mhurhangee/patent-ind-claim-en huggingface dataset:
A device for analysing liquid samples, wherein the device comprises at least one sample layer comprising a plurality of liquid permeable test sites separated from each other by a liquid impermeable barrier region , wherein said device comprises an inlet part , wherein said inlet part comprises a plurality of inlet channels , and wherein said inlet channels lead to respective test sites of said at least one sample layer , such that a flow connection between said inlet channels and said respective test sites is established or can be established, wherein said inlet channels comprise first openings , which are positioned in a first plane (p 1 ), wherein said first openings are accessible from the outside of said inlet part , such that liquid samples are loadable into said inlet channels by means of said first openings , and wherein said inlet channels comprise second openings , which are positioned in a second plane (p 2 ) adjacent to said test sites , such that liquid samples can flow from said inlet channels to respective test sites via said second openings , wherein a first surface area is defined by the positions of the first openings in said first plane (p 1 ), and a second surface area is defined by the positions of said second openings in said second plane (p 2 ), wherein said second surface area is smaller than said first surface area, wherein the boundary of the first surface area is defined by an envelope line enclosing the outermost first openings , and the boundary of the second surface area is defined by an envelope line enclosing the outermost second openings , characterised in that at least one of said inlet channels comprises an angled section , wherein said angled section is arranged at an angle (α) of 5° to 89° with respect to a plane (p) defined by said at least one sample layer .
A method comprising: forming at least one passive structure on a substrate by a build-up process, wherein forming the at least one passive structure on the substrate comprises coupling the at least one passive structure to respective one or more contact points of the substrate , wherein the at least one passive structure comprises a horizontal coil; introducing one or more integrated circuit chips on the substrate , wherein introducing the one or more chips comprises coupling contact points of the one or more chips to contact points of the substrate , wherein the one or more chips are coupled to the substrate through solder connections or copper pillars; and introducing a molding compound on the at least one passive structure and the one or more integrated circuit chips ; characterized in that the build-up process comprises repeatedly depositing a layer of conductive powder on the substrate and selectively melting the conductive powder in the deposited layer by electromagnetic radiation and removing the powder that was not melted by electromagnetic radiation. introducing one or more integrated circuit chips on the substrate , wherein introducing the one or more chips comprises coupling contact points of the one or more chips to contact points of the substrate , wherein the one or more chips are coupled to the substrate through solder connections or copper pillars; and introducing a molding compound on the at least one passive structure and the one or more integrated circuit chips ; characterized in that the build-up process comprises repeatedly depositing a layer of conductive powder on the substrate and selectively melting the conductive powder in the deposited layer by electromagnetic radiation and removing the powder that was not melted by electromagnetic radiation.
A battery frame comprising: a battery frame main body made of resin, the battery frame main body being configured to be disposed at a vehicle body lower side of a floor panel and to support a battery ; and a ductile member made of metal, the ductile member being integrally provided to the battery frame main body and being configured to be fastened and fixed to a lower face side of the floor panel , and to have the battery fastened and fixed thereto, wherein the battery frame main body includes an upper frame forming an apex portion, a lower frame forming a bottom portion, and an intermediate member provided between the upper frame and the lower frame ; and wherein the ductile member is formed in a ring shape surrounding at least the intermediate member . a battery frame main body made of resin, the battery frame main body being configured to be disposed at a vehicle body lower side of a floor panel and to support a battery ; and a ductile member made of metal, the ductile member being integrally provided to the battery frame main body and being configured to be fastened and fixed to a lower face side of the floor panel , and to have the battery fastened and fixed thereto, wherein the battery frame main body includes an upper frame forming an apex portion, a lower frame forming a bottom portion, and an intermediate member provided between the upper frame and the lower frame ; and wherein the ductile member is formed in a ring shape surrounding at least the intermediate member .
A method for displaying information in a foldable electronic device having a flexible primary display on a first surface of the device and a secondary display on a second surface of the device, wherein the secondary display is at least partially exposed when the foldable electronic device is folded or bent and wherein the greater the extent to which the electronic device is folded or bent, the greater is the exposed area of the secondary display , the method comprising: obtaining, by a processor, information associated with an exposure of the secondary display , wherein obtaining the information associated with the exposure of the secondary display includes detecting a movement of a cover of the secondary display as a result of the folding or bending of the electronic device; characterized in that the method comprises: determining the size of the exposed area of the secondary display as a result of the folding or bending of the electronic device, wherein the electronic device determines whether and how much the secondary display is exposed, wherein the exposed area of the secondary display is configured to display content; displaying information on the secondary display based on the determined size of the exposed area of the secondary display ; and updating the information displayed on the secondary display in response to detecting a change in the determined size of the exposed area of the secondary display , wherein the information displayed is updated according to the change in the determined size of the secondary display. determining the size of the exposed area of the secondary display as a result of the folding or bending of the electronic device, wherein the electronic device determines whether and how much the secondary display is exposed, wherein the exposed area of the secondary display is configured to display content; displaying information on the secondary display based on the determined size of the exposed area of the secondary display ; and updating the information displayed on the secondary display in response to detecting a change in the determined size of the exposed area of the secondary display , wherein the information displayed is updated according to the change in the determined size of the secondary display.
A method for launching an application program on an embedded Linux kernel , the method comprising: installing an application program; searching security set information on the application program selected by a user; changing a user account for a processor of the application program to a user identification assigned to the application program in the security set information; setting a capability for the processor according to setting information for the capability in the security set information; and launching the application program; wherein installing the application program comprises: assigning , to the application program, a user identification different from a user identification assigned to an application program installed previously; configuring setting information for a capability required by the application program; and storing a security set information including the user identification and the capability in a registry. installing an application program; searching security set information on the application program selected by a user; changing a user account for a processor of the application program to a user identification assigned to the application program in the security set information; setting a capability for the processor according to setting information for the capability in the security set information; and launching the application program; wherein installing the application program comprises: assigning , to the application program, a user identification different from a user identification assigned to an application program installed previously; configuring setting information for a capability required by the application program; and storing a security set information including the user identification and the capability in a registry. assigning , to the application program, a user identification different from a user identification assigned to an application program installed previously; configuring setting information for a capability required by the application program; and storing a security set information including the user identification and the capability in a registry.
A method for sending a sidelink channel state information, CSI, report, comprising: receiving, by a first terminal, access stratum configuration information of a sidelink sent by a second terminal, wherein the access stratum configuration information indicates the maximum allowed delay of a first sidelink channel state information, CSI, report; when the first sidelink CSI report is triggered, starting, by the first terminal, a first timer, and obtaining , by the first terminal, a first sidelink resource, wherein a length of the first timer is the maximum allowed delay of the first sidelink CSI report; sending , by the first terminal, the first sidelink CSI report to the second terminal on the first sidelink resource, wherein the first sidelink CSI report is used by the first terminal to feed back, to the second terminal, CSI of a sidelink between the first terminal and the second terminal; canceling, by the first terminal, the first sidelink CSI report when the first timer times out. receiving, by a first terminal, access stratum configuration information of a sidelink sent by a second terminal, wherein the access stratum configuration information indicates the maximum allowed delay of a first sidelink channel state information, CSI, report; when the first sidelink CSI report is triggered, starting, by the first terminal, a first timer, and obtaining , by the first terminal, a first sidelink resource, wherein a length of the first timer is the maximum allowed delay of the first sidelink CSI report; sending , by the first terminal, the first sidelink CSI report to the second terminal on the first sidelink resource, wherein the first sidelink CSI report is used by the first terminal to feed back, to the second terminal, CSI of a sidelink between the first terminal and the second terminal; canceling, by the first terminal, the first sidelink CSI report when the first timer times out.
A cooling fan, which is installable at a corresponding position of a cooling element, comprising a fan body , a fan frame and a fan impeller , wherein the fan frame is circular in shape, the fan body is arranged along an outer circumference of the fan frame , and the fan impeller is installed in the fan frame , the cooling fan being characterized in that a rubber layer , which is formed by secondary injection molding, is arranged at an outer surface of the fan body and at the upper and lower edges of the fan frame , respectively, at a place where the cooling fan contacts the cooling element when the cooling fan is installed at the corresponding position of the cooling element.
Battery housing for accommodating one or more battery modules, in particular for an electrically powered vehicle or a vehicle with hybrid drive, comprising - a box with a frame (2.1) and a base (2.2), which provides an interior space for accommodating the battery module or modules, - at least one mounting support which is connected to the frame (2.1) of the box at least in sections on the side of the frame (2.1) facing away from the interior and which serves to detachably connect the battery housing to a vehicle, - a lid to close the box , characterized in that the frame (2.1), the base (2.2), the mounting support or the cover of the battery housing is made from a sheet steel which has a microstructure comprising ferrite and martensite, the sheet steel having a microstructure with at least 65% ferrite and martensite, at least 20% ferrite and at least 5% martensite being present, up to 35% bainite, pearlite, cementite and/or retained austenite being present, and being provided with a zinc-based coating on one or both sides. - a box with a frame (2.1) and a base (2.2), which provides an interior space for accommodating the battery module or modules, - at least one mounting support which is connected to the frame (2.1) of the box at least in sections on the side of the frame (2.1) facing away from the interior and which serves to detachably connect the battery housing to a vehicle, - a lid to close the box ,
Pneumatic vehicle tire of radial type of construction, in particular a commercial vehicle tire, having a belt assembly made up of at least three plies , namely two working plies and a protective ply arranged radially on the outside with respect to the working plies , wherein the protective ply has reinforcing members made up of one or more twisted-together steel filaments , wherein the steel of the steel filaments can be assigned to a strength class, characterized in that each steel filament of the reinforcing member of the protective ply has the same filament diameter , wherein the diameter lies in a range from 0.30 to 0.45 mm, and the steel of the steel filaments of the reinforcing members of the protective ply can be assigned to the strength class ST or to a higher strength class, wherein the strength class ST has a tensile strength in MPa of 3980-2000*d and the strength class UT has a tensile strength in MPa of 4400-2000*d, wherein d is the diameter of a steel filament in millimeters.
A three-dimensional memory device, comprising: a substrate ; a first memory deck comprising a first plurality of interleaved conductor layers and dielectric layers above the substrate ; a first channel structure extending vertically through the first memory deck and comprising: a first memory film and a first semiconductor channel along a sidewall of the first channel structure ; and an inter-deck plug in an upper portion of the first channel structure and in contact with the first semiconductor channel , wherein a lateral surface of the inter-deck plug is without protrusions thereon; a second memory deck comprising a second plurality of interleaved conductor layers and dielectric layers above the first memory deck ; and a second channel structure extending vertically through the second memory deck and comprising a second memory film and a second semiconductor channel along a sidewall of the second channel structure , wherein the second semiconductor channel is in contact with the inter-deck plug ; characterised in that a top surface of the inter-deck plug is flush with an upper end of the first semiconductor channel , and wherein the top surface of the inter-deck plug is below an upper end of the first memory film . a substrate ; a first memory deck comprising a first plurality of interleaved conductor layers and dielectric layers above the substrate ; a first channel structure extending vertically through the first memory deck and comprising: a first memory film and a first semiconductor channel along a sidewall of the first channel structure ; and an inter-deck plug in an upper portion of the first channel structure and in contact with the first semiconductor channel , wherein a lateral surface of the inter-deck plug is without protrusions thereon; a first memory film and a first semiconductor channel along a sidewall of the first channel structure ; and an inter-deck plug in an upper portion of the first channel structure and in contact with the first semiconductor channel , wherein a lateral surface of the inter-deck plug is without protrusions thereon; a second memory deck comprising a second plurality of interleaved conductor layers and dielectric layers above the first memory deck ; and a second channel structure extending vertically through the second memory deck and comprising a second memory film and a second semiconductor channel along a sidewall of the second channel structure , wherein the second semiconductor channel is in contact with the inter-deck plug ; characterised in that a top surface of the inter-deck plug is flush with an upper end of the first semiconductor channel , and wherein the top surface of the inter-deck plug is below an upper end of the first memory film .
A control device comprising a ball grid array disposed at a bottom thereof, wherein the ball grid array includes a plurality of ground balls (G1) and a plurality of power balls, which are jointly arranged in a ball region , the power balls (P1) being divided into a plurality of power ball groups , and the ground balls (G1) being divided into a plurality of ground ball groups ; wherein at least one of the ground ball groups and at least one of the power ball groups are adjacent to each other, and a ball pitch (d1) between the two adjacent ones of the ground balls (G1) of the at least one of the ground ball groups is greater than a ball pitch (d2) between one of the power balls (P1) and one of the ground balls (G1) that are adjacent to each other, characterized in that the at least one of the ground ball groups includes two adjacent ones of the ground balls (G1), the two adjacent ones of the ground balls (G1) of the at least one of the ground ball groups and one of the power balls (P1) of the at least one of the power ball groups are arranged in the same row, wherein the ball pitch means a linear distance between two respective geometric centers of any two adjacent ones of the ground balls (G1) and the power balls (P1). wherein at least one of the ground ball groups and at least one of the power ball groups are adjacent to each other, and a ball pitch (d1) between the two adjacent ones of the ground balls (G1) of the at least one of the ground ball groups is greater than a ball pitch (d2) between one of the power balls (P1) and one of the ground balls (G1) that are adjacent to each other, characterized in that the at least one of the ground ball groups includes two adjacent ones of the ground balls (G1), the two adjacent ones of the ground balls (G1) of the at least one of the ground ball groups and one of the power balls (P1) of the at least one of the power ball groups are arranged in the same row, wherein the ball pitch means a linear distance between two respective geometric centers of any two adjacent ones of the ground balls (G1) and the power balls (P1).
A sclerosing agent and bone graft material for use in a method for treatment of a bone lesion in a patient, the method comprising: locating a treatment volume in the bone of the patient, wherein the treatment volume is a unicameral bone cyst; placing a venting device into the treatment volume, wherein the venting device comprises a needle; administering the sclerosing agent to the treatment volume; and after administering the sclerosing agent, administering the bone graft material to the treatment volume; wherein administering the sclerosing agent to the treatment volume includes administering a fluid comprising the sclerosing agent and is performed using a delivery device that comprises a needle, and wherein the sclerosing agent is aspirated through the venting device in a push-pull fashion, irrigating the treatment volume. locating a treatment volume in the bone of the patient, wherein the treatment volume is a unicameral bone cyst; placing a venting device into the treatment volume, wherein the venting device comprises a needle; administering the sclerosing agent to the treatment volume; and after administering the sclerosing agent, administering the bone graft material to the treatment volume; wherein administering the sclerosing agent to the treatment volume includes administering a fluid comprising the sclerosing agent and is performed using a delivery device that comprises a needle, and wherein the sclerosing agent is aspirated through the venting device in a push-pull fashion, irrigating the treatment volume.
A compound for use in a method of treating transplant rejection in a mammal that has received a solid organ transplant, wherein the compound is pacritinib or a pharmaceutically acceptable salt or N-oxide thereof.
A printing system comprising: a print controller configured to receive a sheet image as input, the print controller comprising a color management unit; a printer configured to output the sheet image processed by the color management unit ; and a graphical user interface configured to receive, from a user, a pre-defined color parameter X for mapping the input color into the output color from a plurality of color parameters, the color management unit including: a color cache configured to store input colors and corresponding output colors; and a color engine configured to receive the input colors and perform Force-X transformations to map an input color into an output color based on the pre-defined color parameter, wherein the Force-X transformation verifies whether an input color from the pixels of an image to be printed by the printer is contained in the colors stored in cache , uses said corresponding output color if the verification is successful, or conversely uses look-up tables for generating the output color if the verification fails and stores in cache for later use the input color and the output color obtained from a look-up table contained in the color cache . a print controller configured to receive a sheet image as input, the print controller comprising a color management unit; a printer configured to output the sheet image processed by the color management unit ; and a graphical user interface configured to receive, from a user, a pre-defined color parameter X for mapping the input color into the output color from a plurality of color parameters, the color management unit including: a color cache configured to store input colors and corresponding output colors; and a color engine configured to receive the input colors and perform Force-X transformations to map an input color into an output color based on the pre-defined color parameter, wherein the Force-X transformation verifies whether an input color from the pixels of an image to be printed by the printer is contained in the colors stored in cache , uses said corresponding output color if the verification is successful, or conversely uses look-up tables for generating the output color if the verification fails and stores in cache for later use the input color and the output color obtained from a look-up table contained in the color cache . a color cache configured to store input colors and corresponding output colors; and a color engine configured to receive the input colors and perform Force-X transformations to map an input color into an output color based on the pre-defined color parameter, wherein the Force-X transformation verifies whether an input color from the pixels of an image to be printed by the printer is contained in the colors stored in cache , uses said corresponding output color if the verification is successful, or conversely uses look-up tables for generating the output color if the verification fails and stores in cache for later use the input color and the output color obtained from a look-up table contained in the color cache .