mhurhangee/patent-ind-claim-en huggingface dataset:
A handheld tool with a handheld controller for calibrating and auditing a liquid dispensing system , comprising: a. a first flow meter (36; 37) having an inlet (40; 41) with a quick-connector (90; 92) adapted for connecting the inlet (40; 41) of the first flow meter (36; 37) in-line to a first liquid input of the liquid dispensing system ; b. a second flow meter (36; 37) having an inlet (40; 41) with a quick-connector (90; 92) adapted for connecting the inlet (40; 41) of the second flow meter (36; 37) in-line to a second liquid input of the liquid dispensing system; c. for each flow meter (36; 37) a sensor (94; 95) having a data output of liquid flow information for the first or second liquid input to the liquid dispensing system ; wherein at least one of the flow meters (36; 37) includes means for dampening in-line pressure pulses, characterized by comprising a controller operably connected to the data output of the sensors (94; 95) to receive the liquid flow information for the liquid inputs. a. a first flow meter (36; 37) having an inlet (40; 41) with a quick-connector (90; 92) adapted for connecting the inlet (40; 41) of the first flow meter (36; 37) in-line to a first liquid input of the liquid dispensing system ; b. a second flow meter (36; 37) having an inlet (40; 41) with a quick-connector (90; 92) adapted for connecting the inlet (40; 41) of the second flow meter (36; 37) in-line to a second liquid input of the liquid dispensing system; c. for each flow meter (36; 37) a sensor (94; 95) having a data output of liquid flow information for the first or second liquid input to the liquid dispensing system ;
A membrane panel assembly configured to be secured within an energy exchange assembly , the membrane panel assembly comprising: two membrane panels , each of which comprises: an outer frame defining a central opening; and a membrane sheet integrated with the outer frame , wherein the membrane sheet spans across the central opening, and wherein the membrane sheet is configured to transfer sensible energy and latent energy therethrough; and wherein the membrane panel assembly further comprises: a membrane spacer separate from and disposed between the two membrane panels , the membrane spacer comprising a connecting bracket configured to be disposed between corners of the outer frames of the two membrane panels , the connecting bracket comprising a beveled end having a distal tip that connects to a base by a sloped surface . an outer frame defining a central opening; and a membrane sheet integrated with the outer frame , wherein the membrane sheet spans across the central opening, and wherein the membrane sheet is configured to transfer sensible energy and latent energy therethrough; and wherein the membrane panel assembly further comprises: a membrane spacer separate from and disposed between the two membrane panels , the membrane spacer comprising a connecting bracket configured to be disposed between corners of the outer frames of the two membrane panels , the connecting bracket comprising a beveled end having a distal tip that connects to a base by a sloped surface .
Method of improvement of well bottom zone resistance to decay that includes boring of a well, running a casing , and cementation of a borehole annulus characterized in that , prior to running the casing , within a zone of contact of producing formation with an impermeable top thereof a conical cavern having a top directed towards the producing formation inner part is borne or jet-broken, and the conical cavern parameters meet the requirements of: R c − R − δ ≥ 4 cm , 5 ° ≤ α ≤ 30 ° , wherein R c is the radius of the conical cavern measured from the well axis along the contact surface between the producing formation and its impermeable top , cm; R is the well radius measured from the well axis to the casing inner surface, cm; δ is casing wall thickness, cm; and α is the angle between a conical cavern generatrix and a casing generatrix, deg. R is the well radius measured from the well axis to the casing inner surface, cm; δ is casing wall thickness, cm; and α is the angle between a conical cavern generatrix and a casing generatrix, deg.
A method for configuring a search space of a physical downlink control channel, PDCCH, performed by a network device, comprising: transmitting PDCCH configuration information to a user equipment, UE, wherein the PDCCH configuration information is for indicating at least one search space of a PDCCH of the UE, and the search space is a group common search space; wherein types of downlink control information, DCI, transmitted by the network device using the different types of search spaces are different; characterized in that : a starting position of the group common search space of the UE is irrelevant to an identity of the UE. transmitting PDCCH configuration information to a user equipment, UE, wherein the PDCCH configuration information is for indicating at least one search space of a PDCCH of the UE, and the search space is a group common search space; wherein types of downlink control information, DCI, transmitted by the network device using the different types of search spaces are different; characterized in that : a starting position of the group common search space of the UE is irrelevant to an identity of the UE.
An insertion system comprising an insertion device and additionally comprising a tissue anchor, the insertion device comprising: an elongate member having a proximal end portion , a distal end portion , and defining a lumen therethrough; and a stylet having a distal end portion , a proximal end portion , and being slidably coupled to the elongate member , the stylet being configured to move from a first position to a second position with respect to the elongate member , the distal end portion of the stylet being configured to removably couple the tissue anchor thereto, a portion of the distal end portion of the stylet being disposed outside of the lumen of the elongate member when the stylet is in its first position, the portion of the distal end portion of the stylet being disposed within the lumen when the stylet is in its second position, wherein the tissue anchor and the stylet are configured for coupling of the tissue anchor to the stylet , wherein the coupling includes moving the stylet to its first position such that a distal end portion of the stylet extends beyond a distal end portion of the tissue anchor, wherein the coupling of the tissue anchor also includes inserting the stylet into a lumen defined by the tissue anchor such that a ridge defined by the distal end portion of the stylet is configured to interact with the tissue anchor. an elongate member having a proximal end portion , a distal end portion , and defining a lumen therethrough; and a stylet having a distal end portion , a proximal end portion , and being slidably coupled to the elongate member , the stylet being configured to move from a first position to a second position with respect to the elongate member , the distal end portion of the stylet being configured to removably couple the tissue anchor thereto, a portion of the distal end portion of the stylet being disposed outside of the lumen of the elongate member when the stylet is in its first position, the portion of the distal end portion of the stylet being disposed within the lumen when the stylet is in its second position, wherein the tissue anchor and the stylet are configured for coupling of the tissue anchor to the stylet , wherein the coupling includes moving the stylet to its first position such that a distal end portion of the stylet extends beyond a distal end portion of the tissue anchor, wherein the coupling of the tissue anchor also includes inserting the stylet into a lumen defined by the tissue anchor such that a ridge defined by the distal end portion of the stylet is configured to interact with the tissue anchor.
A method of braze repair of a superalloy component comprising: applying a boron free braze material comprising 15-25wt-% Cr; 15-25wt-% Ti; balance Ni at a brazing temperature of 1,100 - 1,250 °C in vacuum; isostatic solution treating the component at below the brazing temperature for 2 - 4 hours at a pressure of 10 * 6,895 25 * 6,895 kPa (10 - 25 ksi); cooling the component at a minimum of 25 °C/min to ambient while maintaining the pressure of 10 - 25 * 6,895 kPa (10 - 25 ksi); and releasing the pressure to ambient. applying a boron free braze material comprising 15-25wt-% Cr; 15-25wt-% Ti; balance Ni at a brazing temperature of 1,100 - 1,250 °C in vacuum; isostatic solution treating the component at below the brazing temperature for 2 - 4 hours at a pressure of 10 * 6,895 25 * 6,895 kPa (10 - 25 ksi); cooling the component at a minimum of 25 °C/min to ambient while maintaining the pressure of 10 - 25 * 6,895 kPa (10 - 25 ksi); and releasing the pressure to ambient.
Method of preventing automatic leveling during battery replacement, operating for an electric vehicle equipped with a first electronic control unit in charge with battery replacement and a second electronic control unit of suspension system, the respective ECUs communicating by means of an internal bus system, whereby the method includes the following steps: (S1) Sending an information from the first ECU to the second ECU that the vehicle is prepared to perform a battery replacement; (S2) Once said information is received by the second ECU, triggering a leveling forbid flag to the suspension system and deactivating it; (S3) Once said deactivation has been performed, setting a feedback signal to inform that battery replacement can commence; (S4) during battery replacement, setting said feedback signal to inform that battery replacement is ongoing; (S5) Upon completion of battery replacement, informing the second ECU that the battery replacement has been finished successfully, and allowing the activation of suspension. (S1) Sending an information from the first ECU to the second ECU that the vehicle is prepared to perform a battery replacement; (S2) Once said information is received by the second ECU, triggering a leveling forbid flag to the suspension system and deactivating it; (S3) Once said deactivation has been performed, setting a feedback signal to inform that battery replacement can commence; (S4) during battery replacement, setting said feedback signal to inform that battery replacement is ongoing; (S5) Upon completion of battery replacement, informing the second ECU that the battery replacement has been finished successfully, and allowing the activation of suspension.
Insert for a drug delivery device, the drug delivery device comprising comprising a housing , a cartridge holder , a cartridge containing a medicament, a piston rod , a drive sleeve comprising axially extending splines provided at its outer surface, and a compression spring , wherein the insert comprises at least a first part having a cup-shaped body with a distal end and a proximal end, the body having a sidewall and a tube extending centrally through the cup-shaped body in the longitudinal direction defining an annular space between the sidewall and the tube , which space is open in the proximal direction for receiving the compression spring , wherein the tube comprises a thread provided at its inner surface for engaging an outer thread of the piston rod , characterized in that the insert comprises a first clutch feature , wherein the first clutch feature comprises axially extending splines for engaging the splines of the drive sleeve for rotationally constraining the drive sleeve to the insert in order to rotationally couple and de-couple the drive sleeve and the housing by this interaction, wherein • the axially extending splines are provided at an inner surface of the sidewall of the first part of the insert or • the axially extending splines are provided on an inner surface of a separate, ring-shaped second part of the insert , wherein the second part is axially and rotationally constrained to the housing , wherein the second part comprises arms or splines on its outer surface for rotational retention within the housing , and in that the insert further comprises at least one arm extending radially outwards from the sidewall , wherein the at least one arm comprises a second clutch feature for rotationally and axially constraining the insert to the housing . • the axially extending splines are provided at an inner surface of the sidewall of the first part of the insert or • the axially extending splines are provided on an inner surface of a separate, ring-shaped second part of the insert , wherein the second part is axially and rotationally constrained to the housing , wherein the second part comprises arms or splines on its outer surface for rotational retention within the housing , and
A conjugate comprising an oligo- or polysaccharide of the following formula : (X) x -{CDAB} n -(Y) y wherein: A is a beta-D-Galacturonic acid residue, B is a N -acetyl-beta- D -Galactosamine residue, C is independently, at each occurrence, an alpha-L-Rhamnose residue, wherein at most one of its 3c or 4c positions is OAc ( i.e O-C(=O)CH 3 ), provided that when C is a non reducing end residue, its 2c position may be acetylated or not. D is an alpha-L-Rhamnose residue, x and y are independently selected among 0 and 1, X and Y are independently selected among A, B, C, D, AB, BC, CD, DA, ABC, BCD, CDA, DAB, and wherein n is an integer comprised between 1 and 6, provided that x,y and n are not null simultaneously, said oligo- or polysaccharide being covalently bound to a carrier. A is a beta-D-Galacturonic acid residue, B is a N -acetyl-beta- D -Galactosamine residue, C is independently, at each occurrence, an alpha-L-Rhamnose residue, wherein at most one of its 3c or 4c positions is OAc ( i.e O-C(=O)CH 3 ), provided that when C is a non reducing end residue, its 2c position may be acetylated or not. D is an alpha-L-Rhamnose residue, x and y are independently selected among 0 and 1, X and Y are independently selected among A, B, C, D, AB, BC, CD, DA, ABC, BCD, CDA, DAB, and wherein n is an integer comprised between 1 and 6, provided that x,y and n are not null simultaneously, said oligo- or polysaccharide being covalently bound to a carrier.
An operating device for a vehicle, comprising: a display ; a touch operation surface that is set at a first predetermined position and that is configured to be pushable and to be returned to the first predetermined position after being pushed; a coordinate detecting unit configured to detect a coordinate indicating a touch position of an operating finger on the touch operation surface; a push detecting unit configured to detect a push of the touch operation surface; and a control unit configured to display a cursor in a screen that is displayed on the display based on the coordinate detected by the coordinate detecting unit and to perform operation details of an item in the screen selected by the cursor based on the push of the touch operation surface detected by the push detecting unit, wherein the control unit does not update a position of the cursor within a predetermined amount of time after the push detecting unit detects the push of the touch operation surface, characterized in that the control unit corrects the position of the cursor to a position before a second predetermined amount of time and does not update the position of the cursor when the push detecting unit detects the push of the touch operation surface, wherein the second predetermined amount of time is from a time of a start of a push operation to a time of the push detecting unit detecting the push of the touch operation surface. a display ; a touch operation surface that is set at a first predetermined position and that is configured to be pushable and to be returned to the first predetermined position after being pushed; a coordinate detecting unit configured to detect a coordinate indicating a touch position of an operating finger on the touch operation surface; a push detecting unit configured to detect a push of the touch operation surface; and a control unit configured to display a cursor in a screen that is displayed on the display based on the coordinate detected by the coordinate detecting unit and to perform operation details of an item in the screen selected by the cursor based on the push of the touch operation surface detected by the push detecting unit, wherein the control unit does not update a position of the cursor within a predetermined amount of time after the push detecting unit detects the push of the touch operation surface, characterized in that the control unit corrects the position of the cursor to a position before a second predetermined amount of time and does not update the position of the cursor when the push detecting unit detects the push of the touch operation surface, wherein the second predetermined amount of time is from a time of a start of a push operation to a time of the push detecting unit detecting the push of the touch operation surface.
A method of examining an electrical safety chain of an elevator system , the method comprising: emitting an electric pulse from a time-domain reflectometer into an electrical safety chain of an elevator system ; detecting a reflected electric pulse reflected within the electrical safety chain using the time-domain reflectometer ; comparing the reflected electric pulse to a baseline reflected electric pulse; and determining a degradation level in response to the reflected electric pulse and the baseline reflected electric pulse; characterized by : emitting a second electric pulse from a time-domain reflectometer into an electrical safety chain of an elevator system ; detecting a second reflected electric pulse reflected within the electrical safety chain using the time-domain reflectometer ; comparing the second reflected electric pulse to a second baseline reflected electric pulse; determining a second degradation level in response to the second reflected electric pulse and the second baseline reflected electric pulse; and determining a rate of degradation in response to the degradation level, the second degradation level, and a time period between the first degradation level and the second degradation level. emitting an electric pulse from a time-domain reflectometer into an electrical safety chain of an elevator system ; detecting a reflected electric pulse reflected within the electrical safety chain using the time-domain reflectometer ; comparing the reflected electric pulse to a baseline reflected electric pulse; and determining a degradation level in response to the reflected electric pulse and the baseline reflected electric pulse; characterized by : emitting a second electric pulse from a time-domain reflectometer into an electrical safety chain of an elevator system ; detecting a second reflected electric pulse reflected within the electrical safety chain using the time-domain reflectometer ; comparing the second reflected electric pulse to a second baseline reflected electric pulse; determining a second degradation level in response to the second reflected electric pulse and the second baseline reflected electric pulse; and determining a rate of degradation in response to the degradation level, the second degradation level, and a time period between the first degradation level and the second degradation level. emitting a second electric pulse from a time-domain reflectometer into an electrical safety chain of an elevator system ; detecting a second reflected electric pulse reflected within the electrical safety chain using the time-domain reflectometer ; comparing the second reflected electric pulse to a second baseline reflected electric pulse; determining a second degradation level in response to the second reflected electric pulse and the second baseline reflected electric pulse; and determining a rate of degradation in response to the degradation level, the second degradation level, and a time period between the first degradation level and the second degradation level.
A security device comprising: - a first luminescent layer which, when stimulated , emits luminescent radiation of at least a first wavelength; - a second luminescent layer which, when stimulated, emits luminescent radiation of at least a second wavelength; - an optically variable structure for controlling said luminescent radiation of said first luminescent layer, said structure being constructed and arranged to permit emission of luminescent radiation of said first wavelength through said structure at a first range of angles, said structure being constructed and arranged to minimize emission of luminescent radiation from said first luminescent layer for a second range of angles; wherein - said first luminescent layer is positioned such that said emission of luminescent radiation through said structure at said first range of angles is visible to a user; - said second luminescent layer is positioned to allow said user to view emission of luminescent radiation of said second wavelength from said second luminescent layer at least one predetermined angle; - said first luminescent layer, when producing luminescent radiation of said first wavelength, forms a first image; - said second luminescent layer, when producing luminescent radiation of said second wavelength, forms a second image; - said first image complements said second image such that when said first and second image are viewed together, said first and second image form a third image characterized in that - said optically variable structure is positioned between said first luminescent layer and said second luminescent layer. - a first luminescent layer which, when stimulated , emits luminescent radiation of at least a first wavelength; - a second luminescent layer which, when stimulated, emits luminescent radiation of at least a second wavelength; - an optically variable structure for controlling said luminescent radiation of said first luminescent layer, said structure being constructed and arranged to permit emission of luminescent radiation of said first wavelength through said structure at a first range of angles, said structure being constructed and arranged to minimize emission of luminescent radiation from said first luminescent layer for a second range of angles; - said first luminescent layer is positioned such that said emission of luminescent radiation through said structure at said first range of angles is visible to a user; - said second luminescent layer is positioned to allow said user to view emission of luminescent radiation of said second wavelength from said second luminescent layer at least one predetermined angle; - said first luminescent layer, when producing luminescent radiation of said first wavelength, forms a first image; - said second luminescent layer, when producing luminescent radiation of said second wavelength, forms a second image; - said first image complements said second image such that when said first and second image are viewed together, said first and second image form a third image characterized in that - said optically variable structure is positioned between said first luminescent layer and said second luminescent layer.