mhurhangee/ep-ind-claims huggingface dataset:
A press-fit, friction-retention coupling assembly comprising: an outer component formed of an outer material having a Rockwell R hardness of at least 120, and the outer component having a recess therein including an outer component mating wall; an annular collar formed of a collar material having a Rockwell R hardness of at least 120, and the annular collar having an annular collar mating wall including at least three protrusions, each protrusion being surrounded by a recess so that an overall protrusion height between a base of the protrusion and a distal end thereof is greater than a protruding distance between an outer diameter of a cylindrical outer surface of the annular collar mating wall and the distal end of the protrusion; and wherein the number and configuration of the protrusions are designed to provide a press-fit insertion force of 50 Newtons or less throughout relevant tolerance ranges for the mating walls, and to provide a friction retention force sufficient to retain the annular collar within the recess under its own weight throughout relevant tolerance ranges for the mating walls. an outer component formed of an outer material having a Rockwell R hardness of at least 120, and the outer component having a recess therein including an outer component mating wall; an annular collar formed of a collar material having a Rockwell R hardness of at least 120, and the annular collar having an annular collar mating wall including at least three protrusions, each protrusion being surrounded by a recess so that an overall protrusion height between a base of the protrusion and a distal end thereof is greater than a protruding distance between an outer diameter of a cylindrical outer surface of the annular collar mating wall and the distal end of the protrusion; and wherein the number and configuration of the protrusions are designed to provide a press-fit insertion force of 50 Newtons or less throughout relevant tolerance ranges for the mating walls, and to provide a friction retention force sufficient to retain the annular collar within the recess under its own weight throughout relevant tolerance ranges for the mating walls.
Device comprising - a voltage source (12, 14, 16), - an electrical conductor connected to an electrical pole of the voltage source and acting as an electrode (18, 20); and - a substrate arranged in the electromagnetic field that forms in the vicinity of the electrical conductor when the voltage source (12, 14, 16) is active, the substrate containing a drug held therein, - wherein a device for influencing an electrical voltage generated by the voltage source (12, 14, 16) is provided, - wherein the electrical conductor connected to the electrical pole is a metal wire, - wherein the metal wire carries the substrate (22, 48) and - wherein the voltage source comprises a transformer, which generates an alternating electrical voltage in the metal wire when an external alternating magnetic field is applied, so that a variation of the external alternating magnetic field brings about a variation of the alternating electrical voltage and consequently of the dispensing rate of the drug. - a voltage source (12, 14, 16), - an electrical conductor connected to an electrical pole of the voltage source and acting as an electrode (18, 20); and - a substrate arranged in the electromagnetic field that forms in the vicinity of the electrical conductor when the voltage source (12, 14, 16) is active, the substrate containing a drug held therein, - wherein a device for influencing an electrical voltage generated by the voltage source (12, 14, 16) is provided, - wherein the electrical conductor connected to the electrical pole is a metal wire, - wherein the metal wire carries the substrate (22, 48) and - wherein the voltage source comprises a transformer, which generates an alternating electrical voltage in the metal wire when an external alternating magnetic field is applied, so that a variation of the external alternating magnetic field brings about a variation of the alternating electrical voltage and consequently of the dispensing rate of the drug.
A polyacetal resin in which the number of fisheyes having a maximum length of 30 μm or longer is 10 or less per 25 cm 2 when it is measured using a film having a thickness of 30 μm, wherein the polyacetal resin is obtained by filtering a coarse polyacetal resin using a filter followed by granulation and the filter is a sintered filter having an absolute filtering accuracy of 50 micron or less.
A self-propelled module for oversize loads, comprising: - two ground movement assemblies (11, 12) with oil-pressure controlled actuation, - a transverse rocker arranged between said movement assemblies (11, 12), which are coupled thereto independently, characterised in that the module comprises: - oil-pressure controlled suspension means (14, 15), arranged on corresponding oscillating supports (16, 17) coupled to said transverse rocker, - a load-bearing frame, supported by said oil-pressure controlled suspension means (14, 15), comprising an oil-pressure controlled circuit adapted to serve said ground movement assemblies (11, 12) and said suspension means (14, 15), - a rotary distribution unit, having a vertical axis, mounted on said load-bearing frame for supplying the ground movement assemblies (11, 12) and the oil-pressure controlled suspension means (14, 15), a first part of said rotary distribution unit being fixed to said load-bearing frame, a second part being free to rotate about the vertical axis with respect to said first part, - a resting bed, which is supported by a center bearing that is coaxial to said rotary distribution unit, - below said resting bed there being means for the relative rotation, about said vertical axis, of said resting bed with respect to said load-bearing frame. - two ground movement assemblies (11, 12) with oil-pressure controlled actuation, - a transverse rocker arranged between said movement assemblies (11, 12), which are coupled thereto independently, - oil-pressure controlled suspension means (14, 15), arranged on corresponding oscillating supports (16, 17) coupled to said transverse rocker, - a load-bearing frame, supported by said oil-pressure controlled suspension means (14, 15), comprising an oil-pressure controlled circuit adapted to serve said ground movement assemblies (11, 12) and said suspension means (14, 15), - a rotary distribution unit, having a vertical axis, mounted on said load-bearing frame for supplying the ground movement assemblies (11, 12) and the oil-pressure controlled suspension means (14, 15), a first part of said rotary distribution unit being fixed to said load-bearing frame, a second part being free to rotate about the vertical axis with respect to said first part, - a resting bed, which is supported by a center bearing that is coaxial to said rotary distribution unit, - below said resting bed there being means for the relative rotation, about said vertical axis, of said resting bed with respect to said load-bearing frame.
Industrial truck, in particular lifting truck, with a drive part that has at least one steered wheel and with a load part comprising at least one load arm, wherein the load arm is provided at the tip with a load roller device, wherein the industrial truck is supported on a travel surface by means of the steered wheel arranged on the drive part and the load roller device arranged at the tip of the load arm, wherein the load part can be raised and lowered relative to the drive part by means of an initial lifting apparatus, wherein the load roller device is arranged on the load arm so that it can be pivoted via a load roller lever, wherein the load roller lever is mounted on a swivel bearing on the load arm so that it can be pivoted about a pivot axis and wherein, for raising the load arm, the initial lifting apparatus comprises a linkage in operative connection with the load roller lever and an actuating lever actuating the linkage, wherein the actuating lever is mounted on a swivel bearing on the load part so that it can be pivoted about a pivot axis and the linkage is coupled in an articulated manner to the actuating lever at a coupling point, characterized in that the actuating lever is coupled in an articulated manner to the drive part at a further coupling point and the kinematics of the load roller lever and/or of the actuating lever is configured in such a manner that, when the load part is being raised from the lowered position into the raised position by means of the initial lifting apparatus, a backwards tilting of the load arm is achieved.
A method for formation of neuromuscular junctions, the method comprising: forming functional neuromuscular junctions between motoneurons and muscle cells by co-culturing one or more human motoneurons derived from human spinal cord stem cells and one or more human muscle cells derived from human skeletal muscle stem cells in a substantially serum-free medium, wherein the medium comprises at least one synaptogenesis promoting component and one or more trophic factors. forming functional neuromuscular junctions between motoneurons and muscle cells by co-culturing one or more human motoneurons derived from human spinal cord stem cells and one or more human muscle cells derived from human skeletal muscle stem cells in a substantially serum-free medium, wherein the medium comprises at least one synaptogenesis promoting component and one or more trophic factors.
Device (2,3) for use in a digital conference system, said device comprising a first and a second port, each port comprising two pairs of differential lines, characterised in that said device comprises configuration and detection means arranged for - putting said first and said second port in a receive mode at start-up or, in case of loss of network, configuring said first and said second port in said receive mode after receiving a command from a central unit of the digital conference system, - automatically detecting which of said first and said second port is input port by finding which port is first to receive a trigger signal being a synchronisation signal of a digital conference network, and - configuring the detected input port as input port of the device by configuring the two pairs of differential lines as an external differential receive pair and an internal differential transmit pair and the other port of said first and said second port as output port of the device by configuring the two pairs of differential lines as an internal differential receive pair and an external differential transmit pair. - putting said first and said second port in a receive mode at start-up or, in case of loss of network, configuring said first and said second port in said receive mode after receiving a command from a central unit of the digital conference system, - automatically detecting which of said first and said second port is input port by finding which port is first to receive a trigger signal being a synchronisation signal of a digital conference network, and - configuring the detected input port as input port of the device by configuring the two pairs of differential lines as an external differential receive pair and an internal differential transmit pair and the other port of said first and said second port as output port of the device by configuring the two pairs of differential lines as an internal differential receive pair and an external differential transmit pair.
A laminated packaging material for liquid food products comprising, a paper board having a non-white color or a film arranged on the paper board, a pre-laminated hole, arranged in an opening section of the paper board, and a first contrast area is arranged adjacent to the pre-laminated hole and printed in a first color that is selected such that a high contrast between the first color and the pre-laminated hole is achieved characterized in that the first contrast area at least partly surrounds the pre-laminated hole.
A printing system capable of implementing 2-path printing using a plurality of image forming apparatuses (102, 103) in cooperation with each other, the system comprising: actual performance management means for managing, as actual performance for each user, a count of sheets used in print processing; upper limit management means (301, 310) for storing an upper limit value of a printable sheet count for each user, and for performing print inhibition processing on the basis of a print request from a user for whom the actual performance of the sheet count managed by said actual performance management means exceeds the upper limit value; first processing means for, in a first image forming apparatus, executing first-path print processing in 2-path printing and delivering a printed material; and second processing means for, in a second image forming apparatus, executing second-path print processing in the 2-path printing for the printed material on which the first processing means has executed the first-path print processing, wherein even if the actual performance of the sheet count managed by said actual performance management means for the user who has designated the 2-path printing has reached the upper limit value in the second-path print processing in the 2-path printing, said upper limit management means (301, 310) is configured to not perform the print inhibition processing, and said second processing means is allowed to perform the second-path print processing. actual performance management means for managing, as actual performance for each user, a count of sheets used in print processing; upper limit management means (301, 310) for storing an upper limit value of a printable sheet count for each user, and for performing print inhibition processing on the basis of a print request from a user for whom the actual performance of the sheet count managed by said actual performance management means exceeds the upper limit value; first processing means for, in a first image forming apparatus, executing first-path print processing in 2-path printing and delivering a printed material; and second processing means for, in a second image forming apparatus, executing second-path print processing in the 2-path printing for the printed material on which the first processing means has executed the first-path print processing, wherein even if the actual performance of the sheet count managed by said actual performance management means for the user who has designated the 2-path printing has reached the upper limit value in the second-path print processing in the 2-path printing, said upper limit management means (301, 310) is configured to not perform the print inhibition processing, and said second processing means is allowed to perform the second-path print processing.
A sending method for feedback information, applied in a terminal, the method comprising: receiving, from an access network equipment, first signaling, wherein the first signaling carries N new feedback indicators, named (NFIs) hereinafter, the N NFIs correspond to N groups in one-to-one, N is a positive integer that is less than or equal to a maximum number of HARQ processes, and the first signaling further comprises: indicating information used to indicate P 3 groups among the N groups, wherein feedback information of the P 3 groups is required to be reported, and P 3 is not greater than the N; generating a feedback codebook, wherein the feedback codebook comprises first feedback information corresponding to a first HARQ process, the first feedback information comprises one of ACK and NACK, the first HARQ process is transmitted through a physical channel in a first group with a first value of NFI, the first group is one of the N groups, the first value is the value of NFI corresponding to the first group among the N NFIs, and the method is characterized in that the feedback codebook further comprises feedback information corresponding to a second HARQ process, the second HARQ process is transmitted through a physical channel in a second group with a second value of NFI, and the second group is one of the P 3 groups, and the second value is a value of NFI corresponding to the second group among the N NFIs; and transmitting the feedback codebook to the access network equipment. receiving, from an access network equipment, first signaling, wherein the first signaling carries N new feedback indicators, named (NFIs) hereinafter, the N NFIs correspond to N groups in one-to-one, N is a positive integer that is less than or equal to a maximum number of HARQ processes, and the first signaling further comprises: indicating information used to indicate P 3 groups among the N groups, wherein feedback information of the P 3 groups is required to be reported, and P 3 is not greater than the N; indicating information used to indicate P 3 groups among the N groups, wherein feedback information of the P 3 groups is required to be reported, and P 3 is not greater than the N; generating a feedback codebook, wherein the feedback codebook comprises first feedback information corresponding to a first HARQ process, the first feedback information comprises one of ACK and NACK, the first HARQ process is transmitted through a physical channel in a first group with a first value of NFI, the first group is one of the N groups, the first value is the value of NFI corresponding to the first group among the N NFIs, and the method is characterized in that the feedback codebook further comprises feedback information corresponding to a second HARQ process, the second HARQ process is transmitted through a physical channel in a second group with a second value of NFI, and the second group is one of the P 3 groups, and the second value is a value of NFI corresponding to the second group among the N NFIs; and transmitting the feedback codebook to the access network equipment.
A bone graft implant for treating a bone defect, comprising: a porous matrix comprising a plurality of overlapping and interlocking bioactive glass fibers and bioactive glass particulates distributed throughout the fibers, the fibers and particulates each having varying diameters, and a range of pores defined by the spaces between said fibers and particulates, the varying diameters of the fibers and particulates controlling pore size and distribution of the range of pores and overall porosity of the matrix, the matrix further having a distributed porosity based on said range of pores such that the matrix is configured for staged resorption, wherein the range of pores comprises micropores and macropores, and further characterized in that the implant is moldable, and has a shape and size suitable for the bone defect.
An isolated antibody that binds Tumor Necrosis Factor Receptor 25 (TNFR25) for use in increasing expansion of CD8 T lymphocytes in a subject administered an antigen, wherein said antibody is capable of acting as a TNFR25 agonist and the CD8 T lymphocytes are specific for the administered antigen.
Lock device for an electronic locking system, the lock device comprising: - an input member arranged to rotate about an input rotational axis; - an output member arranged to rotate about an output rotational axis; - an energy harvesting arrangement configured to generate electric energy from rotation of the input member in a first direction about the input rotational axis; and- a selective transfer device movable between a locking state, in which the output member cannot be rotated about the output rotational axis by means of rotation of the input member about the input rotational axis, and an unlocking state, in which the output member can be rotated about the output rotational axis by means of rotation of the input member in the first direction about the input rotational axis; wherein the transfer device is powered by the energy harvesting arrangement; wherein the input member comprises an engaging structure; the output member comprises an engageable structure arranged to be engaged by the engaging structure; the transfer device is constituted by a blocking device movable between a blocking state, in which the blocking device blocks the output member from rotating about the output rotational axis, and an unblocking state, in which the output member is allowed to rotate about the output rotational axis; and the engaging structure is rotatable about the input rotational axis through an angular clearance prior to engaging the engageable structure. - an input member arranged to rotate about an input rotational axis; - an output member arranged to rotate about an output rotational axis; - an energy harvesting arrangement configured to generate electric energy from rotation of the input member in a first direction about the input rotational axis; and- a selective transfer device movable between a locking state, in which the output member cannot be rotated about the output rotational axis by means of rotation of the input member about the input rotational axis, and an unlocking state, in which the output member can be rotated about the output rotational axis by means of rotation of the input member in the first direction about the input rotational axis; wherein the transfer device is powered by the energy harvesting arrangement; wherein the input member comprises an engaging structure; the output member comprises an engageable structure arranged to be engaged by the engaging structure; the transfer device is constituted by a blocking device movable between a blocking state, in which the blocking device blocks the output member from rotating about the output rotational axis, and an unblocking state, in which the output member is allowed to rotate about the output rotational axis; and the engaging structure is rotatable about the input rotational axis through an angular clearance prior to engaging the engageable structure.
An information processing device having a communication device arranged to communicate with an external communication device through a communication network, comprising: an information processing part arranged to select a Subscriber Identity Module card based on a selection information to specify said Subscriber Identity Module card out of a plurality of Subscriber Identity Module cards (361, 362) having different recorded information therein, and read or write information of said Subscriber Identity Module card between said Subscriber Identity Module card and said communication device, the information processing part being arranged to store a selection information entered through an input device in a storage part, characterized in that the information processing part is arranged to connect, on the basis of said selection information stored in said storage part, a first device driver corresponding to the communication device to a second device driver of a plurality of device drivers (60, 62) that correspond to said plurality of Subscriber Identity Module cards (361, 362), said second device driver corresponding to said Subscriber Identity Module card. an information processing part arranged to select a Subscriber Identity Module card based on a selection information to specify said Subscriber Identity Module card out of a plurality of Subscriber Identity Module cards (361, 362) having different recorded information therein, and read or write information of said Subscriber Identity Module card between said Subscriber Identity Module card and said communication device, the information processing part being arranged to store a selection information entered through an input device in a storage part, characterized in that the information processing part is arranged to connect, on the basis of said selection information stored in said storage part, a first device driver corresponding to the communication device to a second device driver of a plurality of device drivers (60, 62) that correspond to said plurality of Subscriber Identity Module cards (361, 362), said second device driver corresponding to said Subscriber Identity Module card.