mhurhangee/patent-ind-claim-en huggingface dataset:
An isolation diaphragm subassembly for a process fluid pressure transmitter , the isolation diaphragm subassembly comprising: a circular weld ring having a first side and a second side, the first side having a sealing portion adapted to contact a metal sealing ring and the second side having a weld portion being configured to be welded to a sensor body ; and an isolation diaphragm , characterized in that the isolation diaphragm is welded to the second side of the weld ring; and wherein the sealing portion and the weld portion are substantially aligned with each other. a circular weld ring having a first side and a second side, the first side having a sealing portion adapted to contact a metal sealing ring and the second side having a weld portion being configured to be welded to a sensor body ; and an isolation diaphragm , characterized in that the isolation diaphragm is welded to the second side of the weld ring; and wherein the sealing portion and the weld portion are substantially aligned with each other.
A mask for the delivery of a medical gas under positive pressure to a neonate, the mask including a body having an interior space, an engagement seal for surrounding the airway of a user and engaging surrounding tissue, the interior space being adapted in use to communicate with a source of medical gas and deliver the medical gas to the interior space, wherein the surface of the engagement seal is circular in shape and has a consistent cross-sectional shape which is part circular, so that the surface of the engagement seal is part toroidal, and flexes out of a flat plane along the central axis of the part toroidal structure in order to mate with the skin of the neonate, and wherein the engagement seal is solid and sufficiently rigid that operatively, when a retention force is applied to the mask , a seal is produced at the interface of the engagement seal and the tissue surrounding the airway of the user primarily by deformation of the tissue surrounding the airway, and without deformation of the cross sectional shape of the engagement seal .
A rigid polyurethane foam, which is a polymerization product of a composition comprising a concentrated acid hydrolytic lignin powder having a pH of 4 to 7, a polyol, and an isocyanate, wherein an amount of the concentrated acid hydrolytic lignin is 1 wt% to 40wt% based on a total weight of a mixture of the polyol and the concentrated acid hydrolytic lignin.
A fixture for holding a part , the fixture comprising: a frame supporting a guide plate ; a fulcrum ; a controlled engagement device passing through the guide plate and arranged to be advanced incrementally towards a lever on a first side of the fulcrum ; on a second side of the fulcrum , the lever being connected to a linkage arm , the linkage arm passing through a gap in the guide plate ; a clamp , which is mounted to an end of the linkage arm distal to the lever ; and a support arranged to face the clamp and defining a space therebetween, the space configured to receive the part to be clamped in the fixture characterised in that the clamp is a swivel clamp and the connection between the linkage arm and the lever is configured to allow the linkage arm to be repositioned by sliding relative to the fulcrum , the connection comprising an elongate slot in the lever and a dowel which passes through the elongate slot and a reamed dowel sized hole in the linkage arm , and the linkage arm comprising a plurality of sized holes to allow further configurations of the fixture. a frame supporting a guide plate ; a fulcrum ; a controlled engagement device passing through the guide plate and arranged to be advanced incrementally towards a lever on a first side of the fulcrum ; on a second side of the fulcrum , the lever being connected to a linkage arm , the linkage arm passing through a gap in the guide plate ; a clamp , which is mounted to an end of the linkage arm distal to the lever ; and a support arranged to face the clamp and defining a space therebetween, the space configured to receive the part to be clamped in the fixture characterised in that the clamp is a swivel clamp and the connection between the linkage arm and the lever is configured to allow the linkage arm to be repositioned by sliding relative to the fulcrum , the connection comprising an elongate slot in the lever and a dowel which passes through the elongate slot and a reamed dowel sized hole in the linkage arm , and the linkage arm comprising a plurality of sized holes to allow further configurations of the fixture.
An implantable medical device comprising: a polymeric frame having a plurality of hoop components oriented in spaced apart relationship along a longitudinal axis, each hoop component being formed from a series of alternating substantially longitudinally oriented strut members and X-shaped connector junction strut members circumferentially arranged about the longitudinal axis, whereas each end of each longitudinal strut member is directly connected to the circumferentially adjacent X-shaped connector junction strut members by alternating substantially circumferentially orientated arc members ; and a plurality of substantially straight connectors connecting adjacent hoop components between corresponding X-shaped connector junction strut members . a polymeric frame having a plurality of hoop components oriented in spaced apart relationship along a longitudinal axis, each hoop component being formed from a series of alternating substantially longitudinally oriented strut members and X-shaped connector junction strut members circumferentially arranged about the longitudinal axis, whereas each end of each longitudinal strut member is directly connected to the circumferentially adjacent X-shaped connector junction strut members by alternating substantially circumferentially orientated arc members ; and a plurality of substantially straight connectors connecting adjacent hoop components between corresponding X-shaped connector junction strut members .
An installation device comprising: a body having an inlet defined therein for receiving fluids; a turning knob in operative engagement with the body and rotatable relative to the body , the turning knob being attached to a first shaft at one end of the first shaft and an opposite end of the first shaft being attached to a first barrel ; a second barrel ; a duct attached to said body and extending between the body and the first barrel forming a passage for fluids from the inlet of the body to an area between said first barrel and said second barrel ; a second shaft being in operative engagement with the first barrel and extending between said first barrel and said second barrel , wherein the duct and the first shaft are flexible and the first shaft comprises twisted steel wires, and the first shaft , the second shaft , the first barrel and the second barrel are rotatable relative to the body and the duct by turning of said turning knob . a body having an inlet defined therein for receiving fluids; a turning knob in operative engagement with the body and rotatable relative to the body , the turning knob being attached to a first shaft at one end of the first shaft and an opposite end of the first shaft being attached to a first barrel ; a second barrel ; a duct attached to said body and extending between the body and the first barrel forming a passage for fluids from the inlet of the body to an area between said first barrel and said second barrel ; a second shaft being in operative engagement with the first barrel and extending between said first barrel and said second barrel , wherein the duct and the first shaft are flexible and the first shaft comprises twisted steel wires, and the first shaft , the second shaft , the first barrel and the second barrel are rotatable relative to the body and the duct by turning of said turning knob .
Method for operating an HVAC system comprising at least one demand subsystem in signal communication with a supply side , the method comprising: a) determining a demand (Q D ) with a demand estimation function, wherein the determination is carried out by a demand side processor included in the demand subsystem ; wherein the demand estimation function comprises a variable input, and wherein the variable input of the demand estimation function comprises a zone property and a control signal (u ctrl ); b) communicating the demand (Q D ) from the demand subsystem to the supply side ; and c) determining a supply side operation power (Q s,total ) as a function of the demand (Q D ) and supply side parameters; wherein the determination is carried out by a supply side processor included in the supply side . a) determining a demand (Q D ) with a demand estimation function, wherein the determination is carried out by a demand side processor included in the demand subsystem ; wherein the demand estimation function comprises a variable input, and wherein the variable input of the demand estimation function comprises a zone property and a control signal (u ctrl ); b) communicating the demand (Q D ) from the demand subsystem to the supply side ; and c) determining a supply side operation power (Q s,total ) as a function of the demand (Q D ) and supply side parameters; wherein the determination is carried out by a supply side processor included in the supply side .
For a mobile device connected to a vehicle's interactive communication system that comprises a display screen, a method comprising: through an interface with the vehicle's interactive communication system, receiving audio data at the mobile device, the audio data corresponding to audio that was captured by the vehicle's interactive communication system; by a mapping application executing on the mobile device, identifying at least one search term from the received audio data; by the mapping application at the mobile device, performing a search to identify a location related to the identified search term; and by the mapping application at the mobile device, generating a map that displays the identified location, the generated map being configured for output on the display screen of the interactive communication system of the vehicle. through an interface with the vehicle's interactive communication system, receiving audio data at the mobile device, the audio data corresponding to audio that was captured by the vehicle's interactive communication system; by a mapping application executing on the mobile device, identifying at least one search term from the received audio data; by the mapping application at the mobile device, performing a search to identify a location related to the identified search term; and by the mapping application at the mobile device, generating a map that displays the identified location, the generated map being configured for output on the display screen of the interactive communication system of the vehicle.
A process for making a substantially cuboid reclosable flexible package of personal hygiene absorbent articles selected from sanitary napkins, pantyliners and incontinence pads free of an individual wrapping pouch, having a front wall , a rear wall , two opposed side walls and two opposed end walls , comprising the steps of: (i) providing personal hygiene absorbent articles comprising a garment attachment adhesive covered by a removable release paper ; (ii) folding inwardly each individual absorbent article into a folded article wherein the removable release paper is exposed; (iii) providing each folded article with closure means for securing said folding; (iv) stacking at least two folded articles; (v) wrapping a wrapping material around the resulting stack of folded articles; (vi) sealing the wrapping material at one position on either the front , the rear , or one of the two side walls , and on the two end walls ; (vii) providing at least one wall of the package with a tear-open flap limited by at least one tearing line . (i) providing personal hygiene absorbent articles comprising a garment attachment adhesive covered by a removable release paper ; (ii) folding inwardly each individual absorbent article into a folded article wherein the removable release paper is exposed; (iii) providing each folded article with closure means for securing said folding; (iv) stacking at least two folded articles; (v) wrapping a wrapping material around the resulting stack of folded articles; (vi) sealing the wrapping material at one position on either the front , the rear , or one of the two side walls , and on the two end walls ; (vii) providing at least one wall of the package with a tear-open flap limited by at least one tearing line .
An impact sensor system for a header of an agricultural system , wherein the impact sensor system comprises: a damping feature configured to couple to the header to attenuate vibrations due to initial contact between a crop and the header to form attenuated vibrations; one or more sensors configured to couple to the header and to generate signals in response to detection of the attenuated vibrations; and a controller configured to: receive the signals; characterized in that the controller is further configured to process the signals to determine a location of the initial contact between the crop and the header . a damping feature configured to couple to the header to attenuate vibrations due to initial contact between a crop and the header to form attenuated vibrations; one or more sensors configured to couple to the header and to generate signals in response to detection of the attenuated vibrations; and a controller configured to: receive the signals; characterized in that the controller is further configured to process the signals to determine a location of the initial contact between the crop and the header . receive the signals; characterized in that the controller is further configured to process the signals to determine a location of the initial contact between the crop and the header .
A cosmetic dispenser , comprising: a base comprising a cavity and an interior surface, wherein the interior surface comprises a spiral recess; a pedestal assembly received within the cavity of the base , the pedestal assembly comprising a pedestal comprising a base plate at a first distal end of the pedestal and a cup member at a second distal end opposite the first distal end, wherein the cup member is configured to receive a cosmetic that extends above the cup member , wherein the base plate is configured to seat on a bottom floor of the cavity; and a sleeve movably received within the cavity, the sleeve comprising at least one engaging means coupled to the spiral recess, wherein the engaging means is configured to slide along the spiral recess to raise and lower the sleeve , wherein the sleeve is configured to completely surround the cosmetic in a raised first position, and is configured to at least partially expose the cosmetic in a lowered second position, wherein the sleeve is transparent. a base comprising a cavity and an interior surface, wherein the interior surface comprises a spiral recess; a pedestal assembly received within the cavity of the base , the pedestal assembly comprising a pedestal comprising a base plate at a first distal end of the pedestal and a cup member at a second distal end opposite the first distal end, wherein the cup member is configured to receive a cosmetic that extends above the cup member , wherein the base plate is configured to seat on a bottom floor of the cavity; and a sleeve movably received within the cavity, the sleeve comprising at least one engaging means coupled to the spiral recess, wherein the engaging means is configured to slide along the spiral recess to raise and lower the sleeve , wherein the sleeve is configured to completely surround the cosmetic in a raised first position, and is configured to at least partially expose the cosmetic in a lowered second position, wherein the sleeve is transparent.
A battery, comprising: a positive electrode; a negative electrode; and an electrolyte layer provided between the positive electrode and the negative electrode, wherein the electrolyte layer includes a first electrolyte layer and a second electrolyte layer; the second electrolyte layer is provided between the first electrolyte layer and the negative electrode; the first electrolyte layer includes a first solid electrolyte material; the second electrolyte layer includes a second solid electrolyte material different from the first solid electrolyte material; the first solid electrolyte material includes Li, M, and X, and does not include sulfur; M is at least one selected from the group consisting of metalloid elements and metal elements other than Li, X is at least one selected from the group consisting of Cl, Br, and I; and a reduction potential with regard to lithium of the second solid electrolyte material is lower than a reduction potential with regard to lithium of the first solid electrolyte material. a positive electrode; a negative electrode; and an electrolyte layer provided between the positive electrode and the negative electrode, wherein the electrolyte layer includes a first electrolyte layer and a second electrolyte layer; the second electrolyte layer is provided between the first electrolyte layer and the negative electrode; the first electrolyte layer includes a first solid electrolyte material; the second electrolyte layer includes a second solid electrolyte material different from the first solid electrolyte material; the first solid electrolyte material includes Li, M, and X, and does not include sulfur; M is at least one selected from the group consisting of metalloid elements and metal elements other than Li, X is at least one selected from the group consisting of Cl, Br, and I; and a reduction potential with regard to lithium of the second solid electrolyte material is lower than a reduction potential with regard to lithium of the first solid electrolyte material.
Device for a treatment of a fluid, comprising at least three wound and/or turned spiral springs (2, 2', 2" and 2"'), which are capable of being flowed through by the fluid, which are arranged, in a symmetrical and space-filling manner, in an interior of a container with an entry side and an opposite discharge side, the spiral springs (2, 2', 2" and 2"') having a continuously varying cross section in their longitudinal direction, resulting in taperings (12, 12', 12") and widenings (9, 9', 9") and the at least three spiral springs (2, 2', 2" and 2"') being arranged in the container in such a way that they are adjacent to one another via their widenings (9, 9', 9") and define at least one inner interstice that is also capable of being flowed through by the fluid, the spiral springs (2, 2', 2" and 2"') being configured identically and comprising, viewed in the longitudinal direction, a variety of cross section widenings, characterised in that the spiral springs (2, 2', 2" and 2"') have identically extending taperings (12, 12', 12") and widenings (9, 9', 9") and the taperings (12, 12', 12") and widenings (9, 9', 9"), while varying continuously, differ in the intensity of their tapering (12, 12', 12") and/or widening (9, 9', 9").
A moisture control system , comprising: an anode coupled to an insulation blanket that is positioned between an inner wall and an outer wall of an aircraft fuselage ; a cathode coupled to an interior surface of the outer wall , which interior surface of the outer wall of the aircraft fuselage is made of a conductive material and which outer wall of the aircraft fuselage includes an electrically conductive material, whereby the cathode coupled to the interior surface of the outer wall of the aircraft fuselage causes the interior surface of the outer wall of the aircraft fuselage to act as a cathode as well; and a power control unit coupled to the anode and the cathode to apply voltage across the anode and the cathode , and when the voltage is applied across the anode and the cathode , moisture is drawn away from the anode and toward the cathode on the interior surface of the outer wall and guided along a drainage path provided via structural members disposed between the inner wall and the outer wall toward a drainage port . an anode coupled to an insulation blanket that is positioned between an inner wall and an outer wall of an aircraft fuselage ; a cathode coupled to an interior surface of the outer wall , which interior surface of the outer wall of the aircraft fuselage is made of a conductive material and which outer wall of the aircraft fuselage includes an electrically conductive material, whereby the cathode coupled to the interior surface of the outer wall of the aircraft fuselage causes the interior surface of the outer wall of the aircraft fuselage to act as a cathode as well; and a power control unit coupled to the anode and the cathode to apply voltage across the anode and the cathode , and when the voltage is applied across the anode and the cathode , moisture is drawn away from the anode and toward the cathode on the interior surface of the outer wall and guided along a drainage path provided via structural members disposed between the inner wall and the outer wall toward a drainage port .
A power control system, including more than two DC power control devices each connected to a DC bus line, wherein one of the DC power control devices is adapted to control the supply of DC power from a storage battery, wherein the storage batteries of the multiple DC power control devices are each connected via a DC-DC converter to the DC bus line, the one of the DC power control devices comprising: an instructing unit configured to instruct another DC power control device connected by means of a respective DC-DC converter to the DC bus line and ready to transmit and receive DC power, characterized to read a voltage value of the other DC power control device while changing the voltage of the DC bus line within a certain range (S114), and to read a current value of the DC power control device while changing the current of the other DC power control device within a certain range (S115); and a correction reference value deciding unit configured to acquire the voltage values and the current values read by the other DC power control device and to decide a correction reference value for each of voltage and current in transmitting and receiving DC power to and from the other DC power control device through the DC bus line using the acquired voltage values and the acquired current values, by calculating a regression line using the acquired voltage values and the acquired current values by the method of the least squares (S116), so that the correction reference value deciding unit calculates an error in the actual voltage and current values, calculate an average value, and transmits information on the error to each DC power control device, so as to achieve a balanced power transmission and reception in transmitting and receiving DC power among the DC power control devices. an instructing unit configured to instruct another DC power control device connected by means of a respective DC-DC converter to the DC bus line and ready to transmit and receive DC power, characterized to read a voltage value of the other DC power control device while changing the voltage of the DC bus line within a certain range (S114), and to read a current value of the DC power control device while changing the current of the other DC power control device within a certain range (S115); and a correction reference value deciding unit configured to acquire the voltage values and the current values read by the other DC power control device and to decide a correction reference value for each of voltage and current in transmitting and receiving DC power to and from the other DC power control device through the DC bus line using the acquired voltage values and the acquired current values, by calculating a regression line using the acquired voltage values and the acquired current values by the method of the least squares (S116), so that the correction reference value deciding unit calculates an error in the actual voltage and current values, calculate an average value, and transmits information on the error to each DC power control device, so as to achieve a balanced power transmission and reception in transmitting and receiving DC power among the DC power control devices.