mhurhangee/patent-ind-claim-en huggingface dataset:
A process for selectively separating H 2 S from a sour gas stream which also comprises CO 2 , the process comprising the steps of: providing an absorber column and an absorbent regenerator column ; feeding the sour gas stream near the bottom of the absorber; and feeding an absorbent comprising one or more amines near the top of the absorber; characterised in that the process comprises taking a water recycle stream from the absorbent regenerator column, cooling it, and feeding it to the absorber above the sour gas stream feed point and below the absorbent feed point, thereby providing a higher concentration of amine absorbent above the water stream feed and a more dilute amine absorbent below the water stream feed. providing an absorber column and an absorbent regenerator column ; feeding the sour gas stream near the bottom of the absorber; and feeding an absorbent comprising one or more amines near the top of the absorber; characterised in that the process comprises taking a water recycle stream from the absorbent regenerator column, cooling it, and feeding it to the absorber above the sour gas stream feed point and below the absorbent feed point, thereby providing a higher concentration of amine absorbent above the water stream feed and a more dilute amine absorbent below the water stream feed.
A port-equipped bag comprising: a bag body that is formed in a bag shape with a sheet and has an accommodation portion therein; and a cylindrical port member that is attached to the bag body and has one end communicating with the accommodation portion and the other end at which an opening exposed outside the bag is formed, wherein an inner plug and a cap for pressing the inner plug are attachable to the port member , the port member includes an attaching target portion that is covered by the cap in a case in which the cap is attached to the port member and an annular lip that is formed at a peripheral edge of the opening and protrudes outward from the port member , the lip has an annular engagement surface facing the bag body , the port-equipped bag being characterized in that the engagement surface has an angle of 45° to less than 90° with respect to an outer peripheral surface of the attaching target portion in a cross section in an axial direction of the attaching target portion , and the engagement surface is in an overhung state, the tensile elastic modulus of the sheet is 50 MPa to 1500 MPa, the thickness of the sheet is 100 μm to 400 μm, a product (M × T) of the tensile elastic modulus M (MPa) and the sheet thickness T (μm) of the sheet is 20,000 or more and 300,000 or less, and the port member is formed of a synthetic resin having a bending elastic modulus of 140 MPa or more. a bag body that is formed in a bag shape with a sheet and has an accommodation portion therein; and a cylindrical port member that is attached to the bag body and has one end communicating with the accommodation portion and the other end at which an opening exposed outside the bag is formed, wherein an inner plug and a cap for pressing the inner plug are attachable to the port member , the port member includes an attaching target portion that is covered by the cap in a case in which the cap is attached to the port member and an annular lip that is formed at a peripheral edge of the opening and protrudes outward from the port member , the lip has an annular engagement surface facing the bag body , the port-equipped bag being characterized in that the engagement surface has an angle of 45° to less than 90° with respect to an outer peripheral surface of the attaching target portion in a cross section in an axial direction of the attaching target portion , and the engagement surface is in an overhung state, the tensile elastic modulus of the sheet is 50 MPa to 1500 MPa, the thickness of the sheet is 100 μm to 400 μm, a product (M × T) of the tensile elastic modulus M (MPa) and the sheet thickness T (μm) of the sheet is 20,000 or more and 300,000 or less, and the port member is formed of a synthetic resin having a bending elastic modulus of 140 MPa or more.
An integrated electrical connection structure for an LED light, comprising a light source board , a supporting plate , a lamp holder and two conductive pieces , wherein the supporting plate is provided between the light source board and the lamp holder , wherein each of the conductive pieces comprises a conductive leg , a fixing portion and a plug , the fixing portion is fixed on the supporting plate , the conductive leg is electrically connected with the lamp holder , and the plug is electrically connected with the light source board , so as to make the lamp holder electrically connected with the light source board , the conductive pieces are made of a metal sheet, and characterized in that a snap-fitted slab is provided on the fixing portion , a snap-fitted hole is provided on the supporting plate , and the snap-fitted slab is snap fitted into the snap-fitted hole .
Method for manufacturing a set of embossing rollers for a device for embossing packaging materials that has two rollers, wherein the embossing roller set comprises a male roller having a male surface structure including structural elements and/or logo structures and a female roller having a female surface structure that is associated to the surface structure of the male roller for the common embossing operation with the male roller, and is designed in view of using the embossing rollers for fine embossing in the on-line process, whereby the associated female surface structure is produced independently of a previously produced or physically pre-existing male surface structure, wherein contours of the male surface structures and the female surface structures are manufactured for a fine embossing process with an overall linear error of less than +/- 10 μm and an angular error of less than 4°, the dimensions of the structural elements of the male roller, on one hand, and the dimensions of the associated structural elements of the female roller, on the other hand, deviate from one another by a determined amount without however impairing their cooperation, and any voluntary deviations of linear dimensions of the structural elements of the rollers from each other are of 15 μm or greater than 15 μm and/or the angles of the edges of the structural elements deviate by 4° or more than 4° from each other. the embossing roller set comprises a male roller having a male surface structure including structural elements and/or logo structures and a female roller having a female surface structure that is associated to the surface structure of the male roller for the common embossing operation with the male roller, a male roller having a male surface structure including structural elements and/or logo structures and a female roller having a female surface structure that is associated to the surface structure of the male roller for the common embossing operation with the male roller, and is designed in view of using the embossing rollers for fine embossing in the on-line process, whereby the associated female surface structure is produced independently of a previously produced or physically pre-existing male surface structure, wherein contours of the male surface structures and the female surface structures are manufactured for a fine embossing process with an overall linear error of less than +/- 10 μm and an angular error of less than 4°, the dimensions of the structural elements of the male roller, on one hand, and the dimensions of the associated structural elements of the female roller, on the other hand, deviate from one another by a determined amount without however impairing their cooperation, and any voluntary deviations of linear dimensions of the structural elements of the rollers from each other are of 15 μm or greater than 15 μm and/or the angles of the edges of the structural elements deviate by 4° or more than 4° from each other.
A single-ended to differential conversion circuit for converting an input signal into a pair of differential signals, comprising: an amplifier , comprising an inverting input terminal, a non-inverting input terminal for receiving a reference signal (V ref ), and an output terminal; a first resistor (R1) coupled between the inverting input terminal and the output terminal of the amplifier ; a second resistor (R2) coupled to the inverting input terminal of the amplifier , wherein the inverting input terminal of the amplifier is configured to receive the input signal via the second resistor (R2); a third resistor (R3) coupled to the output terminal of the amplifier ; characterized in that it also comprises a resistor string coupled between the output terminal of the amplifier and the end of the second resistor (R2) that is configured to receive the input signal, the resistor string comprising a fourth resistor (R4) and a fifth resistor (R5) connected in series, wherein a signal of the pair of differential signals is configured to be provided via the third resistor (R3), and another signal of the pair of differential signals is configured to be provided via the connection point between the fourth transistor (R4) and the fifth resistor (R5). an amplifier , comprising an inverting input terminal, a non-inverting input terminal for receiving a reference signal (V ref ), and an output terminal; a first resistor (R1) coupled between the inverting input terminal and the output terminal of the amplifier ; a second resistor (R2) coupled to the inverting input terminal of the amplifier , wherein the inverting input terminal of the amplifier is configured to receive the input signal via the second resistor (R2); a third resistor (R3) coupled to the output terminal of the amplifier ; characterized in that it also comprises a resistor string coupled between the output terminal of the amplifier and the end of the second resistor (R2) that is configured to receive the input signal, the resistor string comprising a fourth resistor (R4) and a fifth resistor (R5) connected in series, wherein a signal of the pair of differential signals is configured to be provided via the third resistor (R3), and another signal of the pair of differential signals is configured to be provided via the connection point between the fourth transistor (R4) and the fifth resistor (R5).
A gas turbine engine , comprising: a variable area section ; a variable vane (66;166;266) disposed within said variable area section ; a blade (76;176;276) downstream from said variable vane (66;166;266); and at least one of said variable vane (66;166;266) and said blade (76;176;276) including a flow channel (82;182;282;182A;182B;282A;282B) having an inlet (92;192;192A;192B) at a pressure side surface (84;184;184A;184B) and an outlet (94;194;294;194A;194B) at a suction side surface (86;186;286;186A;186B) of an airfoil (80;180;280;180A;180B) of either said variable vane (66;166;266) or said blade (76;176;276), wherein said flow channel (82;182;282;182A;182B;282A;282B) extends along a curved path; characterised in that : both said variable vane (66;166;266) and said blade (76;176;276) include said flow channel (82;182;282;182A;182B;282A;282B); and said flow channel (82;182;282;182A;182B;282A;282B) extends in each of a chordwise and a spanwise direction of said airfoil (80;180;280;180A;180B). a variable area section ; a variable vane (66;166;266) disposed within said variable area section ; a blade (76;176;276) downstream from said variable vane (66;166;266); and at least one of said variable vane (66;166;266) and said blade (76;176;276) including a flow channel (82;182;282;182A;182B;282A;282B) having an inlet (92;192;192A;192B) at a pressure side surface (84;184;184A;184B) and an outlet (94;194;294;194A;194B) at a suction side surface (86;186;286;186A;186B) of an airfoil (80;180;280;180A;180B) of either said variable vane (66;166;266) or said blade (76;176;276), wherein said flow channel (82;182;282;182A;182B;282A;282B) extends along a curved path; both said variable vane (66;166;266) and said blade (76;176;276) include said flow channel (82;182;282;182A;182B;282A;282B); and said flow channel (82;182;282;182A;182B;282A;282B) extends in each of a chordwise and a spanwise direction of said airfoil (80;180;280;180A;180B).
A peritoneal dialysis system , comprising: a fluid bag containing a peritoneal dialysis fluid; and a peritoneal dialysis cycler comprising: a receiving compartment having an inner surface defining a cavity, the fluid bag being received in the cavity; anda heater comprising: a first layer of silicon rubber having one or more heating elements embedded therein, wherein the one or more heating elements are uniformly distributed through the first layer of silicon rubber; and a conductive plate positioned on a first side of the first layer of silicon rubber, wherein the area of the conductive plate is substantially similar to the area of the first side of the first layer of silicon rubber, characterised in that the first layer of silicon rubber and the conductive plate line the inner surface of the receiving compartment, whereby the entire receiving compartment can be used to heat the fluid bag placed inside the receiving compartment, and the fluid bag fits entirely within the receiving compartment. a fluid bag containing a peritoneal dialysis fluid; and a peritoneal dialysis cycler comprising: a receiving compartment having an inner surface defining a cavity, the fluid bag being received in the cavity; anda heater comprising: a first layer of silicon rubber having one or more heating elements embedded therein, wherein the one or more heating elements are uniformly distributed through the first layer of silicon rubber; and a conductive plate positioned on a first side of the first layer of silicon rubber, wherein the area of the conductive plate is substantially similar to the area of the first side of the first layer of silicon rubber, characterised in that the first layer of silicon rubber and the conductive plate line the inner surface of the receiving compartment, whereby the entire receiving compartment can be used to heat the fluid bag placed inside the receiving compartment, and the fluid bag fits entirely within the receiving compartment. a first layer of silicon rubber having one or more heating elements embedded therein, wherein the one or more heating elements are uniformly distributed through the first layer of silicon rubber; and a conductive plate positioned on a first side of the first layer of silicon rubber, wherein the area of the conductive plate is substantially similar to the area of the first side of the first layer of silicon rubber, characterised in that the first layer of silicon rubber and the conductive plate line the inner surface of the receiving compartment, whereby the entire receiving compartment can be used to heat the fluid bag placed inside the receiving compartment, and the fluid bag fits entirely within the receiving compartment.
A process for converting lignocellulosic feedstock to renewable product , characterized in that the process comprises the following steps, (a) treating lignocellulosic feedstock with aqueous solution , at a temperature between 180°C and 245°C, under a pressure from 10 to 55 bar, for 10-180 min to obtain a mixture ; (b) heating the mixture of step (a) at a temperature between 290 and 340 °C, under a pressure from 70 to 160 bar, to obtain a first product mix ; (c) separating aqueous phase and oil phase , and optionally gas and/or solids , of the first product mix of step (b); and (d) heating the oil phase of step (c) and solvent at a temperature between 360 °C and 450 °C, under a pressure from 50 to 120 bar. (a) treating lignocellulosic feedstock with aqueous solution , at a temperature between 180°C and 245°C, under a pressure from 10 to 55 bar, for 10-180 min to obtain a mixture ; (b) heating the mixture of step (a) at a temperature between 290 and 340 °C, under a pressure from 70 to 160 bar, to obtain a first product mix ; (c) separating aqueous phase and oil phase , and optionally gas and/or solids , of the first product mix of step (b); and (d) heating the oil phase of step (c) and solvent at a temperature between 360 °C and 450 °C, under a pressure from 50 to 120 bar.
A CD3 binding antibody comprising: a heavy chain variable region comprising SEQ ID NO: 27 and a light chain variable region comprising SEQ ID NO: 32.
An autofeed automatic screwdriver comprising: a bit-holding head that houses inside a rotatable screw bit and is adapted to receive at inlet a succession of screws that are arranged in sequence in front of the screw bit ; and a motor assembly which is adapted to drive into rotation the screw bit about its longitudinal axis; the bit-holding head comprising: an outer casing internally provided with a substantially straight, main duct open at the bottom and which accommodates said screw bit inside an upper portion of the duct, and a substantially straight, secondary duct that branches off obliquely from the main duct and is dimensioned so as to convey a succession of screws into the main duct , below the screw bit ; and a deflector assembly which is located substantially at the joining/ connecting point between the main duct and the secondary duct , and is adapted to channel the screws coming out from the secondary duct towards the lower portion of the main duct ; the autofeed automatic screwdriver being characterized in that said deflector assembly comprises: a movable shutter which is inserted in axially slidable manner in the outer casing so that it can move in a guillotine-like manner on a sliding plane (P) inclined with respect to the longitudinal axis (A) of the main duct , between a first operating position in which the movable shutter obliquely intersects the main duct , at the joining/connecting point with the secondary duct , and a second operating position in which the movable shutter does not protrude inside the main duct ; and a moving device adapted to place the movable shutter alternately in the first or in the second operating position.
A transport structure with a handle moveable from a first position to a second position comprising: a platform having a generally planar upper surface for supporting loads and a plurality of wheels connected to a lower surface; and, a detachable handle having a first end and a second end, the handle connected to the platform proximate the first end, the handle moveable from a first position extending upwardly and outwardly from the platform, to a second collapsed position extending generally parallel to the upper surface of the platform, wherein the handle includes a first bar extending a length of the handle and a second bar extending the length of the handle, and wherein the first bar is separated from the second bar by a hand grasping portion ; the transport structure being characterized in that the handle further comprises: a middle beam connected to a mid-portion of the first bar and a mid-portion of the second bar, wherein the middle beam includes a hinge to enable movement of the first bar and the second bar relative to each other to facilitate connection to, or detachment from, the platform. a platform having a generally planar upper surface for supporting loads and a plurality of wheels connected to a lower surface; and, a detachable handle having a first end and a second end, the handle connected to the platform proximate the first end, the handle moveable from a first position extending upwardly and outwardly from the platform, to a second collapsed position extending generally parallel to the upper surface of the platform, wherein the handle includes a first bar extending a length of the handle and a second bar extending the length of the handle, and wherein the first bar is separated from the second bar by a hand grasping portion ; the transport structure being characterized in that the handle further comprises: a middle beam connected to a mid-portion of the first bar and a mid-portion of the second bar, wherein the middle beam includes a hinge to enable movement of the first bar and the second bar relative to each other to facilitate connection to, or detachment from, the platform.
An apparatus for phase reconstruction from a magnitude spectrogram of an audio signal, comprising: a frequency change determiner being configured to determine a change of a frequency for each time-frequency bin of a plurality of time-frequency bins of the magnitude spectrogram of the audio signal depending on the magnitude spectrogram of the audio signal, and a phase reconstructor being configured to generate phase values for the plurality of time-frequency bins depending on the changes of the frequencies determined for the plurality of the time-frequency bins. a frequency change determiner being configured to determine a change of a frequency for each time-frequency bin of a plurality of time-frequency bins of the magnitude spectrogram of the audio signal depending on the magnitude spectrogram of the audio signal, and a phase reconstructor being configured to generate phase values for the plurality of time-frequency bins depending on the changes of the frequencies determined for the plurality of the time-frequency bins.
Surgical assembly for ocular surgery, comprising a pressure transducer for a direct measuring of intraocular pressure, and an endo-illuminator device for illuminating the field of surgery, wherein the pressure transducer is coupled to the endo-illuminator device so that the pressure transducer is insertable in an ocular cavity along with the endo-illuminator device through an accessory ocular incision which is distinct from an incision through which a surgical instrument suitable to perform eye surgery operates, characterised in that the surgical assembly comprises an attachment guide ring ; the pressure transducer and the endo-illuminator device are inserted side by side with interference in the attachment guide ring , said attachment guide ring being positioned at a predetermined distance from the distal ends of the pressure transducer and the endo-illuminator device .
Device with a frictional contact , with a first contact body and second contact body , wherein the first contact body can be adjusted relative to the second contact body , and with a lubricant supply means for the frictional contact , by means of which the frictional contact can be supplied with lubricant , wherein the lubricant supply means has a lubricant path with a first region , in which heat (W) released therein can be absorbed by the lubricant , and with a second region , in which the heat (W) absorbed by the lubricant can be discharged, characterized in that the lubricant path has an isotropic or anisotropic structuring which is at least sectionally formed on a surface of the second contact body , wherein the structuring has at least one micro-channel , wherein in each case an intermediate region is arranged between the first region of the lubricant path and the second region of the lubricant path , wherein the at least one micro-channel has a surface area-to-volume ratio of between 30 000 and 250 000 000 m -1 in the first region and the second region of the lubricant path , and wherein the at least one micro-channel has a surface area-to-volume ratio of between 500 and 600 000 m -1 in the respective intermediate region of the lubricant path .