mhurhangee/ep-ind-claims huggingface dataset:
A connector assembly comprising: a first connector with a first housing storing a first terminal thereof; and a second connector engaging with the first connector by inserting a second housing thereof into the first housing such that a second terminal stored in the second housing is connected to the first terminal, wherein the second connector is mounted on a fixing bracket by inserting the fixing bracket into a cassette type insertion section formed on a face of the second housing, characterized in that the first housing has a hood allowing the cassette type insertion section to be inserted from an insertion direction of the second housing by inserting the second housing mounted on the fixing bracket into the first housing, under a state where the second connector is engaged with the first connector, an outer face (115a, 115b, 115c) of the cassette type insertion section extending in the insertion direction of the second housing into the first housing comes into face contact with an inner face (215a, 215b, 215c) provided in the hood, and the fixing bracket extends from an opening formed in the hood to the outside of the hood, and the hood has a pressure section therein for bringing into contact with the fixing bracket inserted into the cassette type insertion section in a state where the second connector is engaged with the first connector, thereby bringing the fixing bracket into pressure contact with an inner face of the cassette type insertion section. a first connector with a first housing storing a first terminal thereof; and a second connector engaging with the first connector by inserting a second housing thereof into the first housing such that a second terminal stored in the second housing is connected to the first terminal, wherein the second connector is mounted on a fixing bracket by inserting the fixing bracket into a cassette type insertion section formed on a face of the second housing, characterized in that the first housing has a hood allowing the cassette type insertion section to be inserted from an insertion direction of the second housing by inserting the second housing mounted on the fixing bracket into the first housing, under a state where the second connector is engaged with the first connector, an outer face (115a, 115b, 115c) of the cassette type insertion section extending in the insertion direction of the second housing into the first housing comes into face contact with an inner face (215a, 215b, 215c) provided in the hood, and the fixing bracket extends from an opening formed in the hood to the outside of the hood, and the hood has a pressure section therein for bringing into contact with the fixing bracket inserted into the cassette type insertion section in a state where the second connector is engaged with the first connector, thereby bringing the fixing bracket into pressure contact with an inner face of the cassette type insertion section.
A graphics processing unit card, wherein the graphics processing unit card comprises a main chip and M Peripheral Component Interface Express, PCIe, interfaces electrically connected to the main chip, wherein: the M PCIe interfaces are configured to electrically connect to a mainboard, and M is an integer greater than or equal to 2; and the main chip comprises a mode control module, and when identifying that only one PCIe interface of the graphics processing unit card transmits data, the mode control module configures the graphics processing unit card to be in a single-card mode, or when identifying that N PCIe interfaces of the graphics processing unit card transmit data, the mode control module configures the graphics processing unit card to be in an interface extended mode, wherein N is a natural number less than or equal to M and greater than or equal to 2, wherein: when the graphics processing unit card is in a single-card mode, the graphics processing unit card is identified as a single graphics processing device; or when the graphics processing unit card is in an interface extended mode, the graphics processing unit card is identified as N graphics processing devices, wherein the main chip further comprises multiple multi-core stream processors, wherein: when the graphics processing unit card is identified as a single graphics processing device, the mode control module allocates all the multiple multi-core stream processors to the single graphics processing device; or when the graphics processing unit card is identified as N graphics processing devices, the mode control module allocates the multiple multi-core stream processors to the graphics processing devices according to a bandwidth ratio of PCIe channels corresponding to the graphics processing devices; and the N PCIe interfaces of the graphics processing unit card are corresponding to N PCIe channels. wherein: when the graphics processing unit card is in a single-card mode, the graphics processing unit card is identified as a single graphics processing device; or when the graphics processing unit card is in an interface extended mode, the graphics processing unit card is identified as N graphics processing devices, wherein the main chip further comprises multiple multi-core stream processors, wherein: when the graphics processing unit card is identified as a single graphics processing device, the mode control module allocates all the multiple multi-core stream processors to the single graphics processing device; or when the graphics processing unit card is identified as N graphics processing devices, the mode control module allocates the multiple multi-core stream processors to the graphics processing devices according to a bandwidth ratio of PCIe channels corresponding to the graphics processing devices; and the N PCIe interfaces of the graphics processing unit card are corresponding to N PCIe channels.
A method for manufacturing a crosslinked polyolefin separator, comprising: putting a polyolefin, a polyolefin elastomer and a first diluent into an extruder, and mixing them; putting a second diluent, an alkoxy silane containing a carbon-carbon double bond functional group, an initiator and a crosslinking catalyst into the extruder, and mixing them for reactive extrusion of a silane grafted polyolefin composition; forming the silane grafted polyolefin composition obtained by the reactive extrusion into a shape of a sheet and stretching the sheet; extracting the first diluent and the second diluent from the stretched sheet to produce a porous membrane; heat-setting the porous membrane; and crosslinking the heat-set porous membrane in the presence of moisture, wherein a weight ratio of the polyolefin and the polyolefin elastomer is 94: 6 to 65: 35, and a ratio of an elapsed time between the introduction of the second diluent and the extrusion to an elapsed time between the introduction of the polyolefin, the polyolefin elastomer and the first diluent and the extrusion is 0.3 to 0.7; wherein the polyolefin is polyethylene, polypropylene, polybutylene, polypentene, polyhexene, polyoctene, or their mixture; and wherein the polyolefin elastomer includes a copolymer of at least two of ethylene, propylene, butene, pentene, 4-methylpentene, hexene and octene. putting a polyolefin, a polyolefin elastomer and a first diluent into an extruder, and mixing them; putting a second diluent, an alkoxy silane containing a carbon-carbon double bond functional group, an initiator and a crosslinking catalyst into the extruder, and mixing them for reactive extrusion of a silane grafted polyolefin composition; forming the silane grafted polyolefin composition obtained by the reactive extrusion into a shape of a sheet and stretching the sheet; extracting the first diluent and the second diluent from the stretched sheet to produce a porous membrane; heat-setting the porous membrane; and crosslinking the heat-set porous membrane in the presence of moisture, wherein a weight ratio of the polyolefin and the polyolefin elastomer is 94: 6 to 65: 35, and a ratio of an elapsed time between the introduction of the second diluent and the extrusion to an elapsed time between the introduction of the polyolefin, the polyolefin elastomer and the first diluent and the extrusion is 0.3 to 0.7; wherein the polyolefin is polyethylene, polypropylene, polybutylene, polypentene, polyhexene, polyoctene, or their mixture; and wherein the polyolefin elastomer includes a copolymer of at least two of ethylene, propylene, butene, pentene, 4-methylpentene, hexene and octene.
A communication method, comprising: sending, by a first network device, request information to a second network device, wherein the request information comprises an identifier of a network slice, configuration information of a data radio bearer, DRB, corresponding to the identifier of the network slice, and first general packet radio service tunneling protocol-user plane, GTP-U, tunnel address information corresponding to the identifier of the network slice; and receiving, by the first network device, feedback information from the second network device, wherein the feedback information comprises second GTP-U tunnel address information corresponding to the identifier of the network slice; the first GTP-U tunnel address information and the second GTP-U tunnel address information are used to identify a user plane tunnel that corresponds to the identifier of the network slice and that is between the first network device and the second network device; and the first network device has a radio link control layer function, a media access control layer function, and a physical layer function, and the second network device has a packet data convergence protocol layer function and a radio resource control layer function; characterised in that the request information further includes indication information used to indicate whether the user plane tunnel is a user plane unicast tunnel or a user plane multicast tunnel. sending, by a first network device, request information to a second network device, wherein the request information comprises an identifier of a network slice, configuration information of a data radio bearer, DRB, corresponding to the identifier of the network slice, and first general packet radio service tunneling protocol-user plane, GTP-U, tunnel address information corresponding to the identifier of the network slice; and receiving, by the first network device, feedback information from the second network device, wherein the feedback information comprises second GTP-U tunnel address information corresponding to the identifier of the network slice; the first GTP-U tunnel address information and the second GTP-U tunnel address information are used to identify a user plane tunnel that corresponds to the identifier of the network slice and that is between the first network device and the second network device; and the first network device has a radio link control layer function, a media access control layer function, and a physical layer function, and the second network device has a packet data convergence protocol layer function and a radio resource control layer function; characterised in that the request information further includes indication information used to indicate whether the user plane tunnel is a user plane unicast tunnel or a user plane multicast tunnel.
A layered article to seal an opening in a package for a product having an alcohol content of 5 to 70 % by weight, comprising: a biaxially oriented polymeric facestock, a reclosure adhesive disposed on the facestock, a machine direction oriented film disposed on the reclosure adhesive, with at least one cut-out at a periphery of the film that is in line with a machine direction of the film, a sealing adhesive disposed on the film and having an adhesive strength that is not significantly diminished by the product, for adhering the layered article to the package; and wherein an initial peeling of the layered article from the package causes the film to tear from said at least one cut-out, in the machine direction of the film, forming a peeled portion of the layered article that is peeled from the package and exposes the opening, and forming a remaining portion of the layered article that is retained on the package. a biaxially oriented polymeric facestock, a reclosure adhesive disposed on the facestock, a machine direction oriented film disposed on the reclosure adhesive, with at least one cut-out at a periphery of the film that is in line with a machine direction of the film, a sealing adhesive disposed on the film and having an adhesive strength that is not significantly diminished by the product, for adhering the layered article to the package; and wherein an initial peeling of the layered article from the package causes the film to tear from said at least one cut-out, in the machine direction of the film, forming a peeled portion of the layered article that is peeled from the package and exposes the opening, and forming a remaining portion of the layered article that is retained on the package.
An implantable medical device, comprising: a sensing device for sensing a magnetic field; and a processing device configured to detect a presence of an MRI device based on measurement values obtained from the sensing device; wherein the processing device is configured to conclude that an MRI device is present if a multiplicity of measurement values obtained from the sensing device indicates an increase of a strength of the magnetic field, characterized in that the sensing device is configured to conduct measurements at a specified sampling rate in between 1 Hz and 50 Hz, in particular at 4 Hz, and to provide measurement values at the specified sampling rate, wherein the processing device is configured to increment a counter value if a measurement value indicates an increase of the strength of the magnetic field and to reset the counter value to a start value if the counter value is not increased in a predefined period of time.
A method of releasing a subterranean fluid additive in a subterranean formation comprising: providing a magnetically-sensitive component that comprises a subterranean fluid additive; providing a magnetic source; and releasing the subterranean fluid additive in the subterranean formation from the magnetically-sensitive component using a magnetic force generated from the magnetic source, characterised in that the magnetically-sensitive component is a ferrogel. providing a magnetically-sensitive component that comprises a subterranean fluid additive; providing a magnetic source; and releasing the subterranean fluid additive in the subterranean formation from the magnetically-sensitive component using a magnetic force generated from the magnetic source,
A large-field fluorescence imaging apparatus for acquiring a fluorescent image of a sample under study, comprising: a white light source coupled with a reflector for producing a collimated white light beam; an input filter for filtering the white light beam to produce an excitation beam having an excitation frequency band; an array detector for detecting the fluorescent light from the sample for generating a fluorescent image of the sample; imaging optics (38,40) for imaging the fluorescent light from the sample onto the array detector; and an output filter disposed between the sample and the array detector for removing unwanted light while passing the fluorescent light from the sample, characterised by an excitation input path between the input filter and the sample having reflective optics comprising a single concave mirror for projecting the excitation beam onto the sample for generating fluorescent light therein, wherein the single concave mirror is positioned to form an illumination area on the sample matching the field of view of the imaging optics (38,40). a white light source coupled with a reflector for producing a collimated white light beam; an input filter for filtering the white light beam to produce an excitation beam having an excitation frequency band; an array detector for detecting the fluorescent light from the sample for generating a fluorescent image of the sample; an array detector for detecting the fluorescent light from the sample for generating a fluorescent image of the sample; imaging optics (38,40) for imaging the fluorescent light from the sample onto the array detector; and an output filter disposed between the sample and the array detector for removing unwanted light while passing the fluorescent light from the sample, characterised by an excitation input path between the input filter and the sample having reflective optics comprising a single concave mirror for projecting the excitation beam onto the sample for generating fluorescent light therein, wherein the single concave mirror is positioned to form an illumination area on the sample matching the field of view of the imaging optics (38,40).
A glass-based article comprising: a first surface and a second surface opposing the first surface defining a thickness ( t) and a center between the first surface and the second surface, the glass-based article comprising Li 2 O, ion-exchanged potassium and ion-exchanged sodium; and a stress profile comprising a hump stress region extending from the first surface or a point below the first surface to an apex in a range of 0.001• t and 0.1• t, a compressive stress at the apex in a range of 25 MPa and 750 MPa, wherein at least one point of the stress profile of the hump stress region between the first surface and the apex comprises a tangent having a slope with a value from 25 MPa/micrometer to 500 MPa/micrometer, a decreasing stress region extending from the apex that decreases such that at least one point of the stress profile of the decreasing stress region extending from the apex toward the center comprises a tangent having a slope with a value from -20 MPa/micrometer to -200 MPa/micrometer until the decreasing stress region reaches a depth of compression where the glass-based article has a stress value of zero, the depth of compression being in a range of 0.1• t and 0.25• t, and a tensile stress region extending from the depth of compression to a maximum tensile stress, wherein the glass-based article comprises a thickness from 0.01 mm to 3 mm. a first surface and a second surface opposing the first surface defining a thickness ( t) and a center between the first surface and the second surface, the glass-based article comprising Li 2 O, ion-exchanged potassium and ion-exchanged sodium; and a stress profile comprising a hump stress region extending from the first surface or a point below the first surface to an apex in a range of 0.001• t and 0.1• t, a compressive stress at the apex in a range of 25 MPa and 750 MPa, wherein at least one point of the stress profile of the hump stress region between the first surface and the apex comprises a tangent having a slope with a value from 25 MPa/micrometer to 500 MPa/micrometer, a decreasing stress region extending from the apex that decreases such that at least one point of the stress profile of the decreasing stress region extending from the apex toward the center comprises a tangent having a slope with a value from -20 MPa/micrometer to -200 MPa/micrometer until the decreasing stress region reaches a depth of compression where the glass-based article has a stress value of zero, the depth of compression being in a range of 0.1• t and 0.25• t, and a tensile stress region extending from the depth of compression to a maximum tensile stress, wherein the glass-based article comprises a thickness from 0.01 mm to 3 mm.
An impact driver screw driving device with depth adjustment, comprising: a screw driving mechanism that retains a screw bit for driving screws into a work surface; a floating sleeve that surrounds the screw driving mechanism; a floating sleeve spring that provides a constant bias between an upper end of the floating sleeve and an upper end of a hollow clutch sleeve of the screw driving mechanism; a depth control threaded sleeve connected to a bottom end of the floating sleeve, the depth control threaded sleeve having a bottom end with a passage through which the screw bit extends; and a clutch spring that constantly urges the screw driving mechanism to a drive position characterised in that the floating sleeve comprises a plurality of depth adjustment indexes and the depth control threaded sleeve comprises a depth adjustment indicator that is manually displaceable by rotation of the depth control threaded sleeve on the floating sleeve to move the depth adjustment indicator from one depth adjustment index to another. a screw driving mechanism that retains a screw bit for driving screws into a work surface; a floating sleeve that surrounds the screw driving mechanism; a floating sleeve spring that provides a constant bias between an upper end of the floating sleeve and an upper end of a hollow clutch sleeve of the screw driving mechanism; a depth control threaded sleeve connected to a bottom end of the floating sleeve, the depth control threaded sleeve having a bottom end with a passage through which the screw bit extends; and a clutch spring that constantly urges the screw driving mechanism to a drive position characterised in that the floating sleeve comprises a plurality of depth adjustment indexes and the depth control threaded sleeve comprises a depth adjustment indicator that is manually displaceable by rotation of the depth control threaded sleeve on the floating sleeve to move the depth adjustment indicator from one depth adjustment index to another.