mhurhangee/patent-ind-claim-en huggingface dataset:
Transition metal in insoluble form, in particular in the form of a transition metal with oxidation state 0 or in the form of a sulfide or a transition metal oxide, said transition metal being chosen from gold, silver and copper, said transition metal in insoluble form being put into aqueous solution by the formation of nanoparticles by adding a surfactant, said transition metal being contained in a structure consisting of a core containing said transition metal, surrounded by a surfactant shell, for its use in the treatment of bacterial or fungal diseases, in particular acne. said transition metal being chosen from gold, silver and copper, said transition metal in insoluble form being put into aqueous solution by the formation of nanoparticles by adding a surfactant, said transition metal being contained in a structure consisting of a core containing said transition metal, surrounded by a surfactant shell, for its use in the treatment of bacterial or fungal diseases, in particular acne.
A method for performing a route selection policy rule, performed by a terminal, the method comprising: obtaining a route selection policy rule from an access and mobility function, NEF, network element; determining whether traffic of an application matches the route selection policy rule, the route selection policy rule comprising a service differentiator, the service differentiator being used for identifying a service type of the traffic in the application; performing the route selection policy rule in a case that the traffic of the application matches the route selection policy rule ; determining, when a traffic descriptor in the route selection policy rule includes an application descriptor and the service differentiator, whether traffic of the application simultaneously matches the application descriptor and the service differentiator; and identifying, based on the application descriptor including an operating system identifier, an application identifier, and the service differentiator at the same time, traffic of different services in the application. obtaining a route selection policy rule from an access and mobility function, NEF, network element; determining whether traffic of an application matches the route selection policy rule, the route selection policy rule comprising a service differentiator, the service differentiator being used for identifying a service type of the traffic in the application; performing the route selection policy rule in a case that the traffic of the application matches the route selection policy rule ; determining, when a traffic descriptor in the route selection policy rule includes an application descriptor and the service differentiator, whether traffic of the application simultaneously matches the application descriptor and the service differentiator; and identifying, based on the application descriptor including an operating system identifier, an application identifier, and the service differentiator at the same time, traffic of different services in the application.
An information recording medium manufacturing method, comprising: a scramble rule acquiring step for acquiring a scramble rule to apply to the content to be recorded on the information recording medium ; a scrambling processing step (S202) for executing the scrambling processing as to the content , according to the scramble rule acquired in said scramble rule acquiring step; and a step for recording the scrambled content generated in said scrambling processing step (S202) and the scramble rule applied to the content , onto an information recording medium , wherein the content to be recorded on the information recording medium is encoded in a transport stream having a plurality of transport stream packets, in said scrambling processing step (S202), the scrambling processing is Exclusive-OR computing processing of PID data including a data-type information within a transport stream packet of the transport stream and a previously set settings value or a value calculated based on this settings value, wherein said scramble rule is data describing said settings value; and in said recording step, a table describing scramble locations of the transport stream is recorded. a scramble rule acquiring step for acquiring a scramble rule to apply to the content to be recorded on the information recording medium ; a scrambling processing step (S202) for executing the scrambling processing as to the content , according to the scramble rule acquired in said scramble rule acquiring step; and a step for recording the scrambled content generated in said scrambling processing step (S202) and the scramble rule applied to the content , onto an information recording medium , wherein the content to be recorded on the information recording medium is encoded in a transport stream having a plurality of transport stream packets, in said scrambling processing step (S202), the scrambling processing is Exclusive-OR computing processing of PID data including a data-type information within a transport stream packet of the transport stream and a previously set settings value or a value calculated based on this settings value, wherein said scramble rule is data describing said settings value; and in said recording step, a table describing scramble locations of the transport stream is recorded.
A gold nanoparticle conjugated to a 3 'thiol-modified oligonucleotide, wherein the oligonucleotide comprises 10-23 DNAzyme having the sequence 3'-AGCAACATCGATCGG-5' and wherein conjugation is through the 3' end of 10-23 DNAzyme.
A main tee for a suspended ceiling formed of metal sheet and having an upper reinforcing bulb , a lower flange and a web between the bulb and flange , the web having evenly spaced, generally vertical cross tee receiving slots along a length of the tee and a series of suspension wire receiving holes along the length of the tee, the lowermost edges of the holes being above a highest extremity of the cross tee slots , characterized in that the suspension receiving holes including round holes and oblong holes adjacent to the cross tee slots . a lower flange and a web between the bulb and flange , the web having evenly spaced, generally vertical cross tee receiving slots along a length of the tee and a series of suspension wire receiving holes along the length of the tee, the lowermost edges of the holes being above a highest extremity of the cross tee slots , characterized in that the suspension receiving holes including round holes and oblong holes adjacent to the cross tee slots .
Coil mat receiving method to be performed during the manufacture of a component of an electric machine for receiving a coil mat from an elongated holder and inserting the coil mat into an annular arrangement of grooves which open outwards, the method comprising the steps of: a) providing the coil mat on the elongated holder that has a series of teeth with tooth gaps between them, so that that straight wire sections of the coil mat are received in the tooth gaps , b) providing a rotary unit which is rotatable about a rotary axis and which has the annular arrangement of grooves that are limited by groove limiting elements which extend radially with at least one directional component, c) relatively moving the rotary unit and the holder in the longitudinal direction of the holder and rolling the rotary unit over the holder in such a way that several grooves with several tooth gaps are aligned in an arc-shaped transfer area in order to transfer the wire sections of the coil mat from the tooth gaps to the grooves and to guide them during the transfer, d) transferring the straight wire sections from the tooth gaps in the transfer area to the grooves aligned with them, characterized in that the coil mat receiving method comprises the step of: e) adjusting e1) the height of the teeth and/or e2) the radial length of the groove limiting elements in the transfer area in such a way that the heights of the teeth in the case of e1) or the lengths of the groove limiting elements in the case of e2) are smaller in the center of the transfer area than at the edge regions of the transfer area . a) providing the coil mat on the elongated holder that has a series of teeth with tooth gaps between them, so that that straight wire sections of the coil mat are received in the tooth gaps , b) providing a rotary unit which is rotatable about a rotary axis and which has the annular arrangement of grooves that are limited by groove limiting elements which extend radially with at least one directional component, c) relatively moving the rotary unit and the holder in the longitudinal direction of the holder and rolling the rotary unit over the holder in such a way that several grooves with several tooth gaps are aligned in an arc-shaped transfer area in order to transfer the wire sections of the coil mat from the tooth gaps to the grooves and to guide them during the transfer, d) transferring the straight wire sections from the tooth gaps in the transfer area to the grooves aligned with them, e) adjusting e1) the height of the teeth and/or e2) the radial length of the groove limiting elements e1) the height of the teeth and/or e2) the radial length of the groove limiting elements in the transfer area in such a way that the heights of the teeth in the case of e1) or the lengths of the groove limiting elements in the case of e2) are smaller in the center of the transfer area than at the edge regions of the transfer area .
Ski pole basket , comprising at least: - a barrel shaped body of the basket, wherein a thread on the body extends along the body at least partially from one open end face of the body to the opposite end face of the body, and on the opposite end face of the body an end piece of the basket is attached, and - a nut being formed slidably moveable on the ski pole shaft and enterable into a thread joint with the body of the basket, - a sleeve , wherein the basket is made fixedly attachable to the ski pole shaft by means of the sleeve , wherein at least on one open end face of the sleeve a circumferential collar of the sleeve is formed, and a guiding ridge of the sleeve extends at least partially from the collar of the sleeve in the direction of the opposite end face of the sleeve , characterized in that the thread of the body is formed on the inner surface of the body of the basket, and a guiding recess of the body formed in the body of the basket extends from the thread of the body to the opposite end face of the body, and wherein the guiding ridge of the sleeve is made to be engageable with the recess of the body when the sleeve is moved into the body of the basket and fixedly attachable in the recess of the body by means of resting the nut against the collar of the sleeve. - a barrel shaped body of the basket, wherein a thread on the body extends along the body at least partially from one open end face of the body to the opposite end face of the body, and on the opposite end face of the body an end piece of the basket is attached, and - a nut being formed slidably moveable on the ski pole shaft and enterable into a thread joint with the body of the basket, - a sleeve , wherein the basket is made fixedly attachable to the ski pole shaft by means of the sleeve , wherein at least on one open end face of the sleeve a circumferential collar of the sleeve is formed, and a guiding ridge of the sleeve extends at least partially from the collar of the sleeve in the direction of the opposite end face of the sleeve ,
A sensor device comprising: a silicon substrate comprising a sensor-side and a backside, the backside on an opposite surface of the silicon substrate from the sensor-side; the sensor-side comprising: a sensor-side electrode ; a first passivation layer disposed on the silicon substrate ; a second passivation layer on the first passivation layer and adjacent to the sensor-side electrode , the second passivation layer comprising an adhesion trench exposing a portion of the first passivation layer; a polyimide ring disposed on the second passivation layer ; a hydrogel buffer disposed on the sensor side electrode within the polyimide ring ; and a polymeric membrane , the backside comprising: a backside electrode on the backside of the silicon substrate ; and the silicon substrate comprising a through-silicon via (TSV) electrically connecting the sensor-side electrode and the backside electrode . a silicon substrate comprising a sensor-side and a backside, the backside on an opposite surface of the silicon substrate from the sensor-side; the sensor-side comprising: a sensor-side electrode ; a first passivation layer disposed on the silicon substrate ; a second passivation layer on the first passivation layer and adjacent to the sensor-side electrode , the second passivation layer comprising an adhesion trench exposing a portion of the first passivation layer; a polyimide ring disposed on the second passivation layer ; a hydrogel buffer disposed on the sensor side electrode within the polyimide ring ; and a polymeric membrane , a sensor-side electrode ; a first passivation layer disposed on the silicon substrate ; a second passivation layer on the first passivation layer and adjacent to the sensor-side electrode , the second passivation layer comprising an adhesion trench exposing a portion of the first passivation layer; a polyimide ring disposed on the second passivation layer ; a hydrogel buffer disposed on the sensor side electrode within the polyimide ring ; and a polymeric membrane , the backside comprising: a backside electrode on the backside of the silicon substrate ; and the silicon substrate comprising a through-silicon via (TSV) electrically connecting the sensor-side electrode and the backside electrode .
An oropharyngeal measurement device comprising: a tubular body having an outer surface , a proximal end and a distal end ; a sealed channel extending within the tubular body from the proximal end to the distal end of the tubular body , the sealed channel including a plurality of bends configured to conform with an airway of a user; a radial flange member fixed to the proximal end of the tubular body , the radial flange member configured to be located adjacent to an outer surface of a mouth of the user; and wherein a measurement indicator is provided on the outer surface of the tubular body to be placed alongside the face of the user from the mouth towards the throat with the radial flange positioned approximate the user's mouth for identifying an appropriate length for selecting an oropharyngeal airway device to be used; and the measurement indicator comprises a plurality of stripes each corresponding to the length of an oropharyngeal airway device. a tubular body having an outer surface , a proximal end and a distal end ; a sealed channel extending within the tubular body from the proximal end to the distal end of the tubular body , the sealed channel including a plurality of bends configured to conform with an airway of a user; a radial flange member fixed to the proximal end of the tubular body , the radial flange member configured to be located adjacent to an outer surface of a mouth of the user; and wherein a measurement indicator is provided on the outer surface of the tubular body to be placed alongside the face of the user from the mouth towards the throat with the radial flange positioned approximate the user's mouth for identifying an appropriate length for selecting an oropharyngeal airway device to be used; and the measurement indicator comprises a plurality of stripes each corresponding to the length of an oropharyngeal airway device.
A method of storing or preserving one or more live human stem cells in stasis, the method comprising: (i) contacting a non-gelatinous form of a medium with the one or more human stem cells to produce a fluid stem cell composition; (ii) changing the temperature of the medium to cause the medium to change from the non-gelatinous form to the gelatinous form and thereby produce a gelled stem cell composition; and (iii) storing the gelled stem cell composition with the human stem cells in stasis; wherein the medium comprises: - an aqueous vehicle comprising nutrients for maintaining the viability of stem cells; - particles of a synthetic thermo-responsive copolymer dispersed in the aqueous vehicle; wherein the medium is capable of undergoing a change between a non-gelatinous form and a gelatinous form in response to a change in temperature and, in the non-gelatinous form, the medium comprises a colloidally stable aqueous dispersion of the particles of the synthetic thermo-responsive copolymer and, in the gelatinous form, the medium is in the form of a gel that provides a scaffold or matrix capable of accommodating stem cells in stasis; wherein the one or more human stem cells are in stasis in that no differentiation and no proliferation of said stem cells takes place; and wherein the thermo-responsive copolymer is a block co-polymer defined by Formula B: wherein P 1 represents a polymeric component derived from a monomer M 1 and P 2 represents a substantially aqueously insoluble polymeric component derived from an aqueously soluble monomer M 2 ; and wherein: the P 1 polymeric component is hydrophilic relative to the P 2 polymeric component; and the P 1 polymeric component is less thermo-responsive than the P 2 polymeric component and the human stem cells are pluripotent human stem cells. (i) contacting a non-gelatinous form of a medium with the one or more human stem cells to produce a fluid stem cell composition; (ii) changing the temperature of the medium to cause the medium to change from the non-gelatinous form to the gelatinous form and thereby produce a gelled stem cell composition; and (iii) storing the gelled stem cell composition with the human stem cells in stasis; - an aqueous vehicle comprising nutrients for maintaining the viability of stem cells; - particles of a synthetic thermo-responsive copolymer dispersed in the aqueous vehicle; the P 1 polymeric component is hydrophilic relative to the P 2 polymeric component; and the P 1 polymeric component is less thermo-responsive than the P 2 polymeric component and the human stem cells are pluripotent human stem cells.
An aquaculture feed composition in the form of a granule for feeding fish larvae and shrimp larvae, the granule having a size of less than 500 micrometre, and wherein the composition comprises more than 60 wt.% protein and further comprises charcoal.
Apparatus (VO) for transmitting data (D), having a consumption value recording unit , in particular a stationary, electronic consumption meter, having at least one measuring device for capturing data (D) and having a mobile device , wherein the measuring device comprises two wireless communication interfaces (MS1, MS2) for transmitting the captured data (D), wherein - a first wireless communication interface (MS1) is designed as a wide-field communication interface and is configured to connect the measuring device to at least one central server , and - a second wireless communication interface (MS2) is designed as a near-field communication interface and is configured to connect the measuring device to at least one mobile device belonging to a user, wherein the data (D) captured by the measuring device are transmittable via the two wireless communication interfaces (MS1, MS2), wherein read-out software (ASW) for requesting, receiving and outputting consumption data (VD) and configuration software (KSW) are installed as application software on the mobile device , and wherein operating parameters (BP) of the measuring device are configurable by means of the configuration software (KSW) via the second wireless communication interface (MS2). the measuring device comprises two wireless communication interfaces (MS1, MS2) for transmitting the captured data (D), wherein - a first wireless communication interface (MS1) is designed as a wide-field communication interface and is configured to connect the measuring device to at least one central server , and - a second wireless communication interface (MS2) is designed as a near-field communication interface and is configured to connect the measuring device to at least one mobile device belonging to a user, - a first wireless communication interface (MS1) is designed as a wide-field communication interface and is configured to connect the measuring device to at least one central server , and - a second wireless communication interface (MS2) is designed as a near-field communication interface and is configured to connect the measuring device to at least one mobile device belonging to a user, wherein the data (D) captured by the measuring device are transmittable via the two wireless communication interfaces (MS1, MS2), wherein read-out software (ASW) for requesting, receiving and outputting consumption data (VD) and configuration software (KSW) are installed as application software on the mobile device , and wherein operating parameters (BP) of the measuring device are configurable by means of the configuration software (KSW) via the second wireless communication interface (MS2).
A work machine comprising: a machine body having a track structure and a swing structure attached to an upper portion of the track structure ; an articulated work device attached to the swing structure ; a plurality of actuators that operate the work device ; an operation lever that instructs each of the plurality of actuators on an operation according to an operator's operation; and characterized in that a controller configured to calculate a target velocity vector of the work device such that a position of the work device is maintained on a predetermined construction target surface or above an upper side thereof while the operation lever is operated, and perform an area restriction control of controlling at least one of the plurality of actuators such that the work device is operated according to the calculated target velocity vector, wherein the controller is configured to calculate an operation velocity of the work device in a machine body coordinate system and a movement velocity of the machine body in a gravity coordinate system, and correct a direction of the calculated target velocity vector upward away from the construction target surface when occurrence of dragging is detected during execution of the area restriction control based on the calculated operation velocity of the work device and the calculated movement velocity of the machine body. a machine body having a track structure and a swing structure attached to an upper portion of the track structure ; an articulated work device attached to the swing structure ; a plurality of actuators that operate the work device ; an operation lever that instructs each of the plurality of actuators on an operation according to an operator's operation; and characterized in that a controller configured to calculate a target velocity vector of the work device such that a position of the work device is maintained on a predetermined construction target surface or above an upper side thereof while the operation lever is operated, and perform an area restriction control of controlling at least one of the plurality of actuators such that the work device is operated according to the calculated target velocity vector, wherein the controller is configured to calculate an operation velocity of the work device in a machine body coordinate system and a movement velocity of the machine body in a gravity coordinate system, and correct a direction of the calculated target velocity vector upward away from the construction target surface when occurrence of dragging is detected during execution of the area restriction control based on the calculated operation velocity of the work device and the calculated movement velocity of the machine body.