mhurhangee/patent-ind-claim-en huggingface dataset:
A molding die comprising an undercut processing mechanism , the undercut processing mechanism being attachable to and useable in the molding die for forming a molded product (P) having an undercut portion (P1, P11, P21, P31, P41, P51, P61), the undercut processing mechanism comprising: a holder attachable to the molding die so as to be movable in a demolding direction of the molded product, the holder having one of a cylindrical shape and a tubular shape having a cross-section with a polygonal outer shape; a sliding piece slidable relative to the holder and configured to form the undercut portion; and a retaining piece fixable to the molding die or formed so as to be integrated with the molding die, the retaining piece slidably retaining the sliding piece, wherein in demolding the molded product, the sliding piece is moved in a direction in which the undercut portion is enabled to be demolded, which direction is inclined relative to the demolding direction of the molded product, by moving the holder in the demolding direction of the molded product. a holder attachable to the molding die so as to be movable in a demolding direction of the molded product, the holder having one of a cylindrical shape and a tubular shape having a cross-section with a polygonal outer shape; a sliding piece slidable relative to the holder and configured to form the undercut portion; and a retaining piece fixable to the molding die or formed so as to be integrated with the molding die, the retaining piece slidably retaining the sliding piece, wherein in demolding the molded product, the sliding piece is moved in a direction in which the undercut portion is enabled to be demolded, which direction is inclined relative to the demolding direction of the molded product, by moving the holder in the demolding direction of the molded product.
A method of forming a latex dipped article with a wave-like textured porous and micro-roughened surface pattern, comprising the steps of: - Applying a coagulant on a former; - Depositing the first layer by dip-coating the former with aqueous latex composition; - Leaching the first latex layer in water; - Dipping the partially gelled inner latex layer in foamed latex; - Dipping the partially gelled latex foam outer layer in the distortion solution; - Drying the latex article at 80 to 100°C and curing at the temperature range of 100-150°C; - Stripping the cured article from the former; - Inverting of the finished article. - Applying a coagulant on a former; - Depositing the first layer by dip-coating the former with aqueous latex composition; - Leaching the first latex layer in water; - Dipping the partially gelled inner latex layer in foamed latex; - Dipping the partially gelled latex foam outer layer in the distortion solution; - Drying the latex article at 80 to 100°C and curing at the temperature range of 100-150°C; - Stripping the cured article from the former; - Inverting of the finished article.
A sample clearing device for clearing tested samples from a materials testing machine including: first and second engaging surfaces for engaging a testing sample, wherein the first and second engaging surfaces are respectively a first opposed wheel on a fixed axle and a second opposed wheel on a floating axle biased toward the fixed axle, wherein the floating axel has a first end and a second end, and wherein a nip is formed between the first and second opposed wheels; a driver for at least one of the first and second opposed wheels, thereby activating at least one of the first and second opposed wheels and transporting the testing sample; and characterised in that it further includes: a housing including an upper opening for receiving the testing sample, a lower opening through which the testing sample is ejected, and first and second side slots through which respective first and second ends of the floating axle extend, wherein the floating axle has a first end and a second end, the first end being biased by a first spring and the second end is biased by a second spring.
A defrost heat discharge system, comprising: a drain duct configured to discharge heat of a defrost heater together with condensed water, which is generated when frost adhered on an evaporator is heated by the defrost heater ; a drain pipe configured to allow the condensed water and the heat of the defrost heater to flow from a first space to a second space ; a drain cap provided at a lower end of the drain pipe such that the condensed water is filled in a lower portion of the drain pipe , and the drain cap is configured to be selectively opened and closed; and a condensing fan configured to suck the heat of the defrost heater and discharge the heat to outside when the drain cap is opened, wherein the second space corresponds to a machine room of a refrigerator, the drain cap is disposed inside the machine room such that the heat in the first space is discharged to the machine room, and the drain cap is configured to be opened when the condensed water is filled in the lower portion of the drain pipe by a predetermined water level or more, and the condensing fan is activated when the drain cap is opened such that the heat discharged to the machine room through the drain cap is discharged to an outside of the refrigerator through discharge holes of the machine room. a drain duct configured to discharge heat of a defrost heater together with condensed water, which is generated when frost adhered on an evaporator is heated by the defrost heater ; a drain pipe configured to allow the condensed water and the heat of the defrost heater to flow from a first space to a second space ; a drain cap provided at a lower end of the drain pipe such that the condensed water is filled in a lower portion of the drain pipe , and the drain cap is configured to be selectively opened and closed; and a condensing fan configured to suck the heat of the defrost heater and discharge the heat to outside when the drain cap is opened, wherein the second space corresponds to a machine room of a refrigerator, the drain cap is disposed inside the machine room such that the heat in the first space is discharged to the machine room, and the drain cap is configured to be opened when the condensed water is filled in the lower portion of the drain pipe by a predetermined water level or more, and the condensing fan is activated when the drain cap is opened such that the heat discharged to the machine room through the drain cap is discharged to an outside of the refrigerator through discharge holes of the machine room.
At least one first agent which suppresses myeloid derived suppressor cells (MDSCs) and at least one second agent which blocks an immune checkpoint for use in treating a tumor-bearing mammal; wherein the first agent is entinostat; and wherein the second agent includes a combination of anti-PD-1 antibody and an anti-CTLA-4 antibody.
A card stacker for use with a card production device and configured to deliver a card substrate to a bottom of a stack of card substrates , the card stacker comprising: a stack support configured to hold the stack of card substrates on a top side of the stack support that is opposite a bottom side of the stack support ; a card lift mechanism configured to support the card substrate in a lift position on the bottom side of the stack support , and drive the card substrate to a raised position, in which the card substrate is positioned at the bottom of the stack of card substrates and is supported by the top side of the stack support ; a card feed mechanism comprising a first transport roller having a feed position when the card substrate is in the lift position , and a retracted position when the card substrate is in the raised position, wherein: the first transport roller engages a top surface of the card substrate that faces the bottom side of the stack support when in the feed position; and when in the retracted position, the first transport roller is displaced from a lifting path of the card substrate defined between the lift and raised positions; and a retraction mechanism configured to move the first transport roller between the feed and retracted positions. a stack support configured to hold the stack of card substrates on a top side of the stack support that is opposite a bottom side of the stack support ; a card lift mechanism configured to support the card substrate in a lift position on the bottom side of the stack support , and drive the card substrate to a raised position, in which the card substrate is positioned at the bottom of the stack of card substrates and is supported by the top side of the stack support ; a card feed mechanism comprising a first transport roller having a feed position when the card substrate is in the lift position , and a retracted position when the card substrate is in the raised position, wherein: the first transport roller engages a top surface of the card substrate that faces the bottom side of the stack support when in the feed position; and when in the retracted position, the first transport roller is displaced from a lifting path of the card substrate defined between the lift and raised positions; and the first transport roller engages a top surface of the card substrate that faces the bottom side of the stack support when in the feed position; and when in the retracted position, the first transport roller is displaced from a lifting path of the card substrate defined between the lift and raised positions; and a retraction mechanism configured to move the first transport roller between the feed and retracted positions.
A system for making a reduced material container comprising: a mold configured to accept a preform at a first end thereof, the mold having an open state and a closed state, the closed state forming a cavity defining an internal surface , the internal surface having a second end located remotely from the first end , where a first length is defined by a distance between the first end and the second end ; a blow nozzle configured to receive a pressurized fluid and dispense the pressurized fluid to the preform ; characterized in that the system further comprises a stretch rod configured to mechanically stretch the preform to a second length , the second length being greater than the first length ; wherein the stretch rod is operable to stretch the preform to the second length when the mold is in the open state to form a stretched preform , the stretch rod being further operable to be withdrawn from the stretched preform , the mold operable to move from the open state to the closed state to truncate a portion of the stretched preform at the second end to form a truncated preform , the blow nozzle operable to transfer the pressurized fluid into the truncated preform to urge the truncated preform to expand toward the internal surface of the mold cavity to thereby form the reduced material container . a mold configured to accept a preform at a first end thereof, the mold having an open state and a closed state, the closed state forming a cavity defining an internal surface , the internal surface having a second end located remotely from the first end , where a first length is defined by a distance between the first end and the second end ; a blow nozzle configured to receive a pressurized fluid and dispense the pressurized fluid to the preform ; characterized in that the system further comprises a stretch rod configured to mechanically stretch the preform to a second length , the second length being greater than the first length ; wherein the stretch rod is operable to stretch the preform to the second length when the mold is in the open state to form a stretched preform , the stretch rod being further operable to be withdrawn from the stretched preform , the mold operable to move from the open state to the closed state to truncate a portion of the stretched preform at the second end to form a truncated preform , the blow nozzle operable to transfer the pressurized fluid into the truncated preform to urge the truncated preform to expand toward the internal surface of the mold cavity to thereby form the reduced material container .
Use of an aromatic phosphoric ester metal salt represented by general formula : wherein R 1 represents a hydrogen atom or an alkyl group having 1 to 8 carbon atoms; R 2 represents an alkyl group having 1 to 8 carbon atoms; R 3 represents an alkylidene group having 1 to 4 carbon atoms; X 1 represents an alkali metal atom, an alkaline earth metal atom, a zinc atom, or an aluminum atom; n is 1, and m is 0 when X 1 is an alkali metal atom; n is 2, and m is 0 when X 1 is an alkaline earth metal atom or a zinc atom; and n is 1 or 2, and m is 3 - n when X 1 is an aluminum atom, as a coating adhesion promoter in a polyolefin resin composition stabilized with a hindered amine compound to be molded into a substrate.
A fuel cell stack having at least one fuel cell which comprises a plurality of media channels, having media guides which are in flow connection with the media channels, and having a clamping system which has clamping means , characterized in that the fuel cell is accommodated in a stack module box , in that the media guides are arranged on the outside of the stack module box and are designed with a spring function, and in that the clamping means are guided around the media channels, the spring function being realized by the media guides being formed from a resilient material.
An apparatus for photographing an object using top and bottom buttons , the apparatus comprising: a head part including a camera; a connection part coupled to the head part and extended in a length direction thereof, and having a first button and a second button for manipulating the camera on an extension line in the length direction from a formation position of the head part ; and a body part coupled to the connection part and including a power source means supplying power to the camera and a display means displaying a state of the camera or a power state, characterized in that , the second button is formed on a surface opposite to the first button so that a user's thumb can be positioned on the first button and the user's index finger can be positioned on the second button while the body part is wrapped with a palm of the user's hand; a first camera control instruction that instructs to take a picture occurs when the first button and the second button are selectively operated; a second camera control instruction occurs when the first button and the second button are simultaneously operated; and a third camera control instruction occurs when one of the buttons is operated within a predetermined time after the other button is operated. a head part including a camera; a connection part coupled to the head part and extended in a length direction thereof, and having a first button and a second button for manipulating the camera on an extension line in the length direction from a formation position of the head part ; and a body part coupled to the connection part and including a power source means supplying power to the camera and a display means displaying a state of the camera or a power state, characterized in that , the second button is formed on a surface opposite to the first button so that a user's thumb can be positioned on the first button and the user's index finger can be positioned on the second button while the body part is wrapped with a palm of the user's hand; a first camera control instruction that instructs to take a picture occurs when the first button and the second button are selectively operated; a second camera control instruction occurs when the first button and the second button are simultaneously operated; and a third camera control instruction occurs when one of the buttons is operated within a predetermined time after the other button is operated.
A method of counting biological cells using a brightfield microscope, the method comprising the steps of, by a processing device: a. positioning a sample to be viewed by way of an objective lens of the microscope, and on an x-y plane at an x-y position of a plurality of x-y positions, the sample comprising a plurality of biological cells; b. capturing and storing, using an image capturing apparatus, one or more focal image stacks, each said focal image stack comprising a plurality of focal images of the sample positioned at the x-y position, each of the focal images in the focal image stack being captured at a different focal position of a plurality of discrete focal positions within a focal range, the focal range being located on a z plane perpendicular to the x-y plane; c. processing the one or more focal image stacks using a cell localisation neural network, the cell localisation neural network outputting a list of one or more cell locations, each said cell location corresponding to a cell characteristic determined by the cell localisation neural network; d. determining, using the list of cell locations, one or more cell focal image stacks, each cell focal image stack being obtained from the one or more focal image stacks; and e. processing the one or more cell focal image stacks using an encoder neural network, the encoder neural network outputting a list of cell fingerprints, each said cell fingerprint corresponding to a cell of the plurality of biological cells; f. determining, using the list of cell locations and the list of cell fingerprints, a number of cells within the sample. a. positioning a sample to be viewed by way of an objective lens of the microscope, and on an x-y plane at an x-y position of a plurality of x-y positions, the sample comprising a plurality of biological cells; b. capturing and storing, using an image capturing apparatus, one or more focal image stacks, each said focal image stack comprising a plurality of focal images of the sample positioned at the x-y position, each of the focal images in the focal image stack being captured at a different focal position of a plurality of discrete focal positions within a focal range, the focal range being located on a z plane perpendicular to the x-y plane; c. processing the one or more focal image stacks using a cell localisation neural network, the cell localisation neural network outputting a list of one or more cell locations, each said cell location corresponding to a cell characteristic determined by the cell localisation neural network; d. determining, using the list of cell locations, one or more cell focal image stacks, each cell focal image stack being obtained from the one or more focal image stacks; and e. processing the one or more cell focal image stacks using an encoder neural network, the encoder neural network outputting a list of cell fingerprints, each said cell fingerprint corresponding to a cell of the plurality of biological cells; f. determining, using the list of cell locations and the list of cell fingerprints, a number of cells within the sample.
A pneumatic tire having a tread portion , wherein on the tread portion , a sealant layer extending in a tire axial direction from a first end to a second end thereof, and a sound absorption layer adhered to an inner side in a tire radial direction of the sealant layer and formed of a sponge material , are disposed at a side where a tire inner cavity (i) is present, the sealant layer is, at least at the first end side, uncovered with the sound absorption layer but provided with a first exposed portion exposed to the tire inner cavity (i) and extending in the tire axial direction, the sound absorption layer has, at a side where the first exposed portion is present, a first side surface which extends in the tire radial direction and at which the sound absorption layer has a thickness (ta) not less than 25 mm, and the first side surface is provided with an adhesion prevention portion by which the first side surface and the first exposed portion are prevented from adhering to each other, characterized in that the adhesion prevention portion is disposed over a range (A) from an inner end in the tire radial direction of the first side surface to a position corresponding to not less than 20% of the thickness (ta) at the first side surface , wherein the adhesion prevention portion includes a layer formed of a mold-release material, and/or wherein the adhesion prevention portion includes a recessed and projecting portion which allows reduction in an area of contact between the first side surface and the first exposed portion . on the tread portion , a sealant layer extending in a tire axial direction from a first end to a second end thereof, and a sound absorption layer adhered to an inner side in a tire radial direction of the sealant layer and formed of a sponge material , are disposed at a side where a tire inner cavity (i) is present, the sealant layer is, at least at the first end side, uncovered with the sound absorption layer but provided with a first exposed portion exposed to the tire inner cavity (i) and extending in the tire axial direction, the sound absorption layer has, at a side where the first exposed portion is present, a first side surface which extends in the tire radial direction and at which the sound absorption layer has a thickness (ta) not less than 25 mm, and the first side surface is provided with an adhesion prevention portion by which the first side surface and the first exposed portion are prevented from adhering to each other, characterized in that the adhesion prevention portion is disposed over a range (A) from an inner end in the tire radial direction of the first side surface to a position corresponding to not less than 20% of the thickness (ta) at the first side surface , wherein the adhesion prevention portion includes a layer formed of a mold-release material, and/or wherein the adhesion prevention portion includes a recessed and projecting portion which allows reduction in an area of contact between the first side surface and the first exposed portion .
A method for determining the amount of drug present in a crosslinked hyaluronic acid-linker-peptide (xHA-L-P) prodrug formulation comprising: contacting a sample of the xHA-L-P prodrug formulation with a hyaluronoglucosidase to generate oligomeric hyaluronic acid-linker-peptide drug (oHA-L-P); contacting the oHA-L-P with an endoproteinase to generate peptide digest products of the drug; and detecting the peptide digest products to determine the amount of the drug present in the xHA-L-P prodrug formulation, wherein the endoproteinase is selected from the group consisting of Glu-C, Asp-N, Lys-C, Arg-C, trypsin and chymotrypsin. contacting a sample of the xHA-L-P prodrug formulation with a hyaluronoglucosidase to generate oligomeric hyaluronic acid-linker-peptide drug (oHA-L-P); contacting the oHA-L-P with an endoproteinase to generate peptide digest products of the drug; and detecting the peptide digest products to determine the amount of the drug present in the xHA-L-P prodrug formulation, wherein the endoproteinase is selected from the group consisting of Glu-C, Asp-N, Lys-C, Arg-C, trypsin and chymotrypsin.