mhurhangee/ep-ind-claims huggingface dataset:
A thermal tabletop and industrial printer device for printing on and electronically encoding and verifying radio frequency identification, RFID, products attached to a continuous web, comprising: a printer housing; a print head capable of printing on the continuous web; and a first RFID reader/writer module that electronically encodes the RFID products with data while the continuous web is moving; characterized by further comprising: a printer cover of the printer housing, wherein the printer cover comprises a plurality of thumbscrews to allow a user to easily remove the printer cover, and wherein the print head is positioned within the printer housing; a lighted sensor array that automatically detects aperture sense marks on the continuous web to correctly index printing to the RFID tags; and a second RFID reader/writer module that verifies the data encoded to the RFID products, wherein the second RFID reader/writer module is individually controlled from the first RFID reader/writer module, such that the printer device can encode and verify simultaneously. a printer housing; a print head capable of printing on the continuous web; and a first RFID reader/writer module that electronically encodes the RFID products with data while the continuous web is moving; characterized by further comprising: a printer cover of the printer housing, wherein the printer cover comprises a plurality of thumbscrews to allow a user to easily remove the printer cover, and wherein the print head is positioned within the printer housing; a lighted sensor array that automatically detects aperture sense marks on the continuous web to correctly index printing to the RFID tags; and a second RFID reader/writer module that verifies the data encoded to the RFID products, wherein the second RFID reader/writer module is individually controlled from the first RFID reader/writer module, such that the printer device can encode and verify simultaneously. a printer cover of the printer housing, wherein the printer cover comprises a plurality of thumbscrews to allow a user to easily remove the printer cover, and wherein the print head is positioned within the printer housing; a lighted sensor array that automatically detects aperture sense marks on the continuous web to correctly index printing to the RFID tags; and a second RFID reader/writer module that verifies the data encoded to the RFID products, wherein the second RFID reader/writer module is individually controlled from the first RFID reader/writer module, such that the printer device can encode and verify simultaneously.
A cutting die having a cutting chip, applied to a punch press, and cutting a work in collaboration with a cutting punch, characterized in that a resistance member (51, 53, 55, 56, 59) for guiding swarf generated during cutting of the work through the cutting chip and dividing it by giving resistance to it is provided around a scrap discharge hole so that the divided swarf does not remain in the scrap discharge hole but is discharged to an outside so as to prevent clogging by scrap, and the resistance member (51, 53, 55, 56, 59) is fixed to a side wall of the scrap discharge hole formed in a die body and penetrates through an ejector plate.
An orbital floor implant comprising: an implant body defined by a porous, bone-facing side and a non-porous, orbital-facing side, the non-porous side extending from the body to form an extension tab with one or more eyelet openings, a curved transition portion between the porous side and the non-porous side, characterized in that the implant comprises an upward curvature that is shaped to correspond to an orbital opening, the upward curvature extending between a lower portion of the implant to an upper portion of the implant, the upward curvature curving away from the transition portion, with a distance between the lower portion and the upper portion of the upward curvature between about 13mm to about 16mm. an implant body defined by a porous, bone-facing side and a non-porous, orbital-facing side, the non-porous side extending from the body to form an extension tab with one or more eyelet openings, a curved transition portion between the porous side and the non-porous side, characterized in that the implant comprises an upward curvature that is shaped to correspond to an orbital opening, the upward curvature extending between a lower portion of the implant to an upper portion of the implant, the upward curvature curving away from the transition portion, with a distance between the lower portion and the upper portion of the upward curvature between about 13mm to about 16mm.
A method for user equipment mobility comprising: - configuring a base station as an anchor cell in a third generation partnership project network for a plurality of small cells (106, 108); - maintaining at the base station context information for the UE, while the UE is connected to the base station and maintaining the context information at the base station for the UE while any small cell of the plurality of small cells (106,108) is configured as a transmission point, TP, for the UE; wherein the context information comprises a security key KeBN or security information KeNB* for deriving the security key KeNB; - sending the context information comprising the security key KeNB or security information KeNB* for deriving the security key KeNB from the base station to a small cell that is currently configured as the TP for the UE wherein the security key sent to the small cell is the same as the security key for the anchor cell - sending the context information comprising the security key KeNB or security information KeNB* for deriving the security key KeNB from the base station to a TP, which serves the coverage area of a non-anchor cell the UE is entering, target TP, when an anchor serving cell, source TP, that is not the base station hands the UE over to the target TP, thus avoiding that the source TP has to send the context information comprising the security key KeNB or security information KeNB* for deriving the security key KeNB to the target TP; wherein the security key KeNB or security information KeNB* is the same as the security key KeNB or security information KeNB* for the anchor cell. - configuring a base station as an anchor cell in a third generation partnership project network for a plurality of small cells (106, 108); - maintaining at the base station context information for the UE, while the UE is connected to the base station and maintaining the context information at the base station for the UE while any small cell of the plurality of small cells (106,108) is configured as a transmission point, TP, for the UE; wherein the context information comprises a security key KeBN or security information KeNB* for deriving the security key KeNB; - sending the context information comprising the security key KeNB or security information KeNB* for deriving the security key KeNB from the base station to a small cell that is currently configured as the TP for the UE wherein the security key sent to the small cell is the same as the security key for the anchor cell - sending the context information comprising the security key KeNB or security information KeNB* for deriving the security key KeNB from the base station to a TP, which serves the coverage area of a non-anchor cell the UE is entering, target TP, when an anchor serving cell, source TP, that is not the base station hands the UE over to the target TP, thus avoiding that the source TP has to send the context information comprising the security key KeNB or security information KeNB* for deriving the security key KeNB to the target TP; wherein the security key KeNB or security information KeNB* is the same as the security key KeNB or security information KeNB* for the anchor cell.
A method for wireless communication between a router in a moving vehicle, such as a train, and a stationary communication server outside the moving vehicle through at least one external mobile network (4a, 4b, 4c) on at least one link, the method, performed in at least one of the stationary communication server and the router, comprising: receiving data packets of a data stream (103, 105, 107) to be transferred on said at least one link; and determining whether said data stream (103, 105, 107) is of a data type belonging to a set of prioritized data types; characterized in that the method comprises: providing a first output buffer (26a, 96a) and a second output buffer (26b, 96b); selecting, in case it has been determined that the data stream is of a data type belonging to the set of prioritized data types, the first output buffer (26a, 96a) for said data packets; selecting, in case it has been determined that the data stream is of a data type not belonging to the set of prioritized data types, the second output buffer (26b, 96b) for said data packets; and transferring the data packets to the selected output buffer, for subsequent transmission of the data packets on said at least one link, wherein data packets are transmitted from the first and second output buffers (26a, 96a; 26b, 96b) with essentially the same output rate. receiving data packets of a data stream (103, 105, 107) to be transferred on said at least one link; and determining whether said data stream (103, 105, 107) is of a data type belonging to a set of prioritized data types; characterized in that the method comprises: providing a first output buffer (26a, 96a) and a second output buffer (26b, 96b); selecting, in case it has been determined that the data stream is of a data type belonging to the set of prioritized data types, the first output buffer (26a, 96a) for said data packets; selecting, in case it has been determined that the data stream is of a data type not belonging to the set of prioritized data types, the second output buffer (26b, 96b) for said data packets; and transferring the data packets to the selected output buffer, for subsequent transmission of the data packets on said at least one link, wherein data packets are transmitted from the first and second output buffers (26a, 96a; 26b, 96b) with essentially the same output rate. providing a first output buffer (26a, 96a) and a second output buffer (26b, 96b); selecting, in case it has been determined that the data stream is of a data type belonging to the set of prioritized data types, the first output buffer (26a, 96a) for said data packets; selecting, in case it has been determined that the data stream is of a data type not belonging to the set of prioritized data types, the second output buffer (26b, 96b) for said data packets; and transferring the data packets to the selected output buffer, for subsequent transmission of the data packets on said at least one link, wherein data packets are transmitted from the first and second output buffers (26a, 96a; 26b, 96b) with essentially the same output rate.
A delivery vehicle, said delivery vehicle comprising a liposome in an aqueous medium, wherein the liposome having an interior space, and the interior space: 1) is aqueous; 2) is separated from the aqueous medium by a membrane comprised of a lipid mixture, wherein the lipid mixture contains one or more lipids and a polyethylene glycol-derived lipid at a molar percentage of 0.5 to 3% based on the total amount of the lipid mixture; and 3) contains a weak acid salt; wherein the liposome further comprises a polyprotic acid encapsulated within the liposome in the aqueous interior space. wherein the liposome having an interior space, and the interior space: 1) is aqueous; 2) is separated from the aqueous medium by a membrane comprised of a lipid mixture, wherein the lipid mixture contains one or more lipids and a polyethylene glycol-derived lipid at a molar percentage of 0.5 to 3% based on the total amount of the lipid mixture; and 3) contains a weak acid salt; 1) is aqueous; 2) is separated from the aqueous medium by a membrane comprised of a lipid mixture, wherein the lipid mixture contains one or more lipids and a polyethylene glycol-derived lipid at a molar percentage of 0.5 to 3% based on the total amount of the lipid mixture; and 3) contains a weak acid salt; wherein the liposome further comprises a polyprotic acid encapsulated within the liposome in the aqueous interior space.
A gravity gradiometer for measuring components of a gravity gradient tensor, comprising: at least one sensor mass for movement in response to at least one component of the gravity gradient tensor; and a transducer for measuring the movement of the sensor mass, the transducer having a sensing coil (510, 511) mounted on a mount element and located adjacent the sensor mass; characterised by a capacitor plate having a concentric arrangement with the sensing coil (510, 511) for providing one plate of a capacitor used in a balancing circuit for measuring the balance of the sensor mass, the sensor mass providing another plate of the capacitor and the capacitor plate being closely located together with the sensing coil (510, 511) so that the capacitor plate and the sensing coil (510, 511) are subjected to substantially the same gap spacing from the sensor mass to the capacitor plate and to the sensing coil (510, 511) respectively during balancing of the sensor mass and measurement of the at least one component of the gravity gradient tensor. at least one sensor mass for movement in response to at least one component of the gravity gradient tensor; and a transducer for measuring the movement of the sensor mass, the transducer having a sensing coil (510, 511) mounted on a mount element and located adjacent the sensor mass; characterised by a capacitor plate having a concentric arrangement with the sensing coil (510, 511) for providing one plate of a capacitor used in a balancing circuit for measuring the balance of the sensor mass, the sensor mass providing another plate of the capacitor and the capacitor plate being closely located together with the sensing coil (510, 511) so that the capacitor plate and the sensing coil (510, 511) are subjected to substantially the same gap spacing from the sensor mass to the capacitor plate and to the sensing coil (510, 511) respectively during balancing of the sensor mass and measurement of the at least one component of the gravity gradient tensor.
A motor comprising: a stator provided with a plurality of tooth portions formed long in a radial direction, and a plurality of slot portions recessed between neighboring tooth portions; coils wound on the tooth portions and the slot portions of the stator, and wound to form end coils (241, 242) at both upper and lower sides thereof in an axial direction; a rotor inserted in the stator with a certain gap and having conductors, rotated by an electromagnetic induction of the coils; and a rotational shaft press-fitted in the center of the rotor for transferring a rotational force to a compression unit, characterized in that at least some of the coils are formed of aluminum; in that a ratio (H/D) of the height of the end coil of the coil connected to the lower end of the stator to the inner diameter of the stator is lower than 0.45, in that a ratio (D/B) of the inner diameter of the stator to the width of the tooth portion is more than 13.9, and in that the slot portion is provided with main slot portions wound by a main coil and sub slot portions wound by a sub coil, the main and sub slot portions have different sectional areas, and several numbers of main slot portions and sub slot portions are alternately arranged. a stator provided with a plurality of tooth portions formed long in a radial direction, and a plurality of slot portions recessed between neighboring tooth portions; coils wound on the tooth portions and the slot portions of the stator, and wound to form end coils (241, 242) at both upper and lower sides thereof in an axial direction; a rotor inserted in the stator with a certain gap and having conductors, rotated by an electromagnetic induction of the coils; and a rotational shaft press-fitted in the center of the rotor for transferring a rotational force to a compression unit, characterized in that at least some of the coils are formed of aluminum; in that a ratio (H/D) of the height of the end coil of the coil connected to the lower end of the stator to the inner diameter of the stator is lower than 0.45, in that a ratio (D/B) of the inner diameter of the stator to the width of the tooth portion is more than 13.9, and in that the slot portion is provided with main slot portions wound by a main coil and sub slot portions wound by a sub coil, the main and sub slot portions have different sectional areas, and several numbers of main slot portions and sub slot portions are alternately arranged.
An in vitro method of modifying a cell graft containing immune cells for achieving tolerance within the transplanted immune cells against the recipient's tissue upon transplantation of said modified graft, wherein the method comprises the steps of a) incubating a cell graft containing immune cells with an anti CD4 antibody wherein said incubating is carried out for from 1 minute to 7 days, b) removing unbound antibody from said graft by washing said graft, wherein said graft comprises immune cells bearing the CD4 antigen, and wherein the anti CD4 antibodies are bound to from 40 % to 100 % of the accessible CD4 epitopes of said modified graft. a) incubating a cell graft containing immune cells with an anti CD4 antibody wherein said incubating is carried out for from 1 minute to 7 days, b) removing unbound antibody from said graft by washing said graft,
A rubber-reinforcing cord (12, 30) for reinforcing a rubber product, the rubber-reinforcing cord comprising: a reinforcing fiber or a reinforcing fiber bundle; a first coating provided to cover the reinforcing fiber or the reinforcing fiber bundle; and a second coating provided to cover the first coating and be located at an outer surface of the rubber-reinforcing cord (12, 30), wherein the first coating comprises: first rubber comprising nitrile-based rubber as a main component; and a first crosslinking agent, the second coating is a coating different from the first coating and comprises: second rubber consisting essentially of nitrile-based rubber; and a second crosslinking agent, and the nitrile-based rubber is at least one selected from nitrile rubber, hydrogenated nitrile rubber, carboxylated nitrile rubber, and carboxylated hydrogenated nitrile rubber, characterized in that the second crosslinking agent comprises a maleimide crosslinking agent and an isocyanate compound. a reinforcing fiber or a reinforcing fiber bundle; a first coating provided to cover the reinforcing fiber or the reinforcing fiber bundle; and a second coating provided to cover the first coating and be located at an outer surface of the rubber-reinforcing cord (12, 30), wherein the first coating comprises: first rubber comprising nitrile-based rubber as a main component; and a first crosslinking agent, the second coating is a coating different from the first coating and comprises: second rubber consisting essentially of nitrile-based rubber; and a second crosslinking agent, and the nitrile-based rubber is at least one selected from nitrile rubber, hydrogenated nitrile rubber, carboxylated nitrile rubber, and carboxylated hydrogenated nitrile rubber, characterized in that the second crosslinking agent comprises a maleimide crosslinking agent and an isocyanate compound.
A tibial component, comprising: a baseplate component having an articular side and a bone contact side opposite the articular side; and a peg extending from the bone contact side such that an acute angle (Θ1,Θ2) is formed between a longitudinal axis of the peg and the bone contact side of the baseplate component, the peg having a distal tip, an anterior portion, and a posterior portion, the distal tip defining a first radius of curvature, the anterior portion having a spherical portion, characterised in that the spherical portion extends from the distal tip and defines a second radius of curvature, wherein the posterior portion has a conical portion extending from the distal tip and defining a taper angle (γ) relative to the longitudinal axis of the peg. a baseplate component having an articular side and a bone contact side opposite the articular side; and a peg extending from the bone contact side such that an acute angle (Θ1,Θ2) is formed between a longitudinal axis of the peg and the bone contact side of the baseplate component, the peg having a distal tip, an anterior portion, and a posterior portion, the distal tip defining a first radius of curvature, the anterior portion having a spherical portion, characterised in that the spherical portion extends from the distal tip and defines a second radius of curvature, wherein the posterior portion has a conical portion extending from the distal tip and defining a taper angle (γ) relative to the longitudinal axis of the peg.
A prosthetic wrist unit comprising a drive motor, suitable for being kinematically interposed between the distal end of an arm prosthesis and a prosthetic terminal device, for positioning the terminal device at desired orientations with respect to the arm prosthesis, whereby the wrist unit comprises a reduction mechanism comprising a first epicycloidal reduction stage and a second cycloidal reduction stage, connected to each other, wherein the first stage comprises a central wheel connected to the motor shaft, one or more satellite wheels rotatably placed around their own axis on a planet carrier, and a fixed outer ring gear, the satellite wheels being in peripheral contact with the central wheel and with the outer ring gear, and the planet carrier being connected to the second stage, and characterized in that the central wheel, the satellite wheels and the outer ring gear have smooth mutually engaging surfaces, in such a way that the rolling of the satellite wheels on the outer ring gear is caused by the friction forces generated by radial interference between the central wheel and the satellite wheels and the outer ring gear.