mhurhangee/patent-ind-claim-en huggingface dataset:
Foaming apparatus (S) for products having sandwiched components, such as household appliances, comprising a fixed frame (T) on which a first containment jig is supported, at least one foaming unit, and a loading trolley provided with a controlled conveyor for transferring said components from an inlet line (Li) inside said containment jig , and further including at least a second containment jig arranged above said first containment jig constrained to the same fixed frame (T), a removal trolley arranged on the side opposite said loading trolley with respect to said containment jigs , between said containment jigs and an outlet line (Lu), characterized in that said loading trolley and removal trolley are vertically independently movable on said fixed frame (T), by means of respective controlled lifters , between a lower position and one or more service positions in which they are arranged adjacent to an inlet and outlet side of said jigs respectively. a fixed frame (T) on which a first containment jig is supported, at least one foaming unit, and a loading trolley provided with a controlled conveyor for transferring said components from an inlet line (Li) inside said containment jig , and further including at least a second containment jig arranged above said first containment jig constrained to the same fixed frame (T), a removal trolley arranged on the side opposite said loading trolley with respect to said containment jigs , between said containment jigs and an outlet line (Lu), characterized in that said loading trolley and removal trolley are vertically independently movable on said fixed frame (T), by means of respective controlled lifters , between a lower position and one or more service positions in which they are arranged adjacent to an inlet and outlet side of said jigs respectively.
System for a compression therapy, comprising - a compression means, - a photoplethysmographic sensor , - a computer, wherein measured values of the photoplethysmographic sensor can be transmitted to the computer, and wherein the computer comprises means for performing a method for checking the compression therapy, wherein the method comprises the following steps: i. receiving measured values of the photoplethysmographic sensor during the compression therapy, ii. determining a refilling time on the basis of the received measured values of the photoplethysmographic sensor , iii. checking whether the determined refilling time undershoots a predefined lower limit, iv. optionally outputting an alarm if the check reveals that the predefined lower limit is undershot, v. checking whether the determined refilling time exceeds a predefined upper limit, vi. optionally outputting an alarm if the check reveals that the predefined upper limit is exceeded. - a compression means, - a photoplethysmographic sensor , - a computer, i. receiving measured values of the photoplethysmographic sensor during the compression therapy, ii. determining a refilling time on the basis of the received measured values of the photoplethysmographic sensor , iii. checking whether the determined refilling time undershoots a predefined lower limit, iv. optionally outputting an alarm if the check reveals that the predefined lower limit is undershot, v. checking whether the determined refilling time exceeds a predefined upper limit, vi. optionally outputting an alarm if the check reveals that the predefined upper limit is exceeded.
Method for producing a bearing ring (2; 3) for an anti-friction bearing , the bearing ring (2; 3) having a raceway side (22; 32) with at least one raceway (23; 33) and a contact side (21; 31) for contact with a load-bearing structure, and the bearing ring (2; 3) defining a main axis (H) of the anti-friction bearing , the bearing ring (2; 3) having at least one contour section (24; 34) on the contact side (21; 31), and the bearing ring (2; 3) being produced from a bearing ring blank (26; 36) by way of forming, characterized in that , before the forming, the bearing ring blank (26; 36) has a surface profile (28; 38) which is configured in the bearing ring blank (26; 36), the surface profile (28; 38) configuring, after the forming, the at least one contour section (24; 34) in the contact side (21; 31) of the bearing ring (2; 3) .
A removal drive device mounted on a vehicle and configured to drive a foreign matter removal device which is configured to remove attached foreign matters, the removal drive device comprising: a first terminal (T1) connected to a power supply line in the vehicle; a second terminal (T2) connected to a ground line in the vehicle; a motor driver configured to supply driving current to a motor of the foreign matter removal device and to enable the foreign matter removal device to execute a foreign matter removal operation, and an operation setting unit configured to instruct the motor driver to supply the driving current for a first predetermined time (td) as a power supply voltage is applied to the first terminal at a state where the second terminal is connected to a ground; characterized in that : the operation setting unit is configured to control the motor driver not to supply the driving current for a second predetermined time (tm) after the power supply voltage is applied to the first terminal at the state where the second terminal is connected to the ground. a first terminal (T1) connected to a power supply line in the vehicle; a second terminal (T2) connected to a ground line in the vehicle; a motor driver configured to supply driving current to a motor of the foreign matter removal device and to enable the foreign matter removal device to execute a foreign matter removal operation, and an operation setting unit configured to instruct the motor driver to supply the driving current for a first predetermined time (td) as a power supply voltage is applied to the first terminal at a state where the second terminal is connected to a ground; characterized in that : the operation setting unit is configured to control the motor driver not to supply the driving current for a second predetermined time (tm) after the power supply voltage is applied to the first terminal at the state where the second terminal is connected to the ground.
A secondary battery comprising: a cell body; and a current interrupt device mounted on the cell body, wherein the current interrupt device operates by force applied to the current interrupt device according to an increase in volume of the cell body to interrupt current flowing to the cell body, characterized in that the current interrupt device further comprises: a wrapping part wrapping at least a portion of the cell body; and an electrically conductive part providing a path of the current flowing through the cell body in a state of being electrically connected to the wrapping part, and the electrically conductive part comprises: a first electrically conductive part and a second electrically conductive part, a portion of the wrapping part is disposed between the first electrically conductive part and the second electrically conductive part, the wrapping part and the first electrically conductive part and the wrapping part and the second electrically conductive part are connected to each other, and wherein the wrapping part is spaced apart from at least one of the first electrically conductive part and the second electrically conductive part by force applied to the wrapping part as the secondary battery increases in volume to interrupt the current flowing through the electrically conductive part. a cell body; and a current interrupt device mounted on the cell body, wherein the current interrupt device operates by force applied to the current interrupt device according to an increase in volume of the cell body to interrupt current flowing to the cell body, a wrapping part wrapping at least a portion of the cell body; and an electrically conductive part providing a path of the current flowing through the cell body in a state of being electrically connected to the wrapping part, and the electrically conductive part comprises: a first electrically conductive part and a second electrically conductive part, a portion of the wrapping part is disposed between the first electrically conductive part and the second electrically conductive part, the wrapping part and the first electrically conductive part and the wrapping part and the second electrically conductive part are connected to each other, and wherein the wrapping part is spaced apart from at least one of the first electrically conductive part and the second electrically conductive part by force applied to the wrapping part as the secondary battery increases in volume to interrupt the current flowing through the electrically conductive part.
A method for producing a coil for an electric apparatus by cutting spirally a block-shaped workpiece (100; 200; 201; 202; 300; 400; 500; 600; 700) formed with a cylindrical portion (11; 211; 311; 411; 511; 611; 711) corresponding to the coil in a circumferential direction of the cylindrical portion, wherein the cylindrical portion has an opening , wherein the spiral coil is formed by turning a cutting means while moving it from a part corresponding to one end side to a part corresponding to the other end side of the coil relatively to the workpiece along a machining line set spirally in a circumferential direction of the cylindrical portion, wherein the cutting means comprises a wire-tool which is stretched between a first roll and a second roll arranged on the inside and the outside of the cylindrical portion respectively, the first roll and the second roll are moved relatively to the cylindrical portion and turned so as to move the wire-tool along the machining line while performing a cutting operation by moving the wire-tool in its lengthwise direction. wherein the spiral coil is formed by turning a cutting means while moving it from a part corresponding to one end side to a part corresponding to the other end side of the coil relatively to the workpiece along a machining line set spirally in a circumferential direction of the cylindrical portion, wherein the cutting means comprises a wire-tool which is stretched between a first roll and a second roll arranged on the inside and the outside of the cylindrical portion respectively, the first roll and the second roll are moved relatively to the cylindrical portion and turned so as to move the wire-tool along the machining line while performing a cutting operation by moving the wire-tool in its lengthwise direction.
A safety device in a vehicle, the safety device comprising a housing having a first end and a second end , a piston arrangement comprising a piston and a piston rod , the piston arrangement being adapted to fit in the housing and to be moved from a retracted position to an extended position, a gas generator and a power connector being configured to power the gas generator ; wherein a gas chamber is formed between an inner envelope wall of the housing and a pressure surface of the piston facing the first end of the housing ; the piston rod has a supporting element projecting outside the housing ; and the gas generator is situated in a position outside the housing supported by the supporting element and in communication with the gas chamber . a gas chamber is formed between an inner envelope wall of the housing and a pressure surface of the piston facing the first end of the housing ; the piston rod has a supporting element projecting outside the housing ; and the gas generator is situated in a position outside the housing supported by the supporting element and in communication with the gas chamber .
A connector for a filtering device for plumbing systems, which comprises a hollow body which has an inlet and an outlet and is adapted to be interposed between portions of piping of a plumbing system, and is provided internally with an impeller , which rotates as an effect of a passing fluid, the connector further comprising electronic means for measuring the quantity of said passing fluid, said electronic means comprising an encoder which interacts with said impeller , characterized in that said hollow body is configured to be fluidically connected to a pump by way of a duct for the introduction of substances.
A laminate having at least one polylactic acid resin-containing layer (C) with a thickness of 10 nm - 500 nm on at least one surface of a fibrous structure (B) containing a water-soluble resin (A), wherein at least one layer (D) containing a water-soluble resin (E) with a thickness of 0.01 μm - 15 μm is provided between said fibrous structure (B) containing a water-soluble resin (A) and said polylactic acid resin-containing layer (C).
A 2-cyanoacrylate based composition having magnetism, comprising (a) a 2-cyanoacrylic acid ester and (b) a magnetic powder dispersible in the 2-cyanoacrylic acid ester, the content of the magnetic powder (b) being 5 to 500 parts by weight relative to 100 parts by weight of the 2-cyanoacrylic acid ester (a), wherein the magnetic powder (b) is a stainless steel, which is at least one selected from the group consisting of martensitic stainless steel, ferritic stainless steel, austenite-ferrite two-phase stainless steel and precipitation hardening stainless steel.
An electro-optic detector for detecting terahertz radiation comprising: an electro-optic material through which the terahertz radiation passes; a source of probe radiation for illuminating the electro-optic material; an optical arrangement configured to cause the probe radiation to make multiple passes through the electro-optic material; a combination of polarising and analysing optics; and a radiation detector for detecting the probe radiation after the multiple passes are made, wherein the polarising optics are configured to provide a known input polarisation state to the probe radiation, and the analysing optics and the radiation detector are together configured to monitor the output polarisation state of the probe radiation after the multiple passes are made such that the measured output polarisation state provides a measure of the birefringence induced by the THz radiation in the electro-optic material, and wherein the wavelength of the probe radiation is selected and the optical arrangement is configured to provide an adjustable path length between each pass of the probe radiation in the electro-optic material such that each time that any particular wavefront of the probe radiation passes through the electro-optic material in the same direction as the terahertz radiation, this wavefront meets the terahertz radiation at the same point in the phase cycle of the terahertz wave as it did on its previous pass. an electro-optic material through which the terahertz radiation passes; a source of probe radiation for illuminating the electro-optic material; an optical arrangement configured to cause the probe radiation to make multiple passes through the electro-optic material; a combination of polarising and analysing optics; and a radiation detector for detecting the probe radiation after the multiple passes are made, wherein the polarising optics are configured to provide a known input polarisation state to the probe radiation, and the analysing optics and the radiation detector are together configured to monitor the output polarisation state of the probe radiation after the multiple passes are made such that the measured output polarisation state provides a measure of the birefringence induced by the THz radiation in the electro-optic material, and wherein the wavelength of the probe radiation is selected and the optical arrangement is configured to provide an adjustable path length between each pass of the probe radiation in the electro-optic material such that each time that any particular wavefront of the probe radiation passes through the electro-optic material in the same direction as the terahertz radiation, this wavefront meets the terahertz radiation at the same point in the phase cycle of the terahertz wave as it did on its previous pass.
A method for drilling a hole through a first part and a second part , the method comprising: generating an image of a first pilot hole in the first part using an imaging system ; identifying a first feature related to the first pilot hole in the first part based on the image; identifying a second feature related to a second pilot hole in the second part based on the image; identifying a drilling vector for drilling the hole through the first part and the second part based on the first feature and the second feature; and adjusting an angle of the drilling vector relative to an outer surface of the first part such that the hole to be drilled along the adjusted drilling vector will completely overlap the first pilot hole and the second pilot hole. generating an image of a first pilot hole in the first part using an imaging system ; identifying a first feature related to the first pilot hole in the first part based on the image; identifying a second feature related to a second pilot hole in the second part based on the image; identifying a drilling vector for drilling the hole through the first part and the second part based on the first feature and the second feature; and adjusting an angle of the drilling vector relative to an outer surface of the first part such that the hole to be drilled along the adjusted drilling vector will completely overlap the first pilot hole and the second pilot hole.
An apparatus for controlling an electroporation catheter , the electroporation catheter including a distal end , a proximal end , a plurality of splines extending from the distal end to the proximal end, and a plurality of electrodes (210, 410-416, 1010-1016, 1104, 1270) arranged on the plurality of splines and defining at least one quadripolar array , each quadripolar array defined by four electrodes of the plurality of electrodes, the apparatus comprising: a pulse generator coupled to the electroporation catheter; and a computing device coupled to the pulse generator, the computing device operable to control the pulse generator to: selectively energize the electrodes defining the at least one quadripolar array according to a first energization pattern ; and selectively energize the electrodes defining the at least one quadripolar array according to a second energization pattern , wherein the first and second energization patterns are different from one another; wherein energizing the electrodes according to the first energization pattern generates first low field spots , wherein energizing the electrodes according to the second energization pattern generates second low field spots , and wherein the first and second low field spots are located in different locations. a pulse generator coupled to the electroporation catheter; and a computing device coupled to the pulse generator, the computing device operable to control the pulse generator to: selectively energize the electrodes defining the at least one quadripolar array according to a first energization pattern ; and selectively energize the electrodes defining the at least one quadripolar array according to a second energization pattern , wherein the first and second energization patterns are different from one another; wherein energizing the electrodes according to the first energization pattern generates first low field spots , wherein energizing the electrodes according to the second energization pattern generates second low field spots , and wherein the first and second low field spots are located in different locations. selectively energize the electrodes defining the at least one quadripolar array according to a first energization pattern ; and selectively energize the electrodes defining the at least one quadripolar array according to a second energization pattern , wherein the first and second energization patterns are different from one another; wherein energizing the electrodes according to the first energization pattern generates first low field spots , wherein energizing the electrodes according to the second energization pattern generates second low field spots , and wherein the first and second low field spots are located in different locations.
A method, comprising: receiving a physiologic signal from an accelerometer channel, the signal obtained extra-corporeally at a first time window; applying a filter on the physiologic signal to obtain a filtered physiologic signal ; performing, on the filtered physiologic signal, a beat time estimation within the first time window , wherein performing the beat time estimation further comprises: determining peak samples of the filtered physiologic signal; determining trough samples of the filtered physiologic signal; calculating beat times as a function of the peak and trough samples; and calculating a median of beat times as the beat time estimation; based on the estimation, calculating a heart rate from the filtered physiologic signal ; and at least one of storing or transmitting the heart rate . receiving a physiologic signal from an accelerometer channel, the signal obtained extra-corporeally at a first time window; applying a filter on the physiologic signal to obtain a filtered physiologic signal ; performing, on the filtered physiologic signal, a beat time estimation within the first time window , wherein performing the beat time estimation further comprises: determining peak samples of the filtered physiologic signal; determining trough samples of the filtered physiologic signal; calculating beat times as a function of the peak and trough samples; and calculating a median of beat times as the beat time estimation; determining peak samples of the filtered physiologic signal; determining trough samples of the filtered physiologic signal; calculating beat times as a function of the peak and trough samples; and calculating a median of beat times as the beat time estimation; based on the estimation, calculating a heart rate from the filtered physiologic signal ; and at least one of storing or transmitting the heart rate .
Pressure control valve with a valve piston under the action of an energy accumulator, said valve piston being mounted such that it can be displaced longitudinally in a valve housing , which comprises connection points such as a supply port , service port and tank port that can be controlled by means of a seat-tight closing control part in such a way that a pressure reducing function is achieved when there is a fluid connection from the supply port to the service port , and a pressure limiting function is achieved when there is a fluid connection from the service port to the tank port , the control part comprising a control rod with two control bodies held at a distance from one another, one of which controls at least the fluid connection between the supply port and the service port and the other control body controls at least the fluid connection between the service port and the tank port , the other control body of the control part being able to be brought into seat-tight contact with a valve seat of the valve piston , and the one control body of the control part being able to be brought into seat-tight contact with a valve seat of the valve housing , the control rod passing through said seat, characterised in that the control bodies have spherical-shaped body sections.