substrate ; a first photoelectric conversion unit (PD1) provided on the semiconductor substrate ; and a control unit provided so as to be stacked with the first photoelectric conversion unit (PD1) and including a plurality of pixel transistors for controlling the first photoelectric conversion unit (PD1), wherein the first photoelectric conversion unit (PD1) includes a second electrode , a first photoelectric conversion film provided above the second electrode and converting light into charges, and a first electrode provided on the first photoelectric conversion film , the plurality of pixel transistors include an amplification transistor (Tr amp ) that amplifies and outputs the charges as a pixel signal, and the semiconductor substrate includes a second photoelectric conversion unit (PD3) that converts light into charges, characterised in that a channel formation region of the amplification transistor (Tr amp ) is made of an oxide semiconductor layer capable of transmitting light, and the control unit is provided between the first photoelectric conversion unit (PD1) and the semiconductor substrate .
A communication apparatus connectable to a network for a production line in a manufacturing apparatus or a production facility, so that the communication apparatus is connected to a plurality of another communication apparatuses over the network and the communication apparatus and the another communication apparatuses being in time synchronization with one another, the communication apparatus comprising: rule storage means for storing a plurality of transfer rules for transferring data to another communication apparatus over the network ; transfer means for transferring data incoming over the network in accordance with one transfer rule of the plurality of transfer rules ; and rule switching means for switching the one transfer rule (70A; 70B) to another transfer rule (70A; 70B) in response to the communication apparatus receiving a notification (N) from a predetermined device connected to the network when a number or types of the plurality of communication apparatuses has changed, the notification representing the network configuration change, the notification including information on time of switching of the one transfer rule (70A; 70B) to the another transfer rule (70A; 70B). rule storage means for storing a plurality of transfer rules for transferring data to another communication apparatus over the network ; transfer means for transferring data incoming over the network in accordance with one transfer rule of the plurality of transfer rules ; and rule switching means for switching the one transfer rule (70A; 70B) to another transfer rule (70A; 70B) in response to the communication apparatus receiving a notification (N) from a predetermined device connected to the network when a number or types of the plurality of communication apparatuses has changed, the notification representing the network configuration change, the notification including information on time of switching of the one transfer rule (70A; 70B) to the another transfer rule (70A; 70B).
A sheet stacking device comprising: a hopper unit on which box making sheet material (B) is stacked; an ejection unit that ejects the box making sheet material (B) to the hopper unit ; a first blowing device that is disposed above the downstream side of the hopper unit in the transfer direction of the box making sheet material (B) and that presses the box making sheet material (B) downward by blowing air; a second blowing device that is disposed above an upstream side of the hopper unit in the transfer direction of the box making sheet material (B) and that presses the box making sheet material (B) downward by blowing air; and a control device that controls an operation of the first blowing device pressing a front end of the box making sheet material (B) downward, characterised in that the control device further controls an operation of the second blowing device so as to press the rear end of the box making sheet material (B) downward with a pressing force higher than that applied to the front end of the box making sheet material (B), wherein the second blowing device includes a plurality of blowing ports which are aligned along the transfer direction of the box making sheet material (B) and a plurality of damper mechanisms which open and close the plurality of blowing ports , and the control device sequentially opens the plurality of damper mechanisms from the upstream side in the transfer direction of the box making sheet material (B). a hopper unit on which box making sheet material (B) is stacked; an ejection unit that ejects the box making sheet material (B) to the hopper unit ; a first blowing device that is disposed above the downstream side of the hopper unit in the transfer direction of the box making sheet material (B) and that presses the box making sheet material (B) downward by blowing air; a second blowing device that is disposed above an upstream side of the hopper unit in the transfer direction of the box making sheet material (B) and that presses the box making sheet material (B) downward by blowing air; and a control device that controls an operation of the first blowing device pressing a front end of the box making sheet material (B) downward, characterised in that the control device further controls an operation of the second blowing device so as to press the rear end of the box making sheet material (B) downward with a pressing force higher than that applied to the front end of the box making sheet material (B), wherein the second blowing device includes a plurality of blowing ports which are aligned along the transfer direction of the box making sheet material (B) and a plurality of damper mechanisms which open and close the plurality of blowing ports , and the control device sequentially opens the plurality of damper mechanisms from the upstream side in the transfer direction of the box making sheet material (B).
A heating apparatus, comprising: a motor control unit , having an inverter and a controller that are connected to each other; an electric heater ; and a motor , having three-phase windings , wherein ends of the three-phase windings are connected to the inverter, the other ends of the three-phase windings are connected to a connection point, point , characterised in that the connection point is connected to the electric heater. a motor control unit , having an inverter and a controller that are connected to each other; an electric heater ; and a motor , having three-phase windings , wherein ends of the three-phase windings are connected to the inverter, the other ends of the three-phase windings are connected to a connection point, point , characterised in that the connection point is connected to the electric heater.
Exciter device for fatigue testing of a blade of a wind turbine, comprising an actuator, in particular a motor , for generating a periodic excitation force and a coupling device for coupling the actuator to a blade to be tested, and a pretensioning device applying a 10 pretension to the blade characterised in that the exciter device (1, la, lb, lc, Id, le, If) further comprises a control device , the control device being configured to control the actuator to generate the periodic excitation force for the blade having a predetermined frequency, in particular calculated from an eigenfrequency of the blade and/or depending on a coupling point of the blade such that the excitation force only acts either in a pulling or in a pushing direction over the whole period.