mhurhangee/patent-ind-claim-en huggingface dataset:
A valve system comprising: at least one rotating component comprising a conductive material ; and at least two inductance-to-digital converter sensors separated from the conductive material of the at least one rotating component , wherein the conductive material comprises at least two discrete conductive material sections , each positioned proximate to one of the at least two inductance-to-digital converter sensors, each of the inductance-to-digital converter sensors comprising a coil powered by a control system and configured to wirelessly sense at least one property of the conductive material and relay a value associated with the at least one property to the control system; and: a valve actuator comprising at least one control system for controlling a position of a valve element in a valve, wherein the at least one rotating component comprises at least one shaft of the valve actuator configured for at least one of rotary motion and linear motion, and wherein the at least two inductance-to-digital converter sensors are configured to detect position deviations from known or expected positions of the at least one shaft by monitoring the at least one property of the conductive material . at least one rotating component comprising a conductive material ; and at least two inductance-to-digital converter sensors separated from the conductive material of the at least one rotating component , wherein the conductive material comprises at least two discrete conductive material sections , each positioned proximate to one of the at least two inductance-to-digital converter sensors, each of the inductance-to-digital converter sensors comprising a coil powered by a control system and configured to wirelessly sense at least one property of the conductive material and relay a value associated with the at least one property to the control system; and: a valve actuator comprising at least one control system for controlling a position of a valve element in a valve, wherein the at least one rotating component comprises at least one shaft of the valve actuator configured for at least one of rotary motion and linear motion, and wherein the at least two inductance-to-digital converter sensors are configured to detect position deviations from known or expected positions of the at least one shaft by monitoring the at least one property of the conductive material .
A method for producing a mirror plate for a Fabry-Perot interferometer , the method comprising: - providing a substrate , which comprises silicon (Si), - implementing a semi-transparent reflective coating on the substrate , - forming a passivated region in and/or on the substrate by etching a plurality of voids (E1) in the substrate , and by passivating the surfaces of the voids (E1), - forming a first sensor electrode (G1a) on top of the passivated region , and - forming a second sensor electrode (G1b) supported by the substrate , characterized in that the inner widths (w E1 ) of the voids (E1) are smaller than 10 μm in a transverse direction (SY), the widths (w S1 ) of the walls between the voids (E1) are smaller than 10 μm in a transverse direction (SY), and wherein the electrical conductivity (σ 70 ) of the passivated region is lower than 20% of the electrical conductivity (σ Si ) of the silicon of the substrate at the temperature of 25°C. - providing a substrate , which comprises silicon (Si), - implementing a semi-transparent reflective coating on the substrate , - forming a passivated region in and/or on the substrate by etching a plurality of voids (E1) in the substrate , and by passivating the surfaces of the voids (E1), - forming a first sensor electrode (G1a) on top of the passivated region , and - forming a second sensor electrode (G1b) supported by the substrate ,
A system for controlling the head pressure of a vapor compression circuit , the system comprising: a low side condition sensor disposed in a low side of the vapor compression circuit; wherein the low side condition sensor is configured to measure a low side operating condition; a high side condition sensor disposed in a high side of the vapor compression circuit; wherein the high side condition sensor is configured to measure a high side operating condition; a storage device configured to store information describing a compressor operating envelope ; a control device configured to influence the high side operating condition; and a controller in communication with the low side condition sensor, the high side condition sensor, the storage device and the control device; the system being characterised by the controller being configured to determine a theoretical high side operating condition using the information stored in the storage device, being configured to compare the high side operating condition to the theoretical high side operating condition, being configured to determine a control output based on the comparison between the high side operating condition and the theoretical high side operating condition, and being configured to communicate the control output to the control device. a low side condition sensor disposed in a low side of the vapor compression circuit; wherein the low side condition sensor is configured to measure a low side operating condition; a high side condition sensor disposed in a high side of the vapor compression circuit; wherein the high side condition sensor is configured to measure a high side operating condition; a storage device configured to store information describing a compressor operating envelope ; a control device configured to influence the high side operating condition; and a controller in communication with the low side condition sensor, the high side condition sensor, the storage device and the control device; the system being characterised by the controller being configured to determine a theoretical high side operating condition using the information stored in the storage device, being configured to compare the high side operating condition to the theoretical high side operating condition, being configured to determine a control output based on the comparison between the high side operating condition and the theoretical high side operating condition, and being configured to communicate the control output to the control device.
Fixation unit for a suture-less fixation of tissue at a bone , wherein the fixation unit comprises the following: - an anchor element that is arranged to be fixed to a bone , - a retaining element that is arranged to be coupled with the anchor element to attach a tissue section at the bone , wherein the anchor element and the retaining element are lockable to one another and form therebetween a retaining zone in which the tissue section is retainable, characterized in that at the anchor element there is formed a connecting spike that extends between a base body of the retaining element and a shaft of the anchor element , in that the connecting spike is arranged to extend through the tissue section when the retaining element and the anchor element approach one another, in that the connecting spike is provided with a fluting or circumferential notching that effects a positional securing in the locked state, and in that at the anchor element a locking recess is formed, which is, in the locked state, at least sectionally traversed by the connecting spike . - an anchor element that is arranged to be fixed to a bone , - a retaining element that is arranged to be coupled with the anchor element to attach a tissue section at the bone , wherein the anchor element and the retaining element are lockable to one another and form therebetween a retaining zone in which the tissue section is retainable, characterized in that at the anchor element there is formed a connecting spike that extends between a base body of the retaining element and a shaft of the anchor element , in that the connecting spike is arranged to extend through the tissue section when the retaining element and the anchor element approach one another, in that the connecting spike is provided with a fluting or circumferential notching that effects a positional securing in the locked state, and in that at the anchor element a locking recess is formed, which is, in the locked state, at least sectionally traversed by the connecting spike .
A disposable absorbent assembly comprising: an outer shell ; and a disposable absorbent core insert detachably engageable with the outer shell, said core insert including an absorbent core material section having an absorbent composition; and an arrangement of spaced apart fasteners between the core insert and the outer shell, for detachably engaging the core insert with an inside surface of the outer shell, and defining void spaces between said fasteners, said core insert, and said outer shell, the void spaces providing air channels. an outer shell ; and a disposable absorbent core insert detachably engageable with the outer shell, said core insert including an absorbent core material section having an absorbent composition; and an arrangement of spaced apart fasteners between the core insert and the outer shell, for detachably engaging the core insert with an inside surface of the outer shell, and defining void spaces between said fasteners, said core insert, and said outer shell, the void spaces providing air channels.
A quick-change chuck for a hole saw that can be rotated about an axis of rotation (D), which extends along the axis of rotation (D) from a rear drive end designed for detachable connection to a drive to a front connection end for detachable connection to the hole saw , comprising a base body having at least one clamping jaw receptacle and at least one clamping jaw arranged therein and radially adjustable in relation to the axis of rotation (D), wherein thread segments (14.6) arranged around the axis of rotation are provided at the connecting end to form an external thread, wherein at least one thread segment (14.6) is formed on the clamping jaw , wherein a spring is arranged between the clamping jaw and the base body , CHARACTERIZED IN that a clamping ring rotatable about the axis of rotation (D) is provided, which is designed, upon rotation, to move the at least one clamping jaw with the threaded segment (14.6) against the spring force from an engagement position located further radially outwards into a release position located further radially inwards in relation to this engagement position, that the clamping ring comprises at least one guide cam (6.2) for forming a guide slot in a clamping ring main plane extending transversely to the axis of rotation, with a cam front end (6.2.1) and a cam rear end (6.2.2), that the front end of the curve (6.2.1) is located radially closer to the axis of rotation (D) than the rear end of the curve (6.2.2) and that a guide pin cooperating with and guided by that one guide cam is provided on the at least one clamping jaw. which extends along the axis of rotation (D) from a rear drive end designed for detachable connection to a drive to a front connection end for detachable connection to the hole saw , comprising a base body having at least one clamping jaw receptacle and at least one clamping jaw arranged therein and radially adjustable in relation to the axis of rotation (D), wherein thread segments (14.6) arranged around the axis of rotation are provided at the connecting end to form an external thread, wherein at least one thread segment (14.6) is formed on the clamping jaw , wherein a spring is arranged between the clamping jaw and the base body , CHARACTERIZED IN that a clamping ring rotatable about the axis of rotation (D) is provided, which is designed, upon rotation, to move the at least one clamping jaw with the threaded segment (14.6) against the spring force from an engagement position located further radially outwards into a release position located further radially inwards in relation to this engagement position, that the clamping ring comprises at least one guide cam (6.2) for forming a guide slot in a clamping ring main plane extending transversely to the axis of rotation, with a cam front end (6.2.1) and a cam rear end (6.2.2), that the front end of the curve (6.2.1) is located radially closer to the axis of rotation (D) than the rear end of the curve (6.2.2) and that a guide pin cooperating with and guided by that one guide cam is provided on the at least one clamping jaw.
An elevator user detection system comprising a camera disposed in a car, including a super-wide-angle lens for widely capturing an image of a target including the inside of the car at an angle view of 180 degrees or more, and configured to capture an image of the entirety of the inside of the car and an image of a hall near a doorway of the car, the system comprises: a detection area setting unit configured to set at least two detection areas with respect to each of the inside of the car and the hall on an image captured by the camera ; a detection processing unit configured to execute a detection process related to a drive operation of the car for each of the at least two detection areas set by the detection area setting unit ; and an elevator controller configured to execute different response processes for the at least two detection areas, respectively, based on detection results of the detection processing unit , the response processes including at least drive control of the car, open/close control of a door of the car and notification of giving a warning to a user in the car. a detection area setting unit configured to set at least two detection areas with respect to each of the inside of the car and the hall on an image captured by the camera ; a detection processing unit configured to execute a detection process related to a drive operation of the car for each of the at least two detection areas set by the detection area setting unit ; and an elevator controller configured to execute different response processes for the at least two detection areas, respectively, based on detection results of the detection processing unit , the response processes including at least drive control of the car, open/close control of a door of the car and notification of giving a warning to a user in the car.
An airtightness inspection method for a sealed battery having a battery element sealed in a negative pressure environment into a battery case , the battery case being made of a film and easily deformed, the method comprising: enclosing the sealed battery in an airtight container ; measuring a surface shape of the sealed battery in the airtight container ; decompressing the airtight container ; measuring a surface shape of the sealed battery in the airtight container in a decompressed state; and determining airtightness of the sealed battery based on a change in the surface shape of the sealed battery before decompression of the airtight container and in the decompressed state of the airtight container , characterized in that the decompression of the airtight container is performed under a predetermined negative pressure that is equal to or lower in absolute pressure value than a negative pressure of the negative pressure environment applied for sealing the battery element into the battery case , and the surface shape of the sealed battery in the airtight container in the decompressed state is measured in a state where the predetermined negative pressure is maintained. enclosing the sealed battery in an airtight container ; measuring a surface shape of the sealed battery in the airtight container ; decompressing the airtight container ; measuring a surface shape of the sealed battery in the airtight container in a decompressed state; and determining airtightness of the sealed battery based on a change in the surface shape of the sealed battery before decompression of the airtight container and in the decompressed state of the airtight container , characterized in that the decompression of the airtight container is performed under a predetermined negative pressure that is equal to or lower in absolute pressure value than a negative pressure of the negative pressure environment applied for sealing the battery element into the battery case , and the surface shape of the sealed battery in the airtight container in the decompressed state is measured in a state where the predetermined negative pressure is maintained.
Foldable gymnastic machine (M) comprising a supporting structure to rest said gymnastic machine (M) on a resting surface, comprising a front portion , comprising, in turn, a resistance member, and a rear portion , an exercise device , through which a user performs a gymnastic exercise, coupled to said supporting structure and to said resistance member, capable of resisting during the execution of a gymnastic exercise, said exercise device comprising a second pair of levers for the feet, in turn comprising a first and a second lever, each provided with a first end (221a; 222a), coupled to said supporting structure , and a free second end (221b; 222b), capable of fitting said user's feet during the execution of the gymnastic exercise, wherein said first and second lever of said second pair of levers for the feet are capable of passing from an open position, in which the user can perform the gymnastic exercise, to a closed position, when the gymnastic machine (M) is not in use, said gymnastic machine (M) characterized in that said rear portion is capable of passing from an open position, when it is placed in contact with said resting surface and positioned along a horizontal direction (X), to a closed position when it is placed close to said front portion , substantially placed along a vertical direction (Y), orthogonal to said horizontal direction (X). a supporting structure to rest said gymnastic machine (M) on a resting surface, comprising a front portion , comprising, in turn, a resistance member, and a rear portion , an exercise device , through which a user performs a gymnastic exercise, coupled to said supporting structure and to said resistance member, capable of resisting during the execution of a gymnastic exercise, said exercise device comprising a second pair of levers for the feet, in turn comprising a first and a second lever, each provided with a first end (221a; 222a), coupled to said supporting structure , and a free second end (221b; 222b), capable of fitting said user's feet during the execution of the gymnastic exercise, wherein said first and second lever of said second pair of levers for the feet are capable of passing from an open position, in which the user can perform the gymnastic exercise, to a closed position, when the gymnastic machine (M) is not in use, said gymnastic machine (M) characterized in that said rear portion is capable of passing from an open position, when it is placed in contact with said resting surface and positioned along a horizontal direction (X), to a closed position when it is placed close to said front portion , substantially placed along a vertical direction (Y), orthogonal to said horizontal direction (X).
A capsule for use with an electronic smoking device having control electronics and an atomizer to atomize a liquid , the capsule serving as a reservoir for liquid to be atomized and comprising: first and second electrical contacts , which are adapted to be connected to electrical contacts provided at the electronic smoking device ; and a controller including a memory, wherein said controller is operable to exchange data with the control electronics of an electronic smoking device via one of said first and second electrical contacts defining a signal contact when said first and second electrical contacts are connected to electrical contacts provided at the electronic smoking device ; characterized by a capacitor (C) electrically connected to the controller and to the first and second electrical contacts , adapted to be charged by the electronic smoking device when the first and second electrical contacts are connected to electrical contacts provided at the electronic smoking device and to power the controller during intermediate intervals when the signal contact is at ground voltage level during data transmission, wherein the memory of the controller is adapted to store the number of puffs detected by a puff detector of an electronic smoking device whilst the capsule is mounted to the electronic smoking device . first and second electrical contacts , which are adapted to be connected to electrical contacts provided at the electronic smoking device ; and a controller including a memory, wherein said controller is operable to exchange data with the control electronics of an electronic smoking device via one of said first and second electrical contacts defining a signal contact when said first and second electrical contacts are connected to electrical contacts provided at the electronic smoking device ; a capacitor (C) electrically connected to the controller and to the first and second electrical contacts , adapted to be charged by the electronic smoking device when the first and second electrical contacts are connected to electrical contacts provided at the electronic smoking device and to power the controller during intermediate intervals when the signal contact is at ground voltage level during data transmission, wherein the memory of the controller is adapted to store the number of puffs detected by a puff detector of an electronic smoking device whilst the capsule is mounted to the electronic smoking device .
A web of cleaning products comprising: a carrier sheet having a plurality of depressions , each filled and in direct contact with at least one cleaning composition ; a plurality of internal lids corresponding with the plurality of depressions and being sealed to the carrier sheet to cover the plurality of depressions ; and a plurality of external lids corresponding with the plurality of internal lids and being sealed to the carrier sheet to cover the plurality of internal lids , characterized in that the carrier sheet and the external lids are made of a water-resistant material, the internal lids are made of a water-soluble material, and each external lid covers a larger surface area of the carrier sheet than its corresponding internal lid . a carrier sheet having a plurality of depressions , each filled and in direct contact with at least one cleaning composition ; a plurality of internal lids corresponding with the plurality of depressions and being sealed to the carrier sheet to cover the plurality of depressions ; and a plurality of external lids corresponding with the plurality of internal lids and being sealed to the carrier sheet to cover the plurality of internal lids , characterized in that the carrier sheet and the external lids are made of a water-resistant material, the internal lids are made of a water-soluble material, and each external lid covers a larger surface area of the carrier sheet than its corresponding internal lid .
A human engineered CGRP antibody comprising a light chain variable region (LCVR) and a heavy chain variable region (HCVR), wherein said LCVR amino acid sequence is SEQ ID NO: 17 and said HCVR amino acid sequence is SEQ ID NO: 22.