mhurhangee/ep-ind-claims huggingface dataset:
A medical delivery device for treating a tunneling wound comprising: an outer sleeve defining a cavity configured to hold a wound treatment material; a plunger configured to be received within the cavity and configured to deliver the wound treatment material from the cavity and into the tunneling wound, the plunger comprising: a shaft comprising a first shaft end and a second shaft end; a head disposed on the first shaft end; and characterized by an opening extending through a central axis of both the shaft and the head; and a hollow tube extending through the opening, the hollow tube configured to deliver a fluid to the wound treatment material. an outer sleeve defining a cavity configured to hold a wound treatment material; a plunger configured to be received within the cavity and configured to deliver the wound treatment material from the cavity and into the tunneling wound, the plunger comprising: a shaft comprising a first shaft end and a second shaft end; a head disposed on the first shaft end; and characterized by an opening extending through a central axis of both the shaft and the head; and a shaft comprising a first shaft end and a second shaft end; a head disposed on the first shaft end; and characterized by an opening extending through a central axis of both the shaft and the head; and a hollow tube extending through the opening, the hollow tube configured to deliver a fluid to the wound treatment material.
Process for preparing a feed for rumiants and monogastrics, characterised in that it comprises: - chopping fibre to a size of between 3 cm and 15 cm, - lacerating that fibre, - raising the degree of moisture up to between 35% and 80%, - adding a source of protein, and - silaging of the feed for its later conservation - chopping fibre to a size of between 3 cm and 15 cm, - lacerating that fibre, - raising the degree of moisture up to between 35% and 80%, - adding a source of protein, and - silaging of the feed for its later conservation
A modem for wireless communication of a communication device with one or more wireless communication networks, the modem comprising: a secure user plane location, SUPL, socket configured to: establish a secure connection with a position assistance server; and provide a SUPL message to the position assistance server via the secure connection, characterized in that the modem further comprises an internet protocol multimedia subsystem, IMS, stack configured to establish an emergency packet data network, PDN, regardless of whether the communication device includes a valid Universal Integrated Circuit Card, UICC, or Subscriber identity module, SIM, card to authenticate the communication device on said one or more wireless networks, the emergency PDN being used to establish the secure connection with the position assistance server and to provide the SUPL message to the position assistance server. establish a secure connection with a position assistance server; and provide a SUPL message to the position assistance server via the secure connection, characterized in that the modem further comprises an internet protocol multimedia subsystem, IMS, stack configured to establish an emergency packet data network, PDN, regardless of whether the communication device includes a valid Universal Integrated Circuit Card, UICC, or Subscriber identity module, SIM, card to authenticate the communication device on said one or more wireless networks, the emergency PDN being used to establish the secure connection with the position assistance server and to provide the SUPL message to the position assistance server.
A method for assembling a club head and a shaft, comprising: a step of jointing a blank element of club head with a blank element of shaft that are made of different materials to construct a blank element of golf club; a step of wrapping up the blank element of golf club with powder by used of a wrapping member; and a step of constructing a golf club by applying an isostatic pressing to the wrapped up blank element of golf club to construct the blank element of club head, the blank element of shaft and the powder as a golf club. a step of jointing a blank element of club head with a blank element of shaft that are made of different materials to construct a blank element of golf club; a step of wrapping up the blank element of golf club with powder by used of a wrapping member; and a step of constructing a golf club by applying an isostatic pressing to the wrapped up blank element of golf club to construct the blank element of club head, the blank element of shaft and the powder as a golf club.
A Digital Mobile Radio, DMR, private network communication terminal for implementing DMR private network communication in relay mode, comprising: a communication module for receiving Common Assignment Channel, CACH, information and receiving and transmitting DMR private network communication, characterized in that it further comprises: a synchronization module for establishing synchronization and determining which time slots the received DMR private network communication occupies based on the received CACH information; controlling the communication module to make a response for the received DMR private network communication in the time slots occupied by the received DMR private network communication; locking idle time slots based on the received CACH information; and controlling the communication module to initiate new DMR private network communication in the determined idle time slots; wherein the time slots are time slots at an identical position of each DMR frame, wherein a DMR frame consists of two time slots. a synchronization module for establishing synchronization and determining which time slots the received DMR private network communication occupies based on the received CACH information; controlling the communication module to make a response for the received DMR private network communication in the time slots occupied by the received DMR private network communication; locking idle time slots based on the received CACH information; and controlling the communication module to initiate new DMR private network communication in the determined idle time slots; wherein the time slots are time slots at an identical position of each DMR frame, wherein a DMR frame consists of two time slots.
A drum pulper for slushing recycled fibre material, the drum pulper comprising a drum, the drum comprising a casing and a slushing part followed by a screening part in which the slushing of the fibre material continues and in which fibres are recovered from the slushed fibre material, the casing of the drum being solid at the slushing part and being provided with openings at the screening part allowing the fibres to flow out of the drum through the openings, the drum further comprising a feed end through which recycled fibre material is fed into the drum and a discharge end through which a reject portion of recycled fibre material is discharged out of a drum, the drum pulper further comprising a vat below the drum for receiving fibres recovered from recycled fibre material, and wherein a length of the screening part of the drum is at least fifty per cent of a total length of the drum, characterized in that a size of the openings in the screening part is arranged to increase towards the discharge end of the screening part
A patient lift system for connecting to a track, the system comprising: a trolley arranged to form a mechanical and electrical connection to the track; a lift unit chassis operable to form an electrical connection and a mechanical connection with the trolley, the chassis enclosing: a strap hub; a hub gear attached to the strap hub; a plurality of gear shafts (608A, 608B); a plurality of gears (604A, 604B); and a plurality of motors (620A, 620B), each motor of the plurality of motors arranged to drive a respective gear shaft among the plurality of gear shafts, each gear shaft of the plurality of gear shafts connected to a respective gear among the plurality of gears, the plurality of gears arranged such that the hub gear rotates responsive to rotation of the gear shafts by the motors; a strap extending external to the lift unit chassis, attached, at a first end, to the strap hub and attached, at a second end, to a connector; and a carry bar connected to the connector; wherein the rotation of the hub gear acts to gather or release the strap, thereby raising or lowering the carry bar; wherein the trolley includes hook-shaped latches (312A, 312B) arranged to extend into the lift unit chassis when the connection between the lift unit chassis and the trolley is formed. a trolley arranged to form a mechanical and electrical connection to the track; a lift unit chassis operable to form an electrical connection and a mechanical connection with the trolley, the chassis enclosing: a strap hub; a hub gear attached to the strap hub; a plurality of gear shafts (608A, 608B); a plurality of gears (604A, 604B); and a plurality of motors (620A, 620B), each motor of the plurality of motors arranged to drive a respective gear shaft among the plurality of gear shafts, each gear shaft of the plurality of gear shafts connected to a respective gear among the plurality of gears, the plurality of gears arranged such that the hub gear rotates responsive to rotation of the gear shafts by the motors; a strap hub; a hub gear attached to the strap hub; a plurality of gear shafts (608A, 608B); a plurality of gears (604A, 604B); and a plurality of motors (620A, 620B), each motor of the plurality of motors arranged to drive a respective gear shaft among the plurality of gear shafts, each gear shaft of the plurality of gear shafts connected to a respective gear among the plurality of gears, the plurality of gears arranged such that the hub gear rotates responsive to rotation of the gear shafts by the motors; a strap extending external to the lift unit chassis, attached, at a first end, to the strap hub and attached, at a second end, to a connector; and a carry bar connected to the connector; wherein the rotation of the hub gear acts to gather or release the strap, thereby raising or lowering the carry bar; wherein the trolley includes hook-shaped latches (312A, 312B) arranged to extend into the lift unit chassis when the connection between the lift unit chassis and the trolley is formed.
One or more computer-readable media having computer-executable instructions embodied thereon that, when executed, perform a method for managing distribution of data packets between endpoints, the method comprising: detecting one or more data packets at a first endpoint, wherein each of the one or more data packets include a header comprising a source address and a destination address; sending, by a driver associated with the first endpoint, to a directory service a request that carries the source address and the destination address; receiving, at the driver, from the directory service, a response that carries a forwarding path; performing, by the driver, a routing decision comprising readdressing the one or more data packets based on the received forwarding path; and transmitting the one or more readdressed data packets to a second endpoint based on the received forwarding path; wherein readdressing the one or more data packets based on the forwarding path comprises encapsulating the one or more data packets as inner data packets within respective outer data packets, wherein the outer data packets each include a header that exposes location-dependent addresses of a physical network; wherein encapsulating the one or more data packets occurs upon determining that the second endpoint is unable to translate the headers of the one or more data packets if the source address and the destination address are removed. detecting one or more data packets at a first endpoint, wherein each of the one or more data packets include a header comprising a source address and a destination address; sending, by a driver associated with the first endpoint, to a directory service a request that carries the source address and the destination address; receiving, at the driver, from the directory service, a response that carries a forwarding path; performing, by the driver, a routing decision comprising readdressing the one or more data packets based on the received forwarding path; and transmitting the one or more readdressed data packets to a second endpoint based on the received forwarding path; wherein readdressing the one or more data packets based on the forwarding path comprises encapsulating the one or more data packets as inner data packets within respective outer data packets, wherein the outer data packets each include a header that exposes location-dependent addresses of a physical network; wherein encapsulating the one or more data packets occurs upon determining that the second endpoint is unable to translate the headers of the one or more data packets if the source address and the destination address are removed.
A shift lever device comprising a knob provided to a tip end portion of a shift lever swingable around a base end portion thereof, wherein the knob includes a button configured to allow the shift lever to swing by being operated to be pressed, a button support member configured to movably support the button, a knob main body including a recessed portion in which the button support member is inserted and disposed, and a holding section configured to help the knob main body to hold the button support member inserted and disposed in the recessed portion, characterised in that the holding section includes a fitting hole (43a, 430a) penetrating through a wall portion of the knob main body in a direction intersecting a direction in which the button support member is inserted into the recessed portion, a fitting hole portion (45a, 450a) provided to the button support member, and aligned to the fitting hole (43a, 430a), and a fitting member inserted through the fitting hole (43a, 430a) and the fitting hole portion (45a, 450a). a button configured to allow the shift lever to swing by being operated to be pressed, a button support member configured to movably support the button, a knob main body including a recessed portion in which the button support member is inserted and disposed, and a holding section configured to help the knob main body to hold the button support member inserted and disposed in the recessed portion, a fitting hole portion (45a, 450a) provided to the button support member, and aligned to the fitting hole (43a, 430a), and a fitting member inserted through the fitting hole (43a, 430a) and the fitting hole portion (45a, 450a).
A method (1100, 1200) of wireless communication, comprising: receiving (1104, 1204) data for transmission over at least two unlicensed carriers, the at least two unlicensed carriers including a first unlicensed carrier and a second unlicensed carrier; characterized by: performing (1106, 1206) an extended clear channel assessment, ECCA, countdown on the first unlicensed carrier; determining (1108, 1208) a potential last timeslot from one or more potential last timeslots of the ECCA countdown on the first unlicensed carrier; and performing a clear channel assessment, CCA, check on the second unlicensed carrier during the potential last timeslot. performing (1106, 1206) an extended clear channel assessment, ECCA, countdown on the first unlicensed carrier; determining (1108, 1208) a potential last timeslot from one or more potential last timeslots of the ECCA countdown on the first unlicensed carrier; and performing a clear channel assessment, CCA, check on the second unlicensed carrier during the potential last timeslot.
A greenhouse screen comprising strips of film material that are interconnected by a yarn system of transverse threads (12, 14, 18) and longitudinal threads (13a, 13b; 15; 19) by means of knitting, warp-knitting or weaving process to form a continuous product, and at least some of said strips comprise a film material in the form of a single- or multilayer polyester film provided with a first anti-reflective coating on a first side of the film and a second anti-reflective coating or an anti-reflective layer on a second side of the film, said film material has a transparency of at least 93.5%, wherein said anti-reflective coating(s) has a refractive index at a wavelength of 589 nm that lies below 1.64, and said anti-reflective layer has a refractive index at a wavelength of 589 nm that lies below 1.64 both when measured in the machine direction.
A quick coupling for aggressive media comprising a direct or indirect connection of two lines (L1, L2) transporting a medium via a fluid channel running through the quick coupling, comprising a first coupling part designed as a coupling sleeve and a second coupling part designed as a nipple, wherein a) the coupling sleeve and the nipple each have a hollow housing (10, 20) arranged at least partially rotationally symmetrical to a central axis for plugging together b) a first valve body is arranged inside the coupling sleeve and a second valve body is arranged inside the nipple and an elastic element (124, 224) is subsequently arranged in each case in the axial direction on the respective valve body (12, 22), wherein c) the fluid channel runs in the radial direction at least partially outside and at least partially inside the elastic element (124, 224), and d) the valve body (12, 22) can be displaced and prestressed in the axial direction by the elastic element (124, 224), as a result of which the fluid channel between the housing (10, 20) and the valve body (12, 22) is opened or closed, e) the valve body (12, 22) and the elastic element (124, 224) form a one-piece component, wherein the elastic element (124, 224) comprises a spiral running concentrically around the central axis with a hollow space (126, 226) arranged in the interior in the spiral, characterised in that f) the elastic element (124, 224) comprises a positive opening (128, 228) directed in the radial direction towards the central axis, which serves as a fluid channel when there is a completely compressed elastic element (124, 224), in which the spirals are adjacent to one another. a) the coupling sleeve and the nipple each have a hollow housing (10, 20) arranged at least partially rotationally symmetrical to a central axis for plugging together b) a first valve body is arranged inside the coupling sleeve and a second valve body is arranged inside the nipple and an elastic element (124, 224) is subsequently arranged in each case in the axial direction on the respective valve body (12, 22), wherein c) the fluid channel runs in the radial direction at least partially outside and at least partially inside the elastic element (124, 224), and d) the valve body (12, 22) can be displaced and prestressed in the axial direction by the elastic element (124, 224), as a result of which the fluid channel between the housing (10, 20) and the valve body (12, 22) is opened or closed, e) the valve body (12, 22) and the elastic element (124, 224) form a one-piece component, wherein the elastic element (124, 224) comprises a spiral running concentrically around the central axis with a hollow space (126, 226) arranged in the interior in the spiral, characterised in that f) the elastic element (124, 224) comprises a positive opening (128, 228) directed in the radial direction towards the central axis, which serves as a fluid channel when there is a completely compressed elastic element (124, 224), in which the spirals are adjacent to one another.
An oral care composition comprising: a) a composite material; b) a physiologically acceptable carrier; wherein the composite material comprises: (i) a first component material comprising a biomineralization agent; and (ii) a second component material capable of reacting with phosphate ions to produce a calcium and phosphate in situ reaction product that adheres to tooth enamel, dentin or both and that is a reagent for hydroxyapatite formation; wherein the biomineralization agent comprises amorphous calcium phosphate, α-tricalcium phosphate, β-tricalcium phosphate, calcium deficient hydroxyapatite (Ca 9 (HPO 4)(PO 4) 5 OH), dicalcium phosphate (CaHPO 4), dicalcium phosphate dehydrate (CaHPO 4 ·2H 2 O), hydroxyapatite (Ca 10 (PO 4) 6 2), octacalcium phosphate (Ca 8 H 2 (PO 4) 5 ·5H 2 O), tetracalcium phosphate (Ca 4 (PO 4) 2 O) or a mixture thereof; and wherein the second component material comprises calcium oxide, calcium carbonate, calcium hydroxide, calcium sulfate, calcium carboxymethyl cellulose, calcium alginate, calcium salts of citric acid, calcium silicate or a mixture thereof. a) a composite material; b) a physiologically acceptable carrier; (i) a first component material comprising a biomineralization agent; and (ii) a second component material capable of reacting with phosphate ions to produce a calcium and phosphate in situ reaction product that adheres to tooth enamel, dentin or both and that is a reagent for hydroxyapatite formation;
Radial compressor for an exhaust gas turbo charge, in particular of an internal combustion engine - having a compressor housing having an axial inlet channel and a radial outlet channel, which compressor housing at least partially surrounds a compressor chamber, - having a compressor wheel disposed in the compressor chamber for conveying and compressing a gas, wherein the compressor wheel has an axial inlet side facing the inlet channel, a radial outlet side facing the outlet channel and an axial wheel surface contour which extends from the inlet side to the outlet side, - having a substantially sheath-like formed adapter element which can be inserted axially into a fastening portion provided on the compressor housing in the region of the axial inlet channel and can be fixed or is fixed in a predetermined axial fixing position, - wherein the adapter element on a first axial end face, which in the axial fixing position faces the compressor wheel, has at least sectionally a surface contour which is formed substantially complementarily to the axial wheel surface contour such that, by means of an axial moving of the adapter element in the fastening portion in a non-fixed state of the adapter element, a gap width (w) of a through gap formed axially between the adapter element and the compressor wheel along the surface contours (9, 13) facing one another can be set, characterised in that the fastening portion has an inner threading and the adapter element has an outer threading complementary thereto, by means of which threadings the adapter element is movable in relation to the fastening portion in the axial direction. - having a compressor housing having an axial inlet channel and a radial outlet channel, which compressor housing at least partially surrounds a compressor chamber, - having a compressor wheel disposed in the compressor chamber for conveying and compressing a gas, wherein the compressor wheel has an axial inlet side facing the inlet channel, a radial outlet side facing the outlet channel and an axial wheel surface contour which extends from the inlet side to the outlet side, - having a substantially sheath-like formed adapter element which can be inserted axially into a fastening portion provided on the compressor housing in the region of the axial inlet channel and can be fixed or is fixed in a predetermined axial fixing position, - wherein the adapter element on a first axial end face, which in the axial fixing position faces the compressor wheel, has at least sectionally a surface contour which is formed substantially complementarily to the axial wheel surface contour such that, by means of an axial moving of the adapter element in the fastening portion in a non-fixed state of the adapter element, a gap width (w) of a through gap formed axially between the adapter element and the compressor wheel along the surface contours (9, 13) facing one another can be set,