mhurhangee/patent-ind-claim-en huggingface dataset:
A method of culturing cells, the method including: contacting a first porous polyimide film with a cell-containing sample, to allow the cells to migrate from the cell-containing sample onto the first porous polyimide film; and culturing the cells that have been allowed to migrate onto the first porous polyimide film, wherein the first porous polyimide film has a multilayer structure having at least two surface layers (an A-surface and a and a macro-void layer sandwiched between the two surface layers, a mean pore size of the holes in the A-surface is smaller than a mean pore size of the holes in the B-surface, and the macro-void layer has a partition bonded to the surface layers (the A-surface and the and a plurality of macro-voids surrounded by the partition and the surface layers (the A-surface and the wherein the cell-containing sample is a cell culture substrate in which cells are being cultured; a cell-containing biological sample; or a second porous polyimide film in which cells are being cultured, wherein the cells are human or animal cells. contacting a first porous polyimide film with a cell-containing sample, to allow the cells to migrate from the cell-containing sample onto the first porous polyimide film; and culturing the cells that have been allowed to migrate onto the first porous polyimide film, wherein the first porous polyimide film has a multilayer structure having at least two surface layers (an A-surface and a and a macro-void layer sandwiched between the two surface layers, a mean pore size of the holes in the A-surface is smaller than a mean pore size of the holes in the B-surface, and the macro-void layer has a partition bonded to the surface layers (the A-surface and the and a plurality of macro-voids surrounded by the partition and the surface layers (the A-surface and the wherein the cell-containing sample is a cell culture substrate in which cells are being cultured; a cell-containing biological sample; or a second porous polyimide film in which cells are being cultured, wherein the cells are human or animal cells.
A method of producing a medical device comprising a substrate and a hydrophilic polymer layer, comprising the steps of: placing the substrate in an alkali solution and heating the substrate at a temperature ranging from 50°C to 100°C to obtain a pretreated substrate; and placing the pretreated substrate in a solution containing a hydrophilic polymer having an acidic group and a hydroxyalkyl group, and an organic acid, and heating the pretreated substrate at a temperature ranging from 50°C to 100°C. placing the substrate in an alkali solution and heating the substrate at a temperature ranging from 50°C to 100°C to obtain a pretreated substrate; and placing the pretreated substrate in a solution containing a hydrophilic polymer having an acidic group and a hydroxyalkyl group, and an organic acid, and heating the pretreated substrate at a temperature ranging from 50°C to 100°C.
A display module for a modular temporary exhibition stand comprising a plurality of frame modules serving as basic units, wherein the display module comprises LED screens , a display frame and a signal receiver , wherein the display frame comprises a front face, a first lateral face, a second lateral face, a third lateral face and a fourth lateral face, wherein the first lateral face is connected with the second and the fourth lateral face, the second lateral face is connected with the first and the third lateral face, the third lateral face is connected with the second and fourth lateral face and the fourth lateral face is connected with the first and the third lateral face, and fixing surfaces are arranged on the display frame , wherein a first set installation holes is formed in the lateral faces and a second set installation holes is formed in the fixing surfaces , wherein panels of LED screens are arranged on the front face of the display frame and the LED screens are connected with the signal receiver , wherein: at least one installation hole of the first or second set of installation holes is provided, wherein the center of gravity defined by the surface of this installation hole, in particular a circle, is formed at a distance x to at least one edge of the display frame , and characterized in that , the distance x = 31 + 62n with x in millimeters and wherein n is part of the natural numbers.
A process for making a pre-filled enema equipped with a supplying end , comprising a protection element designed to protect the supplying end , comprising the following steps: - providing an insert comprising a first end for the coupling with the enema , a second end for the dispensing, and removable protection means , at the second end , - coupling the first end of the insert with the supplying end , - coupling the protection element to the insert , in such a way as to cover the entire volume of the insert , the process being characterized in that each of said steps is performed according to the Blow Fill Seal technique. - providing an insert comprising a first end for the coupling with the enema , a second end for the dispensing, and removable protection means , at the second end , - coupling the first end of the insert with the supplying end , - coupling the protection element to the insert , in such a way as to cover the entire volume of the insert ,
A method by a terminal in a mobile communication system, the method comprising: acquiring information for maximum transmission power; receiving, from a base station , downlink control information related to a link with other terminal, the downlink control information including power control information related to the link with other terminal which indicates a method for controlling a transmission power for the link with other terminal as a first method or a second method; identifying the transmission power for the link with other terminal as a maximum transmission power of the terminal in a case that the power control information indicates the first method; identifying the transmission power for the link with other terminal using the information for maximum transmission power and information on a path loss in a case that the power control information indicates the second method; and transmitting at least one signal for the link with other terminal based on the identified transmission power for the link with other terminal. acquiring information for maximum transmission power; receiving, from a base station , downlink control information related to a link with other terminal, the downlink control information including power control information related to the link with other terminal which indicates a method for controlling a transmission power for the link with other terminal as a first method or a second method; identifying the transmission power for the link with other terminal as a maximum transmission power of the terminal in a case that the power control information indicates the first method; identifying the transmission power for the link with other terminal using the information for maximum transmission power and information on a path loss in a case that the power control information indicates the second method; and transmitting at least one signal for the link with other terminal based on the identified transmission power for the link with other terminal.
A device for a base station , comprising: a location information acquiring unit configured to acquire location information of a user equipment; a mobility state evaluating unit configured to: evaluate a mobility state of the user equipment according to a plurality of location information of the user equipment at different times; calculate a movement speed of the user equipment according to a plurality of location information of the user equipment at different times; and determine a boundary range corresponding to a small cell according to a magnitude of the movement speed of the user equipment; and an executing unit configured to: judge, by comparing a distance between the user equipment and an access point of the small cell with the boundary range, whether the user equipment is approaching the small cell; and execute operations related to small cell detection, in accordance with the mobility state of the user equipment, when it is judged that the user equipment is approaching the small cell. a location information acquiring unit configured to acquire location information of a user equipment; a mobility state evaluating unit configured to: evaluate a mobility state of the user equipment according to a plurality of location information of the user equipment at different times; calculate a movement speed of the user equipment according to a plurality of location information of the user equipment at different times; and determine a boundary range corresponding to a small cell according to a magnitude of the movement speed of the user equipment; evaluate a mobility state of the user equipment according to a plurality of location information of the user equipment at different times; calculate a movement speed of the user equipment according to a plurality of location information of the user equipment at different times; and determine a boundary range corresponding to a small cell according to a magnitude of the movement speed of the user equipment; and an executing unit configured to: judge, by comparing a distance between the user equipment and an access point of the small cell with the boundary range, whether the user equipment is approaching the small cell; and execute operations related to small cell detection, in accordance with the mobility state of the user equipment, when it is judged that the user equipment is approaching the small cell. judge, by comparing a distance between the user equipment and an access point of the small cell with the boundary range, whether the user equipment is approaching the small cell; and execute operations related to small cell detection, in accordance with the mobility state of the user equipment, when it is judged that the user equipment is approaching the small cell.
A power supply device that applies a voltage in which a DC voltage and an AC voltage are superimposed on each other to a charging member that charges an image bearer, comprising: an AC voltage generator configured to generate the AC voltage; a DC voltage generator configured to generate the DC voltage; a DC current detector provided on an output terminal side of the DC voltage generator and configured to detect an output DC current flowing into the image bearer; characterized in that the device further comprises: a reverse waveform applicator (R, RC, RD) configured to apply a reverse phase waveform of a ripple voltage expected in the DC current detector to the DC current detector . an AC voltage generator configured to generate the AC voltage; a DC voltage generator configured to generate the DC voltage; a DC current detector provided on an output terminal side of the DC voltage generator and configured to detect an output DC current flowing into the image bearer; characterized in that the device further comprises: a reverse waveform applicator (R, RC, RD) configured to apply a reverse phase waveform of a ripple voltage expected in the DC current detector to the DC current detector .
A capsule device for the application to a mucous membrane, in particular to a buccal or gastro-intestinal, in particular an esophageal, mucous membrane, configured to accommodate a pharmaceutical preparation having an elongated shape and comprising an active pharmaceutical ingredient, and capable of being arranged in a compact condition and in an expanded condition, the capsule device comprising a hollow space for accommodating the preparation in the compact condition, the capsule device having an aperture , configured to allow a first end of the preparation in the compact condition to extend through the aperture such that the preparation can be transferred from its compact condition in the hollow space to its expanded condition in the surrounding area of the capsule device , the capsule device comprising a first halve-capsule shell (11; 11') and a second halve-capsule shell , which are joined by overlapping the first halve-capsule shell (11; 11') and the second halve-capsule shell in a joined position, wherein the first halve-capsule shell (11; 11') has a hollow-cylindrical wall (11c; 11c') including an opening (16; 16'), and the second halve-capsule shell has a wall overlapping a cross-section of the opening (16; 16') thereby forming the aperture of the capsule device in the joined position. the capsule device comprising a hollow space for accommodating the preparation in the compact condition, the capsule device having an aperture , configured to allow a first end of the preparation in the compact condition to extend through the aperture such that the preparation can be transferred from its compact condition in the hollow space to its expanded condition in the surrounding area of the capsule device , the capsule device comprising a first halve-capsule shell (11; 11') and a second halve-capsule shell , which are joined by overlapping the first halve-capsule shell (11; 11') and the second halve-capsule shell in a joined position, wherein the first halve-capsule shell (11; 11') has a hollow-cylindrical wall (11c; 11c') including an opening (16; 16'), and the second halve-capsule shell has a wall overlapping a cross-section of the opening (16; 16') thereby forming the aperture of the capsule device in the joined position.
A method for attaching a cover glass to an enclosure of a portable computing device , the method comprising: forming a body of the enclosure from a single piece of material, the body defining a cavity and including: a bottom portion; a sidewall extending from the bottom portion and defining: a support ledge ; an exterior surface having a profile including an apex defined by a junction between a sloped surface extending from a top comer of the sidewall and a curved surface extending from the bottom portion, the exterior surface defining part of an exterior surface of the portable computing device, wherein the sloped surface defines a line extending from the top comer of the sidewall at an angle and the apex is positioned on the line; and an interior surface defining a recess in the sidewall, the recess extending beneath the support ledge ; positioning a display assembly within the cavity; applying an adhesive to the support ledge in the enclosure; and adhesively attaching the cover glass to the support ledge. forming a body of the enclosure from a single piece of material, the body defining a cavity and including: a bottom portion; a sidewall extending from the bottom portion and defining: a support ledge ; an exterior surface having a profile including an apex defined by a junction between a sloped surface extending from a top comer of the sidewall and a curved surface extending from the bottom portion, the exterior surface defining part of an exterior surface of the portable computing device, wherein the sloped surface defines a line extending from the top comer of the sidewall at an angle and the apex is positioned on the line; and an interior surface defining a recess in the sidewall, the recess extending beneath the support ledge ; a bottom portion; a sidewall extending from the bottom portion and defining: a support ledge ; an exterior surface having a profile including an apex defined by a junction between a sloped surface extending from a top comer of the sidewall and a curved surface extending from the bottom portion, the exterior surface defining part of an exterior surface of the portable computing device, wherein the sloped surface defines a line extending from the top comer of the sidewall at an angle and the apex is positioned on the line; and an interior surface defining a recess in the sidewall, the recess extending beneath the support ledge ; a support ledge ; an exterior surface having a profile including an apex defined by a junction between a sloped surface extending from a top comer of the sidewall and a curved surface extending from the bottom portion, the exterior surface defining part of an exterior surface of the portable computing device, wherein the sloped surface defines a line extending from the top comer of the sidewall at an angle and the apex is positioned on the line; and an interior surface defining a recess in the sidewall, the recess extending beneath the support ledge ; positioning a display assembly within the cavity; applying an adhesive to the support ledge in the enclosure; and adhesively attaching the cover glass to the support ledge.
A microneedle array, wherein: polyglycolic acid is used as a material; crystallinity of the polyglycolic acid is 21 % or more; and an axial contraction rate of tips is 99 % or more wherein the microneedle array is manufactured by the following steps: polyglycolic acid is injection-molded at a cylinder temperature of 230 - 280 °C, a metal mold temperature of 60 - 130 °C, and an injection pressure of 1000 - 1500 KPa, so as to manufacture the microneedle array in which crystallinity of the polyglycolic acid is 21 % or more, and an axial contraction rate of tips is 99 % or more. polyglycolic acid is used as a material; crystallinity of the polyglycolic acid is 21 % or more; and an axial contraction rate of tips is 99 % or more wherein the microneedle array is manufactured by the following steps: polyglycolic acid is injection-molded at a cylinder temperature of 230 - 280 °C, a metal mold temperature of 60 - 130 °C, and an injection pressure of 1000 - 1500 KPa, so as to manufacture the microneedle array in which crystallinity of the polyglycolic acid is 21 % or more, and an axial contraction rate of tips is 99 % or more.
Method for securing a gasket to a bipolar plate , comprising the steps of: - applying and aligning a first gasket film to/with a second gasket film having connecting cutouts , - connecting the first gasket film to the second gasket film , so that the gasket is formed, - placing the gasket onto the bipolar plate , so that the second gasket film with the connecting cutouts bears against the bipolar plate , - carrying out an embossing step, in which an embossing force is applied in the region of the connecting cutouts by an embossing tool , so that an embossed adhesive point is formed and the first gasket film is connected to the bipolar plate via an adhesive arranged in the connecting cutout on the first gasket film . - applying and aligning a first gasket film to/with a second gasket film having connecting cutouts , - connecting the first gasket film to the second gasket film , so that the gasket is formed, - placing the gasket onto the bipolar plate , so that the second gasket film with the connecting cutouts bears against the bipolar plate , - carrying out an embossing step, in which an embossing force is applied in the region of the connecting cutouts by an embossing tool , so that an embossed adhesive point is formed and the first gasket film is connected to the bipolar plate via an adhesive arranged in the connecting cutout on the first gasket film .
A method for controlling a scanning accelerator to emit a beam, comprising: causing (S102) the accelerator to enter a beam-emitting preheating state under a first condition; reducing (S104) a beam-emitting frequency of the accelerator under a second condition; and restoring (S106) the beam-emitting frequency of the accelerator so as to cause the accelerator to emit a beam under a third condition, wherein the first condition comprises: determining that a scanning check is to be performed on a target object; the second condition comprises: determining that no scanning check is to be performed on a current portion of the target object; and the third condition comprises: determining that the scanning check may be started to be performed on the current portion of the target object. causing (S102) the accelerator to enter a beam-emitting preheating state under a first condition; reducing (S104) a beam-emitting frequency of the accelerator under a second condition; and restoring (S106) the beam-emitting frequency of the accelerator so as to cause the accelerator to emit a beam under a third condition, wherein the first condition comprises: determining that a scanning check is to be performed on a target object; the second condition comprises: determining that no scanning check is to be performed on a current portion of the target object; and the third condition comprises: determining that the scanning check may be started to be performed on the current portion of the target object.
A scroll compressor , comprising: a shell ; a frame aligned about a longitudinal axis of the scroll compressor, the frame being fitted into the shell, wherein the frame includes a plurality of frame extensions including axially extending frame interlock mechanisms ; a fixed scroll having a fixed scroll wrap and a fixed scroll support, wherein the fixed scroll support is aligned about the longitudinal axis and is secured to the frame in a boltless connection, wherein the fixed scroll support includes a plurality of fixed scroll support extensions including axially extending fixed scroll support interlock mechanisms configured to engage the frame interlock mechanisms; and an intermediate cap engaging with a surface of the fixed scroll support on an opposite side of the fixed scroll wrap, the intermediate cap being secured to the shell and contacting an annular region of the fixed scroll support to bias the fixed scroll against the frame. a shell ; a frame aligned about a longitudinal axis of the scroll compressor, the frame being fitted into the shell, wherein the frame includes a plurality of frame extensions including axially extending frame interlock mechanisms ; a fixed scroll having a fixed scroll wrap and a fixed scroll support, wherein the fixed scroll support is aligned about the longitudinal axis and is secured to the frame in a boltless connection, wherein the fixed scroll support includes a plurality of fixed scroll support extensions including axially extending fixed scroll support interlock mechanisms configured to engage the frame interlock mechanisms; and an intermediate cap engaging with a surface of the fixed scroll support on an opposite side of the fixed scroll wrap, the intermediate cap being secured to the shell and contacting an annular region of the fixed scroll support to bias the fixed scroll against the frame.
A strain of Proteus vulgaris Hauser OMK-9, which has the ability to produce benzaldehyde, wherein: The strain is stored in China Center for Type Culture Collection (CCTCC) with CCTCC NO: M2016671.
A cooking device comprising a burner plate having a flat surface and at least one cooking zone; at least one burner group which is provided on the burner plate and which enables the flame reach the vessel wherein the cooking process is performed; a body whereon the burner plate is fixed; and at least one connection member which enables the burner plate to be detachably mounted onto the body , a support which is disposed between the body and the burner plate so as to contact both the body and the burner plate , the support comprising a support body having a housing suitable for placing the burner group therein, characterized in that , the cooking device further comprises at least one arm which is provided on the part of the support body surrounding the housing to contact the burner plate and which supports the burner plate , and an electronic component which is provided on the body , wherein the arm extends over the electronic component so as to prevent the heat at the cooking zone from reaching the electronic component . the cooking device further comprises at least one arm which is provided on the part of the support body surrounding the housing to contact the burner plate and which supports the burner plate , and an electronic component which is provided on the body , wherein the arm extends over the electronic component so as to prevent the heat at the cooking zone from reaching the electronic component .