mhurhangee/ep-ind-claims huggingface dataset:
An animal farm production facility for at least one animal, said facility comprising at least one apparatus which is used to promoting D-vitamin production in a non-human animal, said apparatus comprising at least one lamp assembly, said at least one lamp assembly is adapted to emit polychromatic light, wherein the polychromatic light at least emulates natural light and UV light at wavelengths between 270 nm and 315 nm, wherein the at least one lamp assembly comprises at least one medium and/or high pressure lamp.
A method of detecting nano- and micro-plastics in an aqueous sample suspected of being polluted with nano- or micro-plastics, the method comprising the following steps: - contacting the aqueous sample suspected of being polluted with nano- or micro-plastics with an aqueous solution of hyaluronic acid functionalized with a luminescent dye as the sensing probe, thereby obtaining a test sample; - illuminating the test sample with a light source capable of exciting the luminescent dye; - measuring a luminescence parameter obtained from the test sample upon illumination, wherein the luminescence parameter is selected from the luminescence intensity and the luminescence lifetime; and - comparing the luminescence parameter obtained from the test sample with the same luminescence parameter obtained from a background sample, wherein the background sample is the aqueous sample suspected of being polluted with nano- or micro-plastics in the absence of the sensing probe, wherein an increase in the luminescence intensity or a variation in the luminescence lifetime of the test sample as compared to the background sample is indicative of the presence of nano- or micro-plastics in the aqueous sample. - contacting the aqueous sample suspected of being polluted with nano- or micro-plastics with an aqueous solution of hyaluronic acid functionalized with a luminescent dye as the sensing probe, thereby obtaining a test sample; - illuminating the test sample with a light source capable of exciting the luminescent dye; - measuring a luminescence parameter obtained from the test sample upon illumination, wherein the luminescence parameter is selected from the luminescence intensity and the luminescence lifetime; and - comparing the luminescence parameter obtained from the test sample with the same luminescence parameter obtained from a background sample, wherein the background sample is the aqueous sample suspected of being polluted with nano- or micro-plastics in the absence of the sensing probe,
An enclosure for telecommunications equipment comprising: first and second housing pieces (22, 24) that fit together to form at least a portion of the enclosure, the first and second housing pieces (22, 24) meeting at a sealing interface, the sealing interface including a sealing channel section of the first housing piece and a sealing rib of the second housing piece, the sealing channel section defining a sealing channel, the sealing rib projecting into the sealing channel when the first and second housing pieces (22, 24) are fitted together; the sealing interface including an elastomeric sealing member having a first side that faces away from a closed end of the sealing channel and a second side that faces toward the closed end of the sealing channel; characterized in that the sealing interface including a void region defined between the second side of the elastomeric sealing member and the closed end of the sealing channel; and the sealing rib having a base end and a free end, the free end of the sealing rib engaging the first side of the elastomeric sealing member to form a first axial seal location when the first and second housing pieces (22, 24) are fitted together, the sealing channel section engaging the second side of the elastomeric sealing member to form second and third axial seal locations (58, 60) when the first and second housing pieces (22, 24) are fitted together, the first axial seal location being positioned on an axial reference line that intersects the void region, the axial reference line being positioned between the second and third axial seal locations (58, 60); wherein the elastomeric sealing member has an H-shaped transverse cross-sectional profile, the H-shaped transverse cross-sectional profile includes two spaced-apart legs interconnected by a cross-member, wherein the sealing rib engages the cross-member at the first side of the elastomeric sealing member to provide the first axial seal location, and wherein ends of the two spaced-apart legs at the second side of the elastomeric sealing member engage the closed end of the channel to provide the second and third axial seal locations (58, 60) being positioned on opposite sides of the void region.
A method for 5G media streaming, 5GMS, at a user device, comprising: sending, a request from a 5GMS service client of the user device to a 5GMS application function of a 5G data network, the request including edge application server filtering information and requesting a 5GMS service; receiving, an acknowledgement from the 5GMS application function with information of a 5GMS application server that is instantiated by an edge application server, wherein the edge application server is selected based on the edge application server filtering information included in the sent request; and performing the 5G media streaming based on the information of the 5GMS application server. sending, a request from a 5GMS service client of the user device to a 5GMS application function of a 5G data network, the request including edge application server filtering information and requesting a 5GMS service; receiving, an acknowledgement from the 5GMS application function with information of a 5GMS application server that is instantiated by an edge application server, wherein the edge application server is selected based on the edge application server filtering information included in the sent request; and performing the 5G media streaming based on the information of the 5GMS application server.
A method for acquiring a routing strategy in 3GPP standards, characterized by comprising: a routing strategy provision unit sending a routing strategy of local IP access to a radio side network element, wherein the routing strategy is a corresponding relationship between a packet destination address and two routing options of the local IP access or core network access, or a relationship between a local IP access type and routing options, wherein the Local IP access type is a local IP access to Internet, or a local IP access to home network; and the radio side network element receiving the routing strategy of the local IP access, wherein the routing strategy is: a routing strategy for a network element or a routing strategy for a user; wherein the routing strategy provision unit is a mobility management element, and when the routing strategy is a routing strategy for a network element, the routing strategy provision unit sending the routing strategy of the local IP access to the radio side network elements comprises: the mobility management element locally configuring a general routing strategy of the local IP access to be sent to the radio side network element; when the routing strategy is a routing strategy for a user, before the routing strategy provision unit sending the routing strategies of the local IP access to the radio side network elements, the method further comprises: when a user equipment registers to the network or a location of the user equipment changes, or the routing strategy changes, a Home Subscriber Server sending the routing strategy of the local IP access to the mobility management element. a routing strategy provision unit sending a routing strategy of local IP access to a radio side network element, wherein the routing strategy is a corresponding relationship between a packet destination address and two routing options of the local IP access or core network access, or a relationship between a local IP access type and routing options, wherein the Local IP access type is a local IP access to Internet, or a local IP access to home network; and the radio side network element receiving the routing strategy of the local IP access, wherein the routing strategy is: a routing strategy for a network element or a routing strategy for a user; wherein the routing strategy provision unit is a mobility management element, and when the routing strategy is a routing strategy for a network element, the routing strategy provision unit sending the routing strategy of the local IP access to the radio side network elements comprises: the mobility management element locally configuring a general routing strategy of the local IP access to be sent to the radio side network element; when the routing strategy is a routing strategy for a user, before the routing strategy provision unit sending the routing strategies of the local IP access to the radio side network elements, the method further comprises: when a user equipment registers to the network or a location of the user equipment changes, or the routing strategy changes, a Home Subscriber Server sending the routing strategy of the local IP access to the mobility management element.
A support for cell adherence or growth, comprising a polymer of a major ampullate spidroin protein, wherein said protein consists of from 150 to 420 amino acid residues and is defined by the formula REP-CT, wherein REP is a protein fragment having from 80 to 300 amino acid residues, wherein said fragment is selected from the group of L n L, L n AL, L n L, L n GL, wherein n is an integer from 4 to 8; each individual A segment is an amino acid sequence of from 8 to 18 amino acid residues, wherein from 0 to 3 of the amino acid residues are not Ala, and the remaining amino acid residues are Ala; each individual G segment is an amino acid sequence of from 12 to 30 amino acid residues, wherein at least 40% of the amino acid residues are Gly; and each individual L segment is a linker amino acid sequence of from 0 to 20 amino acid residues; and CT is a protein fragment having from 70 to 120 amino acid residues, which fragment is or has at least 80% identity to an amino acid sequence selected from the group consisting of amino acid residues 172-269 of SEQ ID NO: 9 and amino acid residues 172-269 of SEQ ID NO: 16. n is an integer from 4 to 8; each individual A segment is an amino acid sequence of from 8 to 18 amino acid residues, wherein from 0 to 3 of the amino acid residues are not Ala, and the remaining amino acid residues are Ala; each individual G segment is an amino acid sequence of from 12 to 30 amino acid residues, wherein at least 40% of the amino acid residues are Gly; and each individual L segment is a linker amino acid sequence of from 0 to 20 amino acid residues; and
A method for the detection, diagnosis or staging of lung cancer in a patient, the method comprising the combined analysis of CYFRA 21-1 and LRG-1 proteins, in a blood sample from the subject, said combined analysis providing an indication of the presence, stage or progression of lung cancer in the patient:
A ceiling type air conditioner comprising: an inner case in which a blower and a heat exchanger are built-in, and a blow passage for guiding air passed through the heat exchanger downward is formed; an inner flow path body which is disposed below the inner case and has a suction flow path for sucking air into the inner case so as to communicate vertically; and an outer flow path body which is spaced outward from the inner flow path body and disposed below the inner case, and forms a discharge flow path, between the inner flow path body, communicating with the blow passage; wherein an outer circumferential surface of the inner flow path body comprises a first concave portion formed to be concave, a first horizontal portion extended horizontally outwardly from a lower end of the first concave portion, and a vertical portion extended vertically downwardly from an outer end of the first horizontal portion, wherein the outer flow path body comprises a convex portion that is convexly formed toward the first concave portion, and characterized in that an inner end of the first horizontal portion is positioned on a vertical line extended downward from an upper end of the convex portion. an inner case in which a blower and a heat exchanger are built-in, and a blow passage for guiding air passed through the heat exchanger downward is formed; an inner flow path body which is disposed below the inner case and has a suction flow path for sucking air into the inner case so as to communicate vertically; and an outer flow path body which is spaced outward from the inner flow path body and disposed below the inner case, and forms a discharge flow path, between the inner flow path body, communicating with the blow passage; wherein an outer circumferential surface of the inner flow path body comprises a first concave portion formed to be concave, a first horizontal portion extended horizontally outwardly from a lower end of the first concave portion, and a vertical portion extended vertically downwardly from an outer end of the first horizontal portion, wherein the outer flow path body comprises a convex portion that is convexly formed toward the first concave portion, and characterized in that an inner end of the first horizontal portion is positioned on a vertical line extended downward from an upper end of the convex portion.
A centrifugal separator comprising a frame, a spindle rotably supported by the frame, a centrifuge rotor mounted to the spindle to rotate together with the spindle around an axis (x) of rotation, wherein the centrifuge rotor comprises a rotor casing enclosing a separation space in which a stack of separation disks is arranged, a plurality of peripheral ports extending from the separation space through the rotor casing to a surrounding space, a valve slide movable between a closed position, in which the peripheral ports are closed, and an open position, in which the peripheral ports are open, a closing chamber provided between the valve slide and the rotor casing and containing a hydraulic medium acting on the valve slide, an inlet channel configured for supplying the hydraulic medium to the closing chamber in order to hold the valve slide in the closed position, an outlet passage for discharging an outlet flow of the hydraulic medium from the closing chamber in order to move the valve slide to the open position, wherein the outlet passage comprises a number of outlet channels for the outlet flow, and wherein each outlet channel extends through the rotor casing and is associated with a respective valve body, wherein the valve body is provided in the outlet channel and is movable from a closing position to an opening position against the direction of the outlet flow in order to permit the outlet flow, wherein the valve body rests against a valve seat in the outlet channel in the closing position, and wherein the centrifugal separator comprises a closing mechanism arranged to move the valve body from the closing position to the opening position by removing the valve body from the valve seat, characterised in that the valve body is removed from the valve seat towards the valve slide, and that the closing mechanism comprises an annular control slide extending around the axis (x) of rotation and being movable from a first position to a second position, thereby removing the valve body from the valve seat to the opening position.
A needle shield assembly comprising a collar for rotatable connection to a syringe barrel collar and a needle shield wherein said needle shield comprises two side walls defining a longitudinal opening and a back wall between said side walls defining a recess having an interior surface, said needle shield capable of pivoting from an open position wherein a needle cannula is exposed, to a closed needle protecting position wherein a distal end of said needle cannula is within said longitudinal opening of said needle shield; a locking structure for locking said needle shield in said closed needle protecting position when said needle shield is pivoted into said closed needle protecting position including an arm projecting from said interior surface of said needle shield, said arm having a free end positioned so that when said needle shield is pivoted to said closed position, said needle cannula moves past said free end and is trapped in said needle shield by said arm, said means for locking further including a locking projection on said proximal end of said needle shield for lockingly engaging a ledge on said collar when said needle shield is pivoted into said closed position; a protuberance in said recess at said proximal end of said needle shield positioned to contact a hub of a needle assembly when said needle shield is pivoted into said needle protecting position to help prevent over-rotation of said needle shield past said needle protecting position; and a spring connecting said collar and said needle shield for urging said needle shield toward said closed needle protecting position characterized by two stiffening walls, each stiffening wall running parallel to and outside of one of said side walls defining side channels outside of said longitudinal opening of said needle shield; and a tab on each of said side walls at said longitudinal opening, said tabs traversing said side channels to prevent said needle cannula from entering said side channels when said needle shield is pivoted into said needle protecting position and having angled guide surfaces converging toward said longitudinal opening for guiding said needle cannula into said longitudinal opening when said needle shield is being pivoted to said needle protecting position.
A method performed by a terminal device, wherein the method comprises: « starting a level 2 kernel, and transferring an image file of a to-be-recovered operating system to a specified location of a memory by using the started level 2 kernel, so that a location of a recovery program in the level 2 kernel in the memory is the same as a location of a recovery program in an original kernel in the memory, wherein the level 2 kernel is a compiled tailored image file of the original kernel, the original kernel being comprised in the to-be-recovered operating system, wherein the image file of the original kernel includes multiple code segments and the tailored image file is the image file of the original kernel without at least one of the multiple code segments being irrelevant to recovery of the to-be-recovered operating system, and the image file of the to-be-recovered operating system comprises hibernation state information of the to-be-recovered operating system (S303, S313, S323), • using, through the recovery program in the started level 2 kernel, the hibernation state information of the to-be-recovered operating system comprised in the image file of the to-be-recovered operating system in the specified location of the memory to recover the to-be-recovered operating system to a state before the to-be-recovered operating system enters a hibernation mode, thereby arriving at a recovered operating system (S305,S315, S325), • replacing the level 2 kernel with the original kernel comprised in the recovered operating system (S317, S327). « starting a level 2 kernel, and transferring an image file of a to-be-recovered operating system to a specified location of a memory by using the started level 2 kernel, so that a location of a recovery program in the level 2 kernel in the memory is the same as a location of a recovery program in an original kernel in the memory, wherein the level 2 kernel is a compiled tailored image file of the original kernel, the original kernel being comprised in the to-be-recovered operating system, wherein the image file of the original kernel includes multiple code segments and the tailored image file is the image file of the original kernel without at least one of the multiple code segments being irrelevant to recovery of the to-be-recovered operating system, and the image file of the to-be-recovered operating system comprises hibernation state information of the to-be-recovered operating system (S303, S313, S323), • using, through the recovery program in the started level 2 kernel, the hibernation state information of the to-be-recovered operating system comprised in the image file of the to-be-recovered operating system in the specified location of the memory to recover the to-be-recovered operating system to a state before the to-be-recovered operating system enters a hibernation mode, thereby arriving at a recovered operating system (S305,S315, S325), • replacing the level 2 kernel with the original kernel comprised in the recovered operating system (S317, S327).
Method of forming a fibre-based nonwoven fabric, the loose fibres being deposited on an infeed system (2, 3) and then being moved by a moving screen in the direction of a milling arrangement, the fibres being sucked against the screen by a partial vacuum at least in the region of the milling arrangement, the milling arrangement milling the mass of fibres fed to it down to the thickness desired for the nonwoven fabric, and excess fibres being cast back onto the infeed system by the milling arrangement, wherein the milling arrangement has at least one rotating milling roller and at least one stripper roller and the stripper roller is mounted on the side of the milling roller remote from the screen.
A method operational on an access point,, comprising: receiving a first request from an access terminal,, to establish a secure communication session via the access point;, sending a key request message to an authenticator,, wherein the key request message includes a locally obtained first access point identifier and a received access terminal identifier; and receiving a first master session key from the authenticator,, for establishing the communication session between the access terminal,, and the access point,, wherein the first master session key is a function of at least the first access point identifier and the access terminal identifier. receiving a first request from an access terminal,, to establish a secure communication session via the access point;, sending a key request message to an authenticator,, wherein the key request message includes a locally obtained first access point identifier and a received access terminal identifier; and receiving a first master session key from the authenticator,, for establishing the communication session between the access terminal,, and the access point,, wherein the first master session key is a function of at least the first access point identifier and the access terminal identifier.