mhurhangee/patent-ind-claim-en huggingface dataset:
A syringe exostructure comprising: a main body configured to removably receive a syringe having a syringe barrel and a syringe plunger; a drive plunger reciprocatably mounted on the main body; a plunger bar slidably received in an axial channel on the drive plunger and configured to removably couple to the syringe plunger when the syringe is introduced into the main body; a drive pawl assembly fixed to an upper surface of the drive plunger and configured to transfer forward motion of the drive plunger to the plunger bar as the drive plunger is advanced and to disengage from the plunger bar when the drive plunger is retracted; and a locking pawl assembly fixed to the main body and extending through a slot formed in the bottom of the axial channel in the drive plunger and configured to engage the plunger bar and allow the plunger bar to be advanced by the drive plunger as the drive plunger is advanced but prevents the plunger bar from being retracted by the drive plunger as the drive plunger is retracted. a main body configured to removably receive a syringe having a syringe barrel and a syringe plunger; a drive plunger reciprocatably mounted on the main body; a plunger bar slidably received in an axial channel on the drive plunger and configured to removably couple to the syringe plunger when the syringe is introduced into the main body; a drive pawl assembly fixed to an upper surface of the drive plunger and configured to transfer forward motion of the drive plunger to the plunger bar as the drive plunger is advanced and to disengage from the plunger bar when the drive plunger is retracted; and a locking pawl assembly fixed to the main body and extending through a slot formed in the bottom of the axial channel in the drive plunger and configured to engage the plunger bar and allow the plunger bar to be advanced by the drive plunger as the drive plunger is advanced but prevents the plunger bar from being retracted by the drive plunger as the drive plunger is retracted.
A printer, comprising: a printer body including a print head ; a lid connected to the printer body so as to be opened and closed relative to the printer body ; a cutter including a fixed blade and a movable blade that cuts recording paper; a fixed blade unit provided in the printer body , the fixed blade unit including the fixed blade ; and a movable blade unit provided on the lid , the movable blade unit including the movable blade , wherein a first projection is formed at a first longitudinal end of the fixed blade unit and a first groove is formed at a first longitudinal end of the movable blade unit , a second groove is formed at a second longitudinal end of the fixed blade unit and a second projection is formed at a second longitudinal end of the movable blade unit , and the first projection enters the first groove and the second projection enters the second groove when the lid is closed. a printer body including a print head ; a lid connected to the printer body so as to be opened and closed relative to the printer body ; a cutter including a fixed blade and a movable blade that cuts recording paper; a fixed blade unit provided in the printer body , the fixed blade unit including the fixed blade ; and a movable blade unit provided on the lid , the movable blade unit including the movable blade , wherein a first projection is formed at a first longitudinal end of the fixed blade unit and a first groove is formed at a first longitudinal end of the movable blade unit , a second groove is formed at a second longitudinal end of the fixed blade unit and a second projection is formed at a second longitudinal end of the movable blade unit , and the first projection enters the first groove and the second projection enters the second groove when the lid is closed.
A method performed by a wireless device for handling a data transmission to a radio-network node in a wireless communication network , the method comprising: - receiving , from the radio-network node , a control message, which control message indicates one or more resources scheduled for carrying an uplink data transmission over a channel and one or more resources for carrying a feedback transmission over the same channel without destroying the uplink data transmission, which feedback transmission is for a downlink data transmission from the radio-network node ; - receiving from the radio-network node , the downlink data transmission; and - performing the uplink data transmission and the feedback transmission to the radio-network node over the same channel without destroying the uplink data transmission using the one or more resources indicated in the control message. - receiving , from the radio-network node , a control message, which control message indicates one or more resources scheduled for carrying an uplink data transmission over a channel and one or more resources for carrying a feedback transmission over the same channel without destroying the uplink data transmission, which feedback transmission is for a downlink data transmission from the radio-network node ; - receiving from the radio-network node , the downlink data transmission; and - performing the uplink data transmission and the feedback transmission to the radio-network node over the same channel without destroying the uplink data transmission using the one or more resources indicated in the control message.
A beverage dispenser which comprises a housing comprising: a. a first liquid inlet connected or connectable to a source of a base liquid ; b. a second liquid inlet connected or connectable to a source of a base liquid or to a source of pressurized gas; c. at least one mixing means for mixing one or more beverage ingredients therein; d. a first liquid line connecting the first liquid inlet and the mixing means ; e. a second liquid line connecting the second liquid inlet and the mixing means ; f. a first ingredient container containing a first beverage ingredient, the ingredient container provided in a first ingredient container receiving means , configured such that upon providing a liquid stream in the first liquid line, the first beverage ingredient is discharged from the ingredient container into the liquid stream; g. a second ingredient container containing a second beverage ingredient, the ingredient container provided in a ingredient container receiving means , configured such that upon providing a liquid stream in the second liquid line, the second beverage ingredient is discharged from the ingredient container into the liquid stream; h. a beverage outlet in liquid communication with the mixing means , characterized in that said mixing means comprises one or more double jet mixers , comprising each at least a first jet mixer liquid supply entry in liquid communication with the first liquid line and a second jet mixer liquid supply entry in liquid communication with the second liquid line, a pair of jet mixer liquid flow channels having each a jet mixer discharge end for expelling liquids in mutually, oppositely directed or impinging jet streams , so to mix the liquids into a liquid mixture, and a jet mixer outlet through which the liquid mixture can leave the double jet mixer in liquid communication with the beverage outlet . a. a first liquid inlet connected or connectable to a source of a base liquid ; b. a second liquid inlet connected or connectable to a source of a base liquid or to a source of pressurized gas; c. at least one mixing means for mixing one or more beverage ingredients therein; d. a first liquid line connecting the first liquid inlet and the mixing means ; e. a second liquid line connecting the second liquid inlet and the mixing means ; f. a first ingredient container containing a first beverage ingredient, the ingredient container provided in a first ingredient container receiving means , configured such that upon providing a liquid stream in the first liquid line, the first beverage ingredient is discharged from the ingredient container into the liquid stream; g. a second ingredient container containing a second beverage ingredient, the ingredient container provided in a ingredient container receiving means , configured such that upon providing a liquid stream in the second liquid line, the second beverage ingredient is discharged from the ingredient container into the liquid stream; h. a beverage outlet in liquid communication with the mixing means ,
An adhesive injection method for injecting an adhesive that bonds an outer plate and a reinforcing member , the reinforcing member having a plurality of through holes (18a-j) bored through the reinforcing member in a direction intersecting a bonding surface , said bonding surface facing the outer plate and extending in a certain direction, the adhesive injection method comprising: a positioning step (S12) of positioning the outer plate and the reinforcing member ; a sealing material disposing step (S14) of disposing a sealing material that extends in the certain direction and covers a gap formed between the outer plate and the reinforcing member on both sides of the bonding surface ; and an injecting step (S16) of injecting the adhesive into the through holes (18a-j) in order from one end to the other end of the bonding surface , wherein at the injecting step (S16), while the adhesive is injected into one of the through holes (18a-j), when the adhesive is recognized through another one of the through holes (18a-j) formed adjacent to the one through hole into which the adhesive is being injected, the order of the through holes (18a-j) into which the adhesive is to be injected is shifted from the one through hole into which the adhesive is being injected to the other through hole , characterized in that the through holes (18a-j) are formed in a pair of two columns extending in the certain direction in a staggered manner. a positioning step (S12) of positioning the outer plate and the reinforcing member ; a sealing material disposing step (S14) of disposing a sealing material that extends in the certain direction and covers a gap formed between the outer plate and the reinforcing member on both sides of the bonding surface ; and an injecting step (S16) of injecting the adhesive into the through holes (18a-j) in order from one end to the other end of the bonding surface , wherein at the injecting step (S16), while the adhesive is injected into one of the through holes (18a-j), when the adhesive is recognized through another one of the through holes (18a-j) formed adjacent to the one through hole into which the adhesive is being injected, the order of the through holes (18a-j) into which the adhesive is to be injected is shifted from the one through hole into which the adhesive is being injected to the other through hole , characterized in that the through holes (18a-j) are formed in a pair of two columns extending in the certain direction in a staggered manner.
Hot beverage maker comprising a flow line system having - a water source - a brewing unit , the brewing unit having a brewing chamber for receiving brewing material (S1) to be brewed and an inlet line for introducing brewing water into the brewing chamber , - a heating device for heating the water supplied to the brewing chamber - a pump designed to convey the water from the water source to the brewing chamber , - a control device for activating and deactivating the heating device and the pump for preparing a selected beverage, - a discharge mechanism comprising - a collecting tray for collecting liquid (AW), which comprises an inlet opening , characterised by - a filter medium , which is a fleece or multi-layer fabric attached in the collecting tray and - spacing means for supporting the filter medium in the collecting tray in order to provide a distance between the underside of the filter medium and the base of the collecting tray , the base of the collecting tray being provided with elevations , preferably rounded, convex or frustoconical features or formations, for providing the spacing means . - a water source - a brewing unit , the brewing unit having a brewing chamber for receiving brewing material (S1) to be brewed and an inlet line for introducing brewing water into the brewing chamber , - a heating device for heating the water supplied to the brewing chamber - a pump designed to convey the water from the water source to the brewing chamber , - a control device for activating and deactivating the heating device and the pump for preparing a selected beverage, - a discharge mechanism comprising - a collecting tray for collecting liquid (AW), which comprises an inlet opening , characterised by - a filter medium , which is a fleece or multi-layer fabric attached in the collecting tray and - spacing means for supporting the filter medium in the collecting tray in order to provide a distance between the underside of the filter medium and the base of the collecting tray , the base of the collecting tray being provided with elevations , preferably rounded, convex or frustoconical features or formations, for providing the spacing means .
A mobile terminal, comprising: a first display screen and a second display screen, the first display screen and the second display screen being disposed facing away from each other; a first sound output hole and a second sound output hole which are strip-shaped, the first sound output hole disposed at a top edge of the first display screen, and the second sound output hole disposed at a top edge of the second display screen; and at least two phone receivers comprising a first phone receiver and a second phone receiver, characterized in that the first phone receiver is disposed adjacently to a first end of the first sound output hole and a first end of the second sound output hole, and the second phone receiver is disposed adjacently to a second end of the first sound output hole and a second end of the second sound output hole; and the first sound output hole is connected to the first phone receiver and the second phone receiver by corresponding sound conduction channels, and the second sound output hole is connected to the first phone receiver and the second phone receiver by corresponding sound conduction channels, the first sound output hole and the second sound output hole share the first receiver and the second receiver. a first display screen and a second display screen, the first display screen and the second display screen being disposed facing away from each other; a first sound output hole and a second sound output hole which are strip-shaped, the first sound output hole disposed at a top edge of the first display screen, and the second sound output hole disposed at a top edge of the second display screen; and at least two phone receivers comprising a first phone receiver and a second phone receiver, characterized in that the first phone receiver is disposed adjacently to a first end of the first sound output hole and a first end of the second sound output hole, and the second phone receiver is disposed adjacently to a second end of the first sound output hole and a second end of the second sound output hole; and the first sound output hole is connected to the first phone receiver and the second phone receiver by corresponding sound conduction channels, and the second sound output hole is connected to the first phone receiver and the second phone receiver by corresponding sound conduction channels, the first sound output hole and the second sound output hole share the first receiver and the second receiver.
A polypeptide that specifically binds to a transferrin receptor, comprising a sequence having at least 85%, 90%, or 95% sequence identity to the sequence of any one of SEQ ID NOS:83, 84, 191, 43, and 82, wherein the polypeptide comprises Glu at position 153, Tyr or Phe at position 157, Thr at position 159, Glu at position 160, Trp at position 161, Val, Ser, or Ala at position 162, Asn at position 163, Thr or Ser at position 186, Glu at position 188, Glu at position 189, and Phe at position 194, as numbered with reference to SEQ ID NO: 1.
A process for producing ammonia synthesis gas from a hydrocarbon-containing feedstock , the process comprising the steps of: primary reforming with steam , secondary reforming with an oxidant stream , and purification of the effluent of said secondary reforming, said purification comprising a step of shift conversion of carbon monoxide, the process being characterized in that : the synthesis gas produced by said secondary reforming is subject to a medium-temperature shift over a copper-based catalyst, and a fraction of the feedstock bypasses the primary reforming, the steam to carbon ratio in the primary reforming being 2.5 to 3, and steam is optionally added in multiple stages of the process, wherein the global steam to carbon ratio of the process that is the total amount of the moles of steam over the moles of carbon introduced with the feedstock is not greater than 2. the synthesis gas produced by said secondary reforming is subject to a medium-temperature shift over a copper-based catalyst, and a fraction of the feedstock bypasses the primary reforming, the steam to carbon ratio in the primary reforming being 2.5 to 3, and steam is optionally added in multiple stages of the process, wherein the global steam to carbon ratio of the process that is the total amount of the moles of steam over the moles of carbon introduced with the feedstock is not greater than 2.
Sliding components for a shaft sealing device shaft-sealing a rotary shaft of a rotating machine, wherein the sliding components are in number of two that are a stationary seal ring and a rotating seal ring and are configured to rotate relative to each other and formed in an annular shape and disposed at a relative rotation point of the rotating machine, comprising a plurality of first positive pressure generation grooves arranged side by side in a circumferential direction on a sliding surface of the sliding components , the plurality of first positive pressure generation grooves being configured for generating positive pressure by a sealing target fluid on a sealing target fluid side which is introduced during the relative rotation of the sliding components , the first positive pressure generation grooves having a plurality of leading edge portions at leading edges on a downstream side in a direction of the relative rotation, the plurality of leading edge portions being arranged side by side in the circumferential direction, at least part of the plurality of leading edge portions being disposed at different radial positions, characterized in that each of the plurality of first positive pressure generation grooves extends at an angle to the downstream side in the relative rotation direction while facing a leak side, and the sliding surface is provided with a negative pressure generation groove extending so as to be continuous from a leak-side end portion of each of the plurality of first positive pressure generation grooves and at an angle to an upstream side in the relative rotation direction while facing the leak side. the plurality of first positive pressure generation grooves being configured for generating positive pressure by a sealing target fluid on a sealing target fluid side which is introduced during the relative rotation of the sliding components , the first positive pressure generation grooves having a plurality of leading edge portions at leading edges on a downstream side in a direction of the relative rotation, the plurality of leading edge portions being arranged side by side in the circumferential direction, at least part of the plurality of leading edge portions being disposed at different radial positions, characterized in that each of the plurality of first positive pressure generation grooves extends at an angle to the downstream side in the relative rotation direction while facing a leak side, and the sliding surface is provided with a negative pressure generation groove extending so as to be continuous from a leak-side end portion of each of the plurality of first positive pressure generation grooves and at an angle to an upstream side in the relative rotation direction while facing the leak side.
A lid closure for a wound capacitor that is arrangeable in a can, the lid closure comprising: at least one electrical connector configured as an insulated conductor that extends through the lid and a disc shaped synthetic material element that supports the electrical connector, wherein a centering pin arranged at a bottom side of the plate shaped synthetic material element extends towards a winding of the capacitor or towards a base of the can, characterized in that the bottom side of the synthetic material element includes plural flexible tongue shaped spring elastic arcuate elements that fix a capacitor winding and compensate tolerances. at least one electrical connector configured as an insulated conductor that extends through the lid and a disc shaped synthetic material element that supports the electrical connector, wherein a centering pin arranged at a bottom side of the plate shaped synthetic material element extends towards a winding of the capacitor or towards a base of the can, characterized in that the bottom side of the synthetic material element includes plural flexible tongue shaped spring elastic arcuate elements that fix a capacitor winding and compensate tolerances.
A metal hydride of the formula (I): M 1 (M 2 ) z H x R y (I) wherein M 1 is a first metal selected from vanadium, manganese, cobalt and nickel; optionally selected from vanadium and manganese; M 2 is one or more additional metals that have a total content of z; R, if present, is an organic group; x is 0.5 to 3.6; and y is 0 to 0.5, and z is 0 to 0.2; wherein when M 1 is vanadium, x is at least 1.9; and wherein R, when present, is bound to the metal center via a carbon atom in the R group; wherein the metal hydride is in the form of a bulk solid. M 1 is a first metal selected from vanadium, manganese, cobalt and nickel; optionally selected from vanadium and manganese; M 2 is one or more additional metals that have a total content of z; R, if present, is an organic group; x is 0.5 to 3.6; and y is 0 to 0.5, and z is 0 to 0.2;