mhurhangee/patent-ind-claim-en huggingface dataset:
A wearable blood pressure measuring device comprising: a strap structure adapted to be worn by a user and having an outer surface and an inner surface ; a micro gas pump disposed on the strap structure ; and a pressure sensor combined with the micro gas pump through an elastic medium , disposed on the inner surface of the strap structure and directly in contact with skin of the user for monitoring blood pressure; wherein the elastic medium mounts on the micro gas pump and covers a gas-collecting perforation of the micro gas pump , and the micro gas pump is operated to drive gas to be transported into the elastic medium through the gas-collecting perforation , whereby the elastic medium is inflated with the gas and expanded to push the pressure sensor to press against the skin of the user, so as to measure a blood pressure of a target artery by a flattening and scanning operation. a strap structure adapted to be worn by a user and having an outer surface and an inner surface ; a micro gas pump disposed on the strap structure ; and a pressure sensor combined with the micro gas pump through an elastic medium , disposed on the inner surface of the strap structure and directly in contact with skin of the user for monitoring blood pressure; wherein the elastic medium mounts on the micro gas pump and covers a gas-collecting perforation of the micro gas pump , and the micro gas pump is operated to drive gas to be transported into the elastic medium through the gas-collecting perforation , whereby the elastic medium is inflated with the gas and expanded to push the pressure sensor to press against the skin of the user, so as to measure a blood pressure of a target artery by a flattening and scanning operation.
A hair holder comprising a tubular body and having a flat shape, wherein the tubular body comprises a sheet , and has a first opening located at one end of the tubular body and a second opening located at the other end of the tubular body, and is configured to allow a bundle of hair to be inserted from the first opening toward the second opening, and the tubular body comprises a first surface sheet and a second surface sheet that are located on the inside and the outside, respectively, in a state in which the tubular body of the hair holder is rolled up, side regions of the first surface sheet and side regions of the second surface sheet are joined to each other to form the sheet, thereby forming a pair of side joined regions in the tubular body, characterised in that at least one of the side joined regions has a plurality of second-surface-sheet-side recesses along a longitudinal direction of the side joined region, and each second-surface-sheet-side recess is recessed from the second surface sheet side toward the first surface sheet side.
An image forming apparatus comprising: an image forming job unit having a toner cartridge mounted in the image forming job unit; a toner refill unit connectable to refill toner supplies , to supply refill toner to the mounted toner cartridge from the refill toner supplies ; a user interface device to display a toner refill progress status when the refill toner supplies are connected to the toner refill unit, and a controller configured to control the image forming apparatus , based on an operation of the toner refill unit, wherein, when the refill toner supplies are connected to the toner refill unit , the controller receives approval to refill toner from a user via the user interface device and control the image forming apparatus to operate according to a toner refill mode, in which the controller is configured to: deactivate a function to be provided to a user to prevent the image forming job unit from being operated via the user's manipulation of the user interface device, stop an operation of the image forming job unit , prevent entry of the toner refill unit into a power save mode, and control the refill toner to be supplied. an image forming job unit having a toner cartridge mounted in the image forming job unit; a toner refill unit connectable to refill toner supplies , to supply refill toner to the mounted toner cartridge from the refill toner supplies ; a user interface device to display a toner refill progress status when the refill toner supplies are connected to the toner refill unit, and a controller configured to control the image forming apparatus , based on an operation of the toner refill unit, wherein, when the refill toner supplies are connected to the toner refill unit , the controller receives approval to refill toner from a user via the user interface device and control the image forming apparatus to operate according to a toner refill mode, in which the controller is configured to: deactivate a function to be provided to a user to prevent the image forming job unit from being operated via the user's manipulation of the user interface device, stop an operation of the image forming job unit , prevent entry of the toner refill unit into a power save mode, and control the refill toner to be supplied. deactivate a function to be provided to a user to prevent the image forming job unit from being operated via the user's manipulation of the user interface device, stop an operation of the image forming job unit , prevent entry of the toner refill unit into a power save mode, and control the refill toner to be supplied.
Radio access network, RAN, slice for providing radio access to a communication network for a user equipment , wherein the RAN slice is uniquely identified by a RAN slice identifier and comprises exclusive resources that are reserved for prioritized user equipment , the RAN slice comprising: a base station for providing access to the RAN slice for the user equipment ; an access and mobility management function, AMF, entity , which is configured to handle the RAN slice identifier that is identifying the RAN slice; a session management function, SMF, entity which is configured to handle data communications of the user equipment over the RAN slice; wherein the base station is configured to receive an attach request originating from the user equipment to connect to the RAN slice , and to reject access to the RAN slice if the attach request does not comprise the RAN slice identifier; to grant access to the RAN slice to the user equipment if the attach request comprises the RAN slice identifier; and to check an identification of the user equipment ; and to provide exclusive resources of the RAN slice to the user equipment , if the identification of the user equipment is deposited in a memory related to the RAN slice . a base station for providing access to the RAN slice for the user equipment ; an access and mobility management function, AMF, entity , which is configured to handle the RAN slice identifier that is identifying the RAN slice; a session management function, SMF, entity which is configured to handle data communications of the user equipment over the RAN slice; wherein the base station is configured to receive an attach request originating from the user equipment to connect to the RAN slice , and to reject access to the RAN slice if the attach request does not comprise the RAN slice identifier; to grant access to the RAN slice to the user equipment if the attach request comprises the RAN slice identifier; and to check an identification of the user equipment ; and to provide exclusive resources of the RAN slice to the user equipment , if the identification of the user equipment is deposited in a memory related to the RAN slice .
Apparatus for controlling the temperature in areas at risk of explosion, having a temperature controller and a housing in which the temperature controller is arranged, wherein the housing has a sealed opening through which the electrical lines of the temperature controller are guided, wherein the temperature controller has a measurement surface which rests directly against an inner wall of the housing at least in certain areas and is electrically connected to an earthing lug , wherein the earthing lug is electrically connected to a further line which is guided through the opening , characterized in that the earthing lug extends along a side wall of the temperature controller and protrudes beyond the end face of the latter.
Method for making a stator of an axial-flux motor, wherein the stator comprises coils , provided with two power-supply terminals located respectively at an opposite end of each coil , the coils being arranged at a constant angular pitch on a circumference, so that the polar axis (P) of the magnetic field generated by them is parallel to the rotation axis (X) of a rotor of the motor, with the steps of (i) taking or producing a rigid element incorporating in its volume a network of electrical conductors so spatially arranged as to geometrically connect separate points of the rigid element, (ii) placing the terminals of the coils near the rigid element , and (iii) electrically connecting the terminals and the electrical conductors to each other, so as to include the coils in an overall electric circuit formed by the electric conductors , wherein, to make the stator, two of said rigid elements are counter-posed for enclosing the ends of the coils, so as to connect two sets of terminals formed by opposite terminals of each coil by means of conductors arranged in a respective rigid element, the electrical conductors of the two rigid elements are spatially arranged so that each coil has one terminal connected with only one electrical conductor present in a rigid element and the other terminal connected with only one electrical conductor present in the other rigid element, wherein, to produce said points, seats are formed in the rigid element to receive a terminal of a coil. with the steps of (i) taking or producing a rigid element incorporating in its volume a network of electrical conductors so spatially arranged as to geometrically connect separate points of the rigid element, (ii) placing the terminals of the coils near the rigid element , and (iii) electrically connecting the terminals and the electrical conductors to each other, so as to include the coils in an overall electric circuit formed by the electric conductors , (i) taking or producing a rigid element incorporating in its volume a network of electrical conductors so spatially arranged as to geometrically connect separate points of the rigid element, (ii) placing the terminals of the coils near the rigid element , and (iii) electrically connecting the terminals and the electrical conductors to each other, so as to include the coils in an overall electric circuit formed by the electric conductors , wherein, to make the stator, two of said rigid elements are counter-posed for enclosing the ends of the coils, so as to connect two sets of terminals formed by opposite terminals of each coil by means of conductors arranged in a respective rigid element, the electrical conductors of the two rigid elements are spatially arranged so that each coil has one terminal connected with only one electrical conductor present in a rigid element and the other terminal connected with only one electrical conductor present in the other rigid element, wherein, to produce said points, seats are formed in the rigid element to receive a terminal of a coil.
A self organizing network, SON, coordination method, comprising: obtaining (S110), by SON coordination device, a coordination parameter before running of a SON function, wherein the coordination parameter comprises a parameter changed by running of a previous SON function or a change value of a parameter changed by running of a previous SON function, and the parameter affects the running of the SON function; coordinating (SI20), by the SON coordination device according to the coordination parameter, the running of the SON function; returning or notifying (S130), by the SON coordination device, a result or a state of the running of the SON function after the running of the SON function ends. obtaining (S110), by SON coordination device, a coordination parameter before running of a SON function, wherein the coordination parameter comprises a parameter changed by running of a previous SON function or a change value of a parameter changed by running of a previous SON function, and the parameter affects the running of the SON function; coordinating (SI20), by the SON coordination device according to the coordination parameter, the running of the SON function; returning or notifying (S130), by the SON coordination device, a result or a state of the running of the SON function after the running of the SON function ends.
A computer implemented method for intra-cardiac pattern matching, the method comprising: receiving unipolar pattern intra-cardiac (IC) electrogram (EGM) signals for an area of a heart, from a plurality of activity channels corresponding to a plurality of electrodes of a catheter; selecting a window of interest (WOI) of the IC EGM signals, the WOI representing the entire cycle length for a single heartbeat; selecting a pattern of interest (POI), the POI encompassing at least a portion of the WOI, and corresponding to a specific portion of the WOI where an arrhythmia activation is exhibited; generating a template POI representative of the arrhythmia activation, the template POI formed of a plurality of template channels and based upon the IC EGM signals within the WOI; receiving subsequent electrical activity comprising IC EGM signals from the plurality of activity channels and applying weights to the plurality of activity channels to generate weighted subsequent electrical activity; generating a correlation score by comparing the weighted subsequent electrical activity to the template POI; and determining that the correlation score is above a threshold correlation score; characterized in that the weights are based on a derivative of a pattern within each template channel. receiving unipolar pattern intra-cardiac (IC) electrogram (EGM) signals for an area of a heart, from a plurality of activity channels corresponding to a plurality of electrodes of a catheter; selecting a window of interest (WOI) of the IC EGM signals, the WOI representing the entire cycle length for a single heartbeat; selecting a pattern of interest (POI), the POI encompassing at least a portion of the WOI, and corresponding to a specific portion of the WOI where an arrhythmia activation is exhibited; generating a template POI representative of the arrhythmia activation, the template POI formed of a plurality of template channels and based upon the IC EGM signals within the WOI; receiving subsequent electrical activity comprising IC EGM signals from the plurality of activity channels and applying weights to the plurality of activity channels to generate weighted subsequent electrical activity; generating a correlation score by comparing the weighted subsequent electrical activity to the template POI; and determining that the correlation score is above a threshold correlation score; characterized in that the weights are based on a derivative of a pattern within each template channel.
A method of molding a part comprising positioning an extrusion screw within a barrel and rotating the extrusion screw within the barrel to extrude a molten material through a nozzle opening of a nozzle into a mold cavity; and after extruding the molten material through the nozzle opening , inserting a disk-shaped screw tip portion of a screw tip of the extrusion screw that is configured or shaped to match a geometry of the nozzle near the nozzle opening to extend axially into the nozzle and fit inside the nozzle to seal the nozzle and close the nozzle opening , thereby restricting the molten material from flowing through the nozzle opening and displacing the molten material from the nozzle opening . positioning an extrusion screw within a barrel and rotating the extrusion screw within the barrel to extrude a molten material through a nozzle opening of a nozzle into a mold cavity; and after extruding the molten material through the nozzle opening , inserting a disk-shaped screw tip portion of a screw tip of the extrusion screw that is configured or shaped to match a geometry of the nozzle near the nozzle opening to extend axially into the nozzle and fit inside the nozzle to seal the nozzle and close the nozzle opening , thereby restricting the molten material from flowing through the nozzle opening and displacing the molten material from the nozzle opening .
A computing system , comprising: a storage to store information about powder resources including: a primary supply fresh powder amount , a primary supply recycled powder amount , a secondary fresh powder supply amount , and a secondary recycled powder supply amount ; a 3D printer ; and a processor configured to: estimate fresh and recycled powder use and recycled powder creation by the 3D printer for an incoming print job or set of print jobs based on a set of past print jobs; and manage fresh and recycled powder resources between a primary and secondary powder supply based on the powder estimate and the stored information about powder resources; wherein the processor is further configured to update an order of the set of print jobs to alter an amount of powder to be retrieved from the secondary supply . a storage to store information about powder resources including: a primary supply fresh powder amount , a primary supply recycled powder amount , a secondary fresh powder supply amount , and a secondary recycled powder supply amount ; a 3D printer ; and a processor configured to: estimate fresh and recycled powder use and recycled powder creation by the 3D printer for an incoming print job or set of print jobs based on a set of past print jobs; and manage fresh and recycled powder resources between a primary and secondary powder supply based on the powder estimate and the stored information about powder resources; wherein the processor is further configured to update an order of the set of print jobs to alter an amount of powder to be retrieved from the secondary supply . estimate fresh and recycled powder use and recycled powder creation by the 3D printer for an incoming print job or set of print jobs based on a set of past print jobs; and manage fresh and recycled powder resources between a primary and secondary powder supply based on the powder estimate and the stored information about powder resources; wherein the processor is further configured to update an order of the set of print jobs to alter an amount of powder to be retrieved from the secondary supply .
A shower door pulley device , comprising a pulley seat installable on a movable door; a pulley bracket having at least one pulley , wherein the pulley bracket is slidably and rotatably connected with the pulley seat and is slidably movable relative to the pulley seat ; and an elastic member , characterized by a pressing block arranged to press said elastic member against the pulley bracket, wherein the pressing block is slidable relative to the pulley seat at assembly of the shower door pulley device, and fixed relative to the pulley seat after the assembly; and a sliding cover slidably mounted on said pulley seat , and engageable with the pulley bracket for moving it towards the pressing block while compressing the elastic member.
A lubricant formulation for use in an electric or hybrid vehicle comprising: a. a base oil suitable for use in an electric or hybrid vehicle; b. a first gear oil additive; and c. a second additive, wherein the second additive comprises diisotridecylamine molybdate in an amount of 0.5 (w/w) % of the lubricant formulation, wherein the base oil is selected from the group consisting of a group I oil, a group II oil, a group III oil, a group IV oil, a group V oil, or a combination thereof. a. a base oil suitable for use in an electric or hybrid vehicle; b. a first gear oil additive; and c. a second additive, wherein the second additive comprises diisotridecylamine molybdate in an amount of 0.5 (w/w) % of the lubricant formulation, wherein the base oil is selected from the group consisting of a group I oil, a group II oil, a group III oil, a group IV oil, a group V oil, or a combination thereof.
Cable shielding comprising: a first wire winding with a plurality of turns, wherein the first wire winding is wound in a first direction with a first pitch about a longitudinal axis ; a second wire winding with a plurality of turns, wherein the second wire winding is wound in a second direction, which is different from the first direction, with a second pitch about the longitudinal axis ; wherein turns of the plurality of turns of the first wire winding and corresponding turns of the plurality of turns of the second wire winding cross in each case at a first crossing point such that a plurality of first crossing points of the first wire winding and of the second wire winding is present in the direction of the longitudinal axis and the plurality of first crossing points runs at least approximately helically in the direction of the longitudinal axis . a first wire winding with a plurality of turns, wherein the first wire winding is wound in a first direction with a first pitch about a longitudinal axis ; a second wire winding with a plurality of turns, wherein the second wire winding is wound in a second direction, which is different from the first direction, with a second pitch about the longitudinal axis ; wherein turns of the plurality of turns of the first wire winding and corresponding turns of the plurality of turns of the second wire winding cross in each case at a first crossing point such that a plurality of first crossing points of the first wire winding and of the second wire winding is present in the direction of the longitudinal axis and the plurality of first crossing points runs at least approximately helically in the direction of the longitudinal axis .
A reagent for measuring a total amount of hemoglobin, wherein the total amount of hemoglobin is the total amount of a hemoglobin-haptoglobin complex and a free hemoglobin, comprising: an insoluble carrier particle immobilizing an anti-hemoglobin antibody; and an insoluble carrier particle immobilizing an anti-haptoglobin antibody. an insoluble carrier particle immobilizing an anti-hemoglobin antibody; and an insoluble carrier particle immobilizing an anti-haptoglobin antibody.
A flap grinding disc for an angle grinder, comprising a substantially rotationally symmetrical carrier and abrasive flaps which are arranged in mutually overlapping relationship on the carrier , wherein the abrasive flaps are each in the shape of a trapezium with a first trapezium side and a second trapezium side parallel thereto, and wherein the length of the first trapezium side is smaller than the length of the second trapezium side , the carrier has a circular ring with an inner ring diameter and an outer ring diameter , the abrasive flaps are arranged on the circular ring , wherein the first trapezium side of the abrasive flaps is respectively arranged at the inner ring diameter and the second trapezium side of the abrasive flaps is respectively arranged at the outer ring diameter , characterised in that the ratio of the length of the second trapezium side to the length the first trapezium side is substantially equal to the ratio of the outer ring diameter to the inner ring diameter .