mhurhangee/patent-ind-claim-en huggingface dataset:
Conveyor for paper tapes in paper processing plants, wherein the aforesaid conveyor is configured to be placed between a paper processing machine upstream of the same conveyor and which supplies said paper tape to the conveyor and a paper processing machine downstream of the conveyor and which receives said paper tape from the conveyor , and wherein the aforesaid conveyor comprises a flatbed on which the paper tape is made to pass through, said flatbed comprising a plurality of belts , the aforesaid belts being movable in the feed direction of the paper tape , and wherein the aforesaid belts are provided with holes to put the lower surface of the paper tape in fluidic contact with at least one depression chamber created inside the flatbed , and the conveyor being characterized in that the feed speed of the belts is slightly greater than the feed speed of the paper tape supplied to the conveyor from the paper processing machine placed upstream of the conveyor .
A surgical device , comprising: a housing ; a closure actuator coupled to the housing and configured to pivot with respect to the housing; an elongate shaft extending distally from the housing, the elongate shaft having a loading zone located at a distal end of the elongate shaft, the loading zone being configured to receive an end effector; and a locking member operably coupled to one or more actuation components disposed within the housing, the one or more actuation components also being coupled to the closure actuator such that movement of the locking member effects movement of the closure actuator, characterised in that the locking member is configured to move to a load position which causes the closure actuator to move to a fixed location with respect to the housing, wherein when the locking member is in the load position the closure actuator is held at the fixed location with respect to the housing such that an end effector can be loaded onto the distal end of the elongate shaft at the loading zone. a housing ; a closure actuator coupled to the housing and configured to pivot with respect to the housing; an elongate shaft extending distally from the housing, the elongate shaft having a loading zone located at a distal end of the elongate shaft, the loading zone being configured to receive an end effector; and a locking member operably coupled to one or more actuation components disposed within the housing, the one or more actuation components also being coupled to the closure actuator such that movement of the locking member effects movement of the closure actuator, characterised in that the locking member is configured to move to a load position which causes the closure actuator to move to a fixed location with respect to the housing, wherein when the locking member is in the load position the closure actuator is held at the fixed location with respect to the housing such that an end effector can be loaded onto the distal end of the elongate shaft at the loading zone.
A generally annular cutting component for a valve seat of a valve , the cutting component comprising a plurality of cutting teeth which are arranged to indent a surface of a body that is urged into contact with the cutting teeth, to facilitate cutting of the body, in which the cutting teeth are spaced apart along a circumference of the cutting component and each define an elongate crest .
A base station (BS1) for a wireless communication network , the wireless communication network including a plurality of base stations (BS1, BS2), each base station (BS1, BS2) to serve one or more users (UE1, UE2), wherein one or more users (UE1, UE2) are served by a plurality of base stations (BS1, BS2) to receive a first data signal from the base station (BS1) and a second data signal from at least one further base station (BS2) using multi-user superposition transmission, MUST, the base station (BS1) comprising: a backhaul interface for a communication with one or more of the plurality of base stations (BS2) of the wireless communication network , wherein, for transmitting the first data signal to one or more users served by the base station (BS1) and by the further base station (BS2), the base station (BS1) is configured to negotiate a MUST setting with the further base station (BS2) via the backhaul interface , and map data of the first data signal using a first transmit constellation set according to the negotiated MUST setting, and wherein the MUST setting indicates one or more of the physical resources allocated to the one or more users (UE1, UE2) for transmitting the first and second data signals, a power allocation for the one or more users (UE1, UE2), and information about the constellation maps used by the base stations (BS1, BS2), the constellation map representing a complex representation of the binary data, characterized in that the MUST setting indicates a phase offset between the constellation maps used by the respective base stations (BS1, BS2). a backhaul interface for a communication with one or more of the plurality of base stations (BS2) of the wireless communication network , wherein, for transmitting the first data signal to one or more users served by the base station (BS1) and by the further base station (BS2), the base station (BS1) is configured to negotiate a MUST setting with the further base station (BS2) via the backhaul interface , and map data of the first data signal using a first transmit constellation set according to the negotiated MUST setting, and wherein the MUST setting indicates one or more of the physical resources allocated to the one or more users (UE1, UE2) for transmitting the first and second data signals, a power allocation for the one or more users (UE1, UE2), and information about the constellation maps used by the base stations (BS1, BS2), the constellation map representing a complex representation of the binary data, characterized in that the MUST setting indicates a phase offset between the constellation maps used by the respective base stations (BS1, BS2).
A pipe coupling for push fit insertion of a pipe , comprising a main tubular body provided with a pipe receiving bore and a radially deformable clamp ring arranged in the main tubular body for clamping engagement with an inserted pipe in operation, wherein the clamp ring is linearly moveable with respect to the main tubular body in an axial direction (A) of the pipe receiving bore between a ring insertion position (P1) and a ring locking position (P2), and wherein the clamp ring is in wedged engagement with the main tubular body , the pipe coupling further comprising a biasing member arranged within the main tubular body and axially biasing the clamp ring from the ring insertion position (P1) to the ring locking position (P2), wherein the clamp ring comprises the biasing member and a grabbing insert for radially grabbing and axially locking an inserted pipe , wherein the grabbing insert is arranged along a circumferential inner surface of the clamp ring , and wherein the biasing member is attached to the grabbing insert and comprises one or more circumferentially arranged and axially protruding resilient portions for abutment with the main tubular body , wherein the grabbing insert and the biasing member form a single piece component provided as a ring shaped inlay made of a material which is different from a material of the clamp ring .
An Internet of Things IoT communication method, comprising: determining (S101), by an access point, AP, one or more terminal devices whom the AP sends downlink data to, wherein the one or more terminal devices comprises an IoT terminal and a station, STA; and sending (S102), by the AP, a downlink data frame to the one or more terminal devices, wherein the downlink data frame comprises a legacy preamble, a high efficiency wireless local area network, HEW, preamble, and a data field; wherein the data field is transmitted by using a subcarrier resource comprising at least one resource unit, RU; and the RU is used to send a downlink IoT frame to the IoT terminal, wherein the downlink IoT frame comprises an IoT preamble and an IoT data field, the IoT preamble is used to transmit physical layer control information of the downlink IoT frame, and the IoT data field is used to transmit downlink data between the AP and the IoT terminal; wherein the subcarrier resource that is used to transmit the data field further comprises at least one other RU different from the RU, and the at least one other RU is used to transmit downlink data between the AP and the STA. determining (S101), by an access point, AP, one or more terminal devices whom the AP sends downlink data to, wherein the one or more terminal devices comprises an IoT terminal and a station, STA; and sending (S102), by the AP, a downlink data frame to the one or more terminal devices, wherein the downlink data frame comprises a legacy preamble, a high efficiency wireless local area network, HEW, preamble, and a data field; wherein the data field is transmitted by using a subcarrier resource comprising at least one resource unit, RU; and the RU is used to send a downlink IoT frame to the IoT terminal, wherein the downlink IoT frame comprises an IoT preamble and an IoT data field, the IoT preamble is used to transmit physical layer control information of the downlink IoT frame, and the IoT data field is used to transmit downlink data between the AP and the IoT terminal; wherein the subcarrier resource that is used to transmit the data field further comprises at least one other RU different from the RU, and the at least one other RU is used to transmit downlink data between the AP and the STA.
A frame generating device characterized by comprising: an inserting portion configured to insert a first fixed stuff byte into a payload area of an OTU frame, the first fixed stuff byte being bytes of (8 + 10n) X 4 rows, wherein n is zero or a given predetermined positive integer; and an accommodating portion configured to accommodate client data in the payload area other than the first fixed stuff byte. an inserting portion configured to insert a first fixed stuff byte into a payload area of an OTU frame, the first fixed stuff byte being bytes of (8 + 10n) X 4 rows, wherein n is zero or a given predetermined positive integer; and an accommodating portion configured to accommodate client data in the payload area other than the first fixed stuff byte.
A component (12; 50; 70) for a motor vehicle, comprising: - a first support layer made from a composite material; - a second layer made from an open porous material, the second layer being partially applied on the first layer , the second layer including at least one first region (24A, to 24D) applied on the first layer and at least one second region positioned across from and separated from the first layer , the second region together with the first layer delimiting an intermediate space at least partially filled with gas; the second region having a density lower than the density of the first region (24A to 24D), the second layer comprising at least one third region applied on the first layer , the third region having a density lower than the density of the first region ; the component being characterized in that it includes at least one resistive porous layer positioned on one of the first layer and the second layer , the air flow resistance from the resistive porous layer being comprised between 200 N.m -3 .s and 2000 N.m -3 .s. - a first support layer made from a composite material; - a second layer made from an open porous material, the second layer being partially applied on the first layer , the second layer including at least one first region (24A, to 24D) applied on the first layer and at least one second region positioned across from and separated from the first layer , the second region together with the first layer delimiting an intermediate space at least partially filled with gas;
A compound comprising a triphenylene containing benzo-fused thiophene or benzo-fused furan, wherein the compound is represented by the structure of Formula (V): wherein X is S or O; wherein R 1 and R 2 are unfused substituents independently selected from the group consisting of C n H 2n+1 , OC n H 2n+1 , OAr 1 , C≡C-C n H 2n+1 , Ar 1 , Ar 1 -Ar 2 , C n H 2n- Ar 1 , or no substitution, and wherein each of R 1 and R 2 may represent mono, di, tri, or tetra substitutions; wherein n is 1, 2, 3, 4, 5, 6, 7, 8, 9, or 10; wherein Ar 1 and Ar 2 are independently selected from the group consisting of benzene, biphenyl, naphthalene, triphenylene, carbazole, and heteroaromatic analogs thereof; and wherein at least one of R 1 and R 2 includes a triphenylene group. wherein X is S or O; wherein R 1 and R 2 are unfused substituents independently selected from the group consisting of C n H 2n+1 , OC n H 2n+1 , OAr 1 , C≡C-C n H 2n+1 , Ar 1 , Ar 1 -Ar 2 , C n H 2n- Ar 1 , or no substitution, and wherein each of R 1 and R 2 may represent mono, di, tri, or tetra substitutions; wherein n is 1, 2, 3, 4, 5, 6, 7, 8, 9, or 10; wherein Ar 1 and Ar 2 are independently selected from the group consisting of benzene, biphenyl, naphthalene, triphenylene, carbazole, and heteroaromatic analogs thereof; and wherein at least one of R 1 and R 2 includes a triphenylene group.
Artificial nucleic acid molecule comprising a) at least one open reading frame (ORF); and b) a 3'-untranslated region (3'-UTR) comprising two separate poly(A) sequences, wherein a poly(A) sequence is a sequence of 20 to 400 adenine nucleotides and wherein the first and/or the second poly(A) sequence comprises at least 60 adenine nucleotides, wherein the artificial nucleic acid molecule is an mRNA molecule having at least one open reading frame encoding an antigen selected from a pathogenic antigen, a tumour antigen, an allergenic antigen and an autoimmune antigen, wherein the artificial nucleic acid molecule is associated with or complexed with a cationic or polycationic compound or with a polymeric carrier, and wherein the G/C content of the open reading frame is increased compared to the wild type open reading frame. a) at least one open reading frame (ORF); and b) a 3'-untranslated region (3'-UTR) comprising two separate poly(A) sequences, wherein a poly(A) sequence is a sequence of 20 to 400 adenine nucleotides and wherein the first and/or the second poly(A) sequence comprises at least 60 adenine nucleotides, wherein the artificial nucleic acid molecule is an mRNA molecule having at least one open reading frame encoding an antigen selected from a pathogenic antigen, a tumour antigen, an allergenic antigen and an autoimmune antigen, wherein the artificial nucleic acid molecule is associated with or complexed with a cationic or polycationic compound or with a polymeric carrier, and wherein the G/C content of the open reading frame is increased compared to the wild type open reading frame.
Tape adhesive for an insulating tape in an insulation system, having a dynamic viscosity of 1-100 Pa*s at impregnation temperature, which comprises an addition product formed from a bisphenol, diol, triol and/or higher alcohol, referred to hereinafter as " A(OH) n " segment, with cyclohexene oxide and/or a cyclohexene oxide derivative, referred to hereinafter as "Cy" segment, wherein the tape adhesive is free of oxirane groups.
A percutaneous heart valve prosthesis comprising: a valve body having a valve body first end , a valve body second end and a passage extending along a longitudinal axis between said valve body first end and said valve body second end , the valve body collapsible about the longitudinal axis for delivery via catheter ; one or more flexible valve elements secured to the valve body , the one or more flexible valve elements extending across the passage for blocking bloodflow in one direction through the passage ; an anchor device which includes a collapsible anchor frame; and an anchor line secured to and extending between the valve body and the anchor device , characterized by further comprising three further lines , a first end of each further line secured to the valve body first end , a second end of each further line converging to and secured to the anchor line . a valve body having a valve body first end , a valve body second end and a passage extending along a longitudinal axis between said valve body first end and said valve body second end , the valve body collapsible about the longitudinal axis for delivery via catheter ; one or more flexible valve elements secured to the valve body , the one or more flexible valve elements extending across the passage for blocking bloodflow in one direction through the passage ; an anchor device which includes a collapsible anchor frame; and an anchor line secured to and extending between the valve body and the anchor device , characterized by further comprising three further lines , a first end of each further line secured to the valve body first end , a second end of each further line converging to and secured to the anchor line .
Spreading device for spreading a road-construction mass substance onto a road surface , which is arranged to be attached to a work machine , which spreading device includes - a front frame arranged to receive the road-construction mass substance , - a rear frame , attached at a distance (d) to the front frame , for spreading the road-construction mass substance , - a feed silo for the road construction mass substance formed by a connection of the front frame with the rear frame , - a throat between the front frame and the rear frame that is an open opening, for pouring the road-construction mass substance under the rear frame from the feed silo onto a base surface of the road surface , - a spreading blade fitted to the rear frame , for delimiting the road-construction mass substance to form a layer on a surface of the road , the spreading blade includes a longitudinal part in the longitudinal direction of the spreading device , which is in length in longitudinal direction of the spreading device 5 - 20 % of the greatest width of the spreading device , the spreading blade being fitted permanently to the rear frame , - a roller wheel fitted to the rear frame , for compacting the spread road-construction mass substance , - control devices for adjusting the distance between the spreading blade and the road surface, and - a loading operating device for loading the said roller wheel , wherein the rear frame includes an end next to the front frame , which is at least partly tilted away from the front frame , to increase the throat , characterized in that the said spreading blade has a transverse cross-section that is an L-shaped profile , which L-shaped profile includes the longitudinal part of the spreading device and a vertical part , surface area of the longitudinal part of the spreading blade being 0.4 to 1.5 m 2 , preferably 0.8 to 1.2 m 2 . - a front frame arranged to receive the road-construction mass substance , - a rear frame , attached at a distance (d) to the front frame , for spreading the road-construction mass substance , - a feed silo for the road construction mass substance formed by a connection of the front frame with the rear frame , - a throat between the front frame and the rear frame that is an open opening, for pouring the road-construction mass substance under the rear frame from the feed silo onto a base surface of the road surface , - a spreading blade fitted to the rear frame , for delimiting the road-construction mass substance to form a layer on a surface of the road , the spreading blade includes a longitudinal part in the longitudinal direction of the spreading device , which is in length in longitudinal direction of the spreading device 5 - 20 % of the greatest width of the spreading device , the spreading blade being fitted permanently to the rear frame , - a roller wheel fitted to the rear frame , for compacting the spread road-construction mass substance , - control devices for adjusting the distance between the spreading blade and the road surface, and - a loading operating device for loading the said roller wheel ,
Floor panel for forming a floor covering, comprising a first edge with a first coupling part and a second, opposite edge with a second coupling part , wherein the aforementioned coupling parts (4-5) are configured such that they allow coupling two of such floor panels to each other and thus realizing a coupled condition on the respective edge; wherein the first coupling part is realized in the form of a tongue and the second coupling part is realized in the form of a groove , wherein said groove is bordered by an upper lip and a lower lip , wherein said tongue and groove, in coupled condition, form a tongue and groove connection which, at the respective edge, forms a locking between the coupled panels in a first direction (V) perpendicular to the plane of the panels; wherein the lower lip protrudes beyond the free end of the upper lip ; wherein the coupling parts (4-5) each comprise a locking element (10-11), wherein said locking elements (10-11), in the coupled condition, counteract the moving apart of the tongue and groove in a second direction (H) in the plane of the panels and perpendicular to the coupled edges and thus realize a locking between the coupled panels in the second direction; wherein the locking element of the first coupling part is provided on the lower side of the tongue and the locking element of the second coupling part is provided on the upper side of the lower lip and beyond the free end of the upper lip ; and wherein the coupling parts (4-5) are configured such that the locking elements (10-11) of two of such panels can be brought one behind the other by means of a turning movement (W) of the one panel in respect to the other; characterized in that the portion of the lower lip , which protrudes beyond the free end of the upper lip, has a length (L), as measured according to the direction (H) in the plane of the panel and perpendicular to the edge, which is smaller than the thickness (T) of the floor panel; in that the most upward-situated point (P) of the locking element on the lower lip is situated at a distance (D), measured according to the direction perpendicular to the plane of the floor panel, of at least 1/3 times the thickness of the floor panel (T) from the underside of the floor panel ; in that the minimum thickness (T1) of the lower lip is maximum 1/4 times the thickness (T) of the floor panel, wherein the lower lip reaches its minimum thickness (T1) between the free end of the upper lip and the locking element on the lower lip; in that the floor panel has a thickness (T) situated between 9 and 15 millimeters; in that the locking angle (A) formed by the locking elements (10-11) is situated between 50 and 75 degrees; and in that the coupling parts (4-5) are formed such that, when performing the turning movement (W), a snap effect occurs, in that the lower lip elastically deforms or bends during coupling, such that the groove opening is enlarged, and later springs back.
A pharmaceutical composition comprising citrulline for use in a method for maintaining the coupling of endothelial nitric oxide synthase (eNOS) to reduce the incidence or severity of cardiopulmonary bypass-induced pulmonary injury due to free radical formation in a patient during cardiopulmonary bypass in a surgery comprising administering an effective amount of citrulline to the patient before, during, and after the surgery, characterized in that during the surgery, the citrulline is administered at the initiation of the surgery at 100-500 mg/kg of citrulline, after which an effective amount of the citrulline is administered again during the surgery, wherein said effective amount of the citrulline administered during the surgery is added to a hemoconcentration replacement fluid provided to the patient as part of the cardiopulmonary bypass, and wherein the effective amount of citrulline is an amount sufficient to reduce the uncoupling of eNOS.