mhurhangee/patent-ind-claim-en huggingface dataset:
A sensing system comprising: an electronic tag ; and a reading device that transmits and receives information to and from the electronic tag , characterized in that the reading device includes a transmission unit that sends an alternating-current radio wave (ωt) including a high-frequency component and a low-frequency component, the electronic tag includes a receiving unit that obtains a power supply voltage from the high-frequency component of the alternating-current radio wave (ωt) and obtains a clock signal from the low-frequency component and a return unit that maintains a maximum amplitude (Am) of the clock signal and sends a combination of information and the clock signal as a return signal , and the reading device further includes a processing unit that decodes the return signal sent from the electronic tag on the basis of the clock signal . an electronic tag ; and a reading device that transmits and receives information to and from the electronic tag , characterized in that the reading device includes a transmission unit that sends an alternating-current radio wave (ωt) including a high-frequency component and a low-frequency component, the electronic tag includes a receiving unit that obtains a power supply voltage from the high-frequency component of the alternating-current radio wave (ωt) and obtains a clock signal from the low-frequency component and a return unit that maintains a maximum amplitude (Am) of the clock signal and sends a combination of information and the clock signal as a return signal , and the reading device further includes a processing unit that decodes the return signal sent from the electronic tag on the basis of the clock signal .
A medical device packaging comprising: a container having an opening; a medical device disposed within the container, the medical device including an adhesive contact face facing the opening; a first cover disposed over the opening in the container to close the container; a second cover disposed over the adhesive contact face of the medical device ; wherein the first and second covers are connected such that removal of the first cover from the container causes detachment of the second cover from the medical device ; characterized in that the first and second covers are connected proximate a first edge of the first cover ; and wherein the first cover includes a start region disposed at a second edge of the first cover which is on an opposite side of the first cover to the first edge , wherein the start region is the region the user is intended to pull to initiate the container cover removal process. a container having an opening; a medical device disposed within the container, the medical device including an adhesive contact face facing the opening; a first cover disposed over the opening in the container to close the container; a second cover disposed over the adhesive contact face of the medical device ; wherein the first and second covers are connected such that removal of the first cover from the container causes detachment of the second cover from the medical device ; characterized in that the first and second covers are connected proximate a first edge of the first cover ; and wherein the first cover includes a start region disposed at a second edge of the first cover which is on an opposite side of the first cover to the first edge , wherein the start region is the region the user is intended to pull to initiate the container cover removal process.
A lens, comprising a lens body , the lens body is substantially in a shape of a circular table, a small end of the lens body is provided with a concave inner light source accommodation space , the inner surface of the light source accommodation space is an incident surface of light, a surface of a large end of the lens body is an exit surface, and a side surface of the lens body is a reflecting surface, wherein a bottom of the light source accommodation space is provided with a cylindrical protrusion , cross section dimension of the light source accommodation space gradually decreases, from the small end of the lens to the large end of the lens ; the cylindrical protrusion is formed by protrusion from the bottom of the light source accommodation space toward the small end of the lens body characterized in that a spherical protrusion is symmetrically disposed at both ends of the cylindrical protrusion in the axial direction, and the surface of cylindrical protrusion is transitionally connected with the surface of the spherical protrusion ; a surface of the large end of the lens body is provided with a ridge ; and wherein, a stepped notch is disposed between one side of the large end of the lens body and the side of the lens body ; the stepped notch is formed by invagination from the outside of the lens to the solid part of the lens, and comprises a continuous first plane, a second plane, a third plane and a fourth plane; and the first plane, the second plane, the third plane 1 and the fourth plane are disposed in a direction from the surface of the large end of the lens body to the side of the lens body in sequence; the first plane intersects the second plane to form a first notch; the third plane intersects the fourth plane to form a second notch; the first notch and the second notch constitute the stepped notch; the first plane is perpendicular or nearly perpendicular to the surface of the large end of the lens.
A process for improving carbon capture efficiency in an integrated fermentation and industrial process, wherein the process comprises: i. passing a feedstock comprising CO 2 to an electrolysis process to produce an electrolysis derived substrate comprising CO and O 2 ; ii. blending at least a portion of the CO from the electrolysis derived substrate with a C1-containing tail gas from an industrial process to provide a blended C1-containing substrate; iii. passing the blended C1-containing substrate to a bioreactor containing a culture of at least one C1-fixing anaerobic bacterium; and iv. fermenting the culture to produce one or more fermentation products, and wherein at least a portion of the O 2 from (i) is passed to the industrial process. i. passing a feedstock comprising CO 2 to an electrolysis process to produce an electrolysis derived substrate comprising CO and O 2 ; ii. blending at least a portion of the CO from the electrolysis derived substrate with a C1-containing tail gas from an industrial process to provide a blended C1-containing substrate; iii. passing the blended C1-containing substrate to a bioreactor containing a culture of at least one C1-fixing anaerobic bacterium; and iv. fermenting the culture to produce one or more fermentation products, and wherein at least a portion of the O 2 from (i) is passed to the industrial process.
A controlled release fertilizer composition including a plant nutrient coated with a polyurethane coating which is a reaction product of a mixture including an isocyanate and a polyol and comprising a modified wax, wherein the modified wax is cross-linked.
A forming and filling head for simultaneously forming and filling a polymeric container with liquid, the forming and filling head comprising: a nozzle shaft assembly including a first portion removably engaged with a second portion , the nozzle shaft assembly defines a through-bore extending through each of the first portion and the second portion ; an annular seal within the through-bore and seated at one of the first portion and the second portion to permit access to the annular seal when the first portion and the second portion are disengaged; and flow ports defined by a wall of the nozzle shaft assembly , the flow ports extending from an exterior of the nozzle shaft assembly to the through-bore to direct the liquid for forming and filling the polymeric container into the through-bore; characterized in that the second portion is a nozzle shaft sleeve removably seated in the through-bore, the annular seal being seated on the nozzle shaft sleeve. a nozzle shaft assembly including a first portion removably engaged with a second portion , the nozzle shaft assembly defines a through-bore extending through each of the first portion and the second portion ; an annular seal within the through-bore and seated at one of the first portion and the second portion to permit access to the annular seal when the first portion and the second portion are disengaged; and flow ports defined by a wall of the nozzle shaft assembly , the flow ports extending from an exterior of the nozzle shaft assembly to the through-bore to direct the liquid for forming and filling the polymeric container into the through-bore; characterized in that the second portion is a nozzle shaft sleeve removably seated in the through-bore, the annular seal being seated on the nozzle shaft sleeve.
An apparatus comprising means configured to: receive first information indicative of a reference location in a real-world space in which a user consumes audio content; provide for presentation of audio content as spatial audio to be perceived, from the reference location in the real-world space, as originating from a direction of at least one of a plurality of virtual audio sources , the plurality of the virtual audio sources being associated with respective real-world locations in said real-world space; receive second information indicative of at least the presence of a real-world object in said real-world space in which the user consumes audio content between any of the real-world locations of the respective virtual audio sources and the reference location; select, based on the second information, those of the plurality of virtual audio sources having the real-world object located between them and the reference location; modify, based on the second information, the audio content associated with the selected virtual audio sources, to indicate aurally the location of the real-world object in said real-world space, wherein the audio content from non-selected virtual audio sources is unmodified, wherein the type or degree of modification of the audio content is based on how close to the reference location the real-world object is; and provide for presentation of the modified audio content as spatial audio. receive first information indicative of a reference location in a real-world space in which a user consumes audio content; provide for presentation of audio content as spatial audio to be perceived, from the reference location in the real-world space, as originating from a direction of at least one of a plurality of virtual audio sources , the plurality of the virtual audio sources being associated with respective real-world locations in said real-world space; receive second information indicative of at least the presence of a real-world object in said real-world space in which the user consumes audio content between any of the real-world locations of the respective virtual audio sources and the reference location; select, based on the second information, those of the plurality of virtual audio sources having the real-world object located between them and the reference location; modify, based on the second information, the audio content associated with the selected virtual audio sources, to indicate aurally the location of the real-world object in said real-world space, wherein the audio content from non-selected virtual audio sources is unmodified, wherein the type or degree of modification of the audio content is based on how close to the reference location the real-world object is; and provide for presentation of the modified audio content as spatial audio.
A system for performing a peel-open test procedure on a package having a first portion and a removable portion , the system comprising: a base comprising a fixture configured to secure the first portion of the package from movement; a support movably coupled to the base along at least a first direction (A); and a gripper movable along the support along a second direction (B), the gripper configured to secure the removable portion of the package ; and wherein, when the first portion of the package is secured by the fixture and the removable portion of the package is secured by the gripper , movement of the support along the first direction (A) and movement of the gripper along the second direction (B) at least partially removes the removable portion of the package from the first portion of the package . a base comprising a fixture configured to secure the first portion of the package from movement; a support movably coupled to the base along at least a first direction (A); and a gripper movable along the support along a second direction (B), the gripper configured to secure the removable portion of the package ; and wherein, when the first portion of the package is secured by the fixture and the removable portion of the package is secured by the gripper , movement of the support along the first direction (A) and movement of the gripper along the second direction (B) at least partially removes the removable portion of the package from the first portion of the package .
A catheter containing a locking solution represented by an antimicrobial composition, the antimicrobial composition consisting of: at least one poloxamer; at least 10 weight percent of at least one alcohol on a basis of total weight of the antimicrobial composition; 0.01 wt.% to 10 wt.%, based on the weight of the antimicrobial composition, of at least one biocidal agent that is not an alcohol; and optionally, an additive selected from the group consisting of an anticoagulant, saline, water, and combinations thereof. at least one poloxamer; at least 10 weight percent of at least one alcohol on a basis of total weight of the antimicrobial composition; 0.01 wt.% to 10 wt.%, based on the weight of the antimicrobial composition, of at least one biocidal agent that is not an alcohol; and optionally, an additive selected from the group consisting of an anticoagulant, saline, water, and combinations thereof.
A circuit for detecting fault conditions in a supply circuit , the circuit comprising: a monitoring circuit operable to output a detection signal , wherein the detection signal is indicative of a characteristic of a control signal , and wherein the control signal is configured to operate at least one switch of the supply circuit ; and a comparator circuit operable to compare the detection signal to a range defined by first and second thresholds and output a fault signal according to a relationship of the detection signal to the range over a time period. a monitoring circuit operable to output a detection signal , wherein the detection signal is indicative of a characteristic of a control signal , and wherein the control signal is configured to operate at least one switch of the supply circuit ; and a comparator circuit operable to compare the detection signal to a range defined by first and second thresholds and output a fault signal according to a relationship of the detection signal to the range over a time period.
A sheet image acquisition device configured to acquire an image of a sheet having a transparent portion (W1, W2), comprising a thickness detection sensor configured to collect thickness data of the sheet; and an optical line sensor configured to collect image data of an entire surface of the sheet, characterized in that the sheet image acquisition device is configured to correct outline information of the sheet derived from the image data of an entire surface of the sheet collected by the optical line sensor based on outline information of the sheet derived from the thickness data for improving a precision of extracting the shape of the sheet. a thickness detection sensor configured to collect thickness data of the sheet; and an optical line sensor configured to collect image data of an entire surface of the sheet, characterized in that the sheet image acquisition device is configured to correct outline information of the sheet derived from the image data of an entire surface of the sheet collected by the optical line sensor based on outline information of the sheet derived from the thickness data for improving a precision of extracting the shape of the sheet.
A method for reporting channel state information, CSI, by a user equipment in a system supporting multiple transmission points transmission, the method comprising: receiving information about a first CSI configuration being associated with a first CSI-reference signal, CSI-RS, resource and a first CSI-interference measurement resource, and information about a second CSI configuration being associated with a second CSI-RS resource and a second CSI-interference measurement resource; obtaining a first CSI comprising a first rank indicator, RI, corresponding to the first CSI configuration, based on the first CSI-RS resource and the first CSI-interference measurement resource associated with the first CSI configuration, wherein the first RI is the same as a second RI of the second CSI configuration, wherein the second CSI configuration corresponds to a reference CSI configuration for an RI report of the first CSI configuration and wherein the second CSI configuration is configured as the reference CSI configuration for the RI report by a higher layer; and reporting the first CSI comprising the first RI corresponding to the first CSI configuration. receiving information about a first CSI configuration being associated with a first CSI-reference signal, CSI-RS, resource and a first CSI-interference measurement resource, and information about a second CSI configuration being associated with a second CSI-RS resource and a second CSI-interference measurement resource; obtaining a first CSI comprising a first rank indicator, RI, corresponding to the first CSI configuration, based on the first CSI-RS resource and the first CSI-interference measurement resource associated with the first CSI configuration, wherein the first RI is the same as a second RI of the second CSI configuration, wherein the second CSI configuration corresponds to a reference CSI configuration for an RI report of the first CSI configuration and wherein the second CSI configuration is configured as the reference CSI configuration for the RI report by a higher layer; and reporting the first CSI comprising the first RI corresponding to the first CSI configuration.
A mobile, in particular autonomous, sorting unit , for transporting cargo to be transported in a logistics area, a production area or the like, having a cargo receiving unit which has a plurality of cargo carriers for receiving a plurality of cargo items , the cargo receiving unit being configured for autonomous discharging of the cargo items in any desired order by moving the cargo carriers to be unloaded to a discharging position , characterized in that the cargo carriers are moved to the discharging position by a rotary conveyor .
A negative pressure wound therapy apparatus for promoting the healing of an exuding wound comprising: a wound dressing comprising a cover layer in the form of a flexible membrane for positioning over a wound to define a reservoir over the wound wherein the cover layer is formed from a moisture vapour permeable membrane and a conformable wound filler for positioning in the wound for absorbing and capturing wound exudate; a flexible conduit for wound exudate , extending from the reservoir to connect the wound dressing to a vacuum source and provide fluid communication between the reservoir and the vacuum source, comprising an outer sleeve defining a lumen wherein the outer sleeve is clear or translucent in color to permit visualization of wound fluid and wherein the outer sleeve is dimensioned to provide a generally flattened, planar or elliptical profile to the flexible conduit; and a fibrous core disposed within the lumen of the outer sleeve; wherein the flexible exudate conduit comprises a proximal end and a distal end, wherein the distal end is adapted for fluid connection with a vacuum source ; and wherein the system further comprises a connection member or fitting at the distal end of the flexible exudate conduit configured to form a fluid and air tight connection between the flexible exudate conduit and the vacuum source and wherein the connection member or fitting comprises a check valve and/or filter. a wound dressing comprising a cover layer in the form of a flexible membrane for positioning over a wound to define a reservoir over the wound wherein the cover layer is formed from a moisture vapour permeable membrane and a conformable wound filler for positioning in the wound for absorbing and capturing wound exudate; a flexible conduit for wound exudate , extending from the reservoir to connect the wound dressing to a vacuum source and provide fluid communication between the reservoir and the vacuum source, comprising an outer sleeve defining a lumen wherein the outer sleeve is clear or translucent in color to permit visualization of wound fluid and wherein the outer sleeve is dimensioned to provide a generally flattened, planar or elliptical profile to the flexible conduit; and a fibrous core disposed within the lumen of the outer sleeve; wherein the flexible exudate conduit comprises a proximal end and a distal end, wherein the distal end is adapted for fluid connection with a vacuum source ; and wherein the system further comprises a connection member or fitting at the distal end of the flexible exudate conduit configured to form a fluid and air tight connection between the flexible exudate conduit and the vacuum source and wherein the connection member or fitting comprises a check valve and/or filter.
Method for filling containers with a liquid filling product fed by means of a product supply means , by using at least one filling point , via which, during a filling phase, the filling product is introduced into the container arranged at the filling point in a controlled manner by means of at least one valve , and wherein the flow velocity of the filling product flowing to the particular container during the filling phase, and thus the filling speed are controlled by means of a control circuit, namely by processing a target value of the filling speed or comparing said target value with a measured value, which corresponds to the actual flow velocity of the filling product and is determined by a sensor system , which senses the flow velocity of the filling product flowing to the container , wherein, for a filling operation, a shut-off or liquid valve is opened, and a volumetric-flow-rate control element , which is arranged, in relation to the direction of flow, upstream of the shut-off or liquid valve , is opened, in order to initiate the filling phase, wherein the volumetric-flow-rate control element is regulated in such a way that the flow velocity is independent of the pressure difference between the pressure of the filling product in the product supply means and the filling pressure set in the container which is to be filled, characterised in that The volumetric-flow-rate control element is opened with a slight time delay after the opening of the shut-off or liquid valve after the prestressing of the respective container , in order to impose the prestressing pressure adjusted in the container likewise onto the part of the product line which extends to the volumetric-flow-rate control element.
Fiber optic measuring probe for detecting a chemical substance comprising an optical fiber segment , with a measuring element constituting a resonant cavity, having a face adapted to come into contact with the chemical substance to be detected, wherein the optical fiber segment is at least along part of its length contained within a capillary , and a first ending part of the capillary is joined with the measuring element while another portion of the capillary is clenched on the optical fiber segment , characterized in that the capillary has a length of at least 5 mm, the optical fiber segment and the measuring element are squeezed together so that there is only a residual cavity between them, and the ratio between the optical length a·n 1 of the residual cavity and the optical length b·n 2 of the measuring element is greater than 0 and lower than or equal to 0.4.