mhurhangee/ep-ind-claims huggingface dataset:
A film wrapping device for wrapping tire bead wire with a film material, comprising a machine frame body, wherein the machine frame body is provided with: a winding unit, comprising a first winding shaft and a second winding shaft for respectively winding different film materials to wrap a bead wire in two layers; an H-shaped spool assembly, comprising an H-shaped spool and a drive unit for driving the H-shaped spool to rotate such that the H-shaped wheel winding the bead wire; a film cutting mechanism, configured to cut off a film material directly or indirectly conveyed by the winding unit; a glue rubber strip applying unit, configured to paste a glue rubber strip to the film material on the H-shaped spool; characterized by a film guiding mechanism, comprising a motion mechanism, wherein the motion mechanism is configured to be adapted to reciprocate in a first direction and a second direction; the first direction is a direction close to and away from the H-shaped spool, while the second direction is a perpendicular direction; the motion mechanism is provided with an adsorption assembly and a pressing assembly; the adsorption assembly is configured to hold the film material by means of negative pressure, and to convey, under the action of the motion mechanism, an end of the cut film material to the H-shaped spool; the pressing assembly is configured to move to the H-shaped spool under the action of the motion mechanism and press the film material. a winding unit, comprising a first winding shaft and a second winding shaft for respectively winding different film materials to wrap a bead wire in two layers; an H-shaped spool assembly, comprising an H-shaped spool and a drive unit for driving the H-shaped spool to rotate such that the H-shaped wheel winding the bead wire; a film cutting mechanism, configured to cut off a film material directly or indirectly conveyed by the winding unit; a glue rubber strip applying unit, configured to paste a glue rubber strip to the film material on the H-shaped spool; characterized by a film guiding mechanism, comprising a motion mechanism, wherein the motion mechanism is configured to be adapted to reciprocate in a first direction and a second direction; the first direction is a direction close to and away from the H-shaped spool, while the second direction is a perpendicular direction; the motion mechanism is provided with an adsorption assembly and a pressing assembly; the adsorption assembly is configured to hold the film material by means of negative pressure, and to convey, under the action of the motion mechanism, an end of the cut film material to the H-shaped spool; the pressing assembly is configured to move to the H-shaped spool under the action of the motion mechanism and press the film material.
An isolated humanized antibody or a binding fragment thereof that specifically binds to human insulin-like growth factor I receptor (IGF-IR), wherein a V H region which comprises SEQ ID NO: 1 and wherein a V L region which comprises SEQ ID NO: 2.
A wind turbine with a rotor and a generator, wherein a planetary gear is arranged between the rotor and generator, which interacts with the rotor and the generator, wherein the planetary gear has at least one planetary wheel, at least one planetary bolt and a planetary carrier, wherein the planetary wheel is arranged on the planetary bolt, wherein at least one plain bearing (15, 16) is arranged between the planetary bolt and planetary carrier, the planetary wheel is non-rotatably connected with the planetary bolt, and the planetary carrier has a multipart design and has an inner part as well as an outer part connected thereto, and the inner part is arranged adjacent to the planetary bolt, and wherein the at least one plain bearing (15, 16) is comprised of the inner part of the planetary gear, characterized in that the connection of the inner part with the outer part is formed via a connecting element that has its very large dimensions in the axial direction of the planetary wheel and/or that the inner part is positively fitted with the outer part.
A method for implementing a decentralized clustering mechanism, wherein the method comprises: reserving, by a first wireless device located on a first channel, multiple first scheduled service periods from a first data transfer interval; switching, by the first wireless device, the first wireless device to a second channel within the multiple first scheduled service periods, and transmitting a probe frame over the second channel, wherein the probe frame comprises a cluster probe information element, and the cluster probe information element comprises timing information that is used for enabling a second wireless device located on the second channel to transmit a response frame in response to the probe frame; reserving, by the first wireless device, multiple second scheduled service periods corresponding to the multiple first scheduled service periods from a second data transfer interval according to the timing information comprised in the cluster probe information element; when the response frame transmitted by the second wireless device is received within the multiple second scheduled service periods, identifying, by the first wireless device by using an extended cluster report information element comprised in the response frame, whether an empty beacon scheduled service period Beacon SP exists; and if the empty Beacon SP exists, transmitting, by the first wireless device, a beacon frame within the empty Beacon SP, so that the first wireless device joins a decentralized cluster in which the second wireless device is located. reserving, by a first wireless device located on a first channel, multiple first scheduled service periods from a first data transfer interval; switching, by the first wireless device, the first wireless device to a second channel within the multiple first scheduled service periods, and transmitting a probe frame over the second channel, wherein the probe frame comprises a cluster probe information element, and the cluster probe information element comprises timing information that is used for enabling a second wireless device located on the second channel to transmit a response frame in response to the probe frame; reserving, by the first wireless device, multiple second scheduled service periods corresponding to the multiple first scheduled service periods from a second data transfer interval according to the timing information comprised in the cluster probe information element; when the response frame transmitted by the second wireless device is received within the multiple second scheduled service periods, identifying, by the first wireless device by using an extended cluster report information element comprised in the response frame, whether an empty beacon scheduled service period Beacon SP exists; and if the empty Beacon SP exists, transmitting, by the first wireless device, a beacon frame within the empty Beacon SP, so that the first wireless device joins a decentralized cluster in which the second wireless device is located.
Roof comprising a series of rafters and solar panels, CHARACTERIZED IN THAT the faces pposite at least one pair of rafters are preformed and/or equipped to: - form a bearing surface with one or more sheets of insulating material in the bottom part, - form a bearing surface for one or more solar panels in the top part which constitute the coverage of the roof, the lateral faces opposite said rafters are preformed with grooves accommodating blocks cooperating with brackets associated with the bottom surface of the solar panels, said brackets having a horizontal face fixed to the bottom surface of the solar panel and a vertical face cooperating with said block by a vertical notch emerging on a horizontal oblong opening which allows the panel to be fitted vertically onto the blocks and to be locked thereon by a translational movement, - and said bearing surfaces (700 and 800) being disposed so as to form a free volume between the top surface of the insulating material and the bottom surface of the solar panel by leaving a void with the bottom surface of the solar panels. - form a bearing surface with one or more sheets of insulating material in the bottom part, - form a bearing surface for one or more solar panels in the top part which constitute the coverage of the roof, the lateral faces opposite said rafters are preformed with grooves accommodating blocks cooperating with brackets associated with the bottom surface of the solar panels, said brackets having a horizontal face fixed to the bottom surface of the solar panel and a vertical face cooperating with said block by a vertical notch emerging on a horizontal oblong opening which allows the panel to be fitted vertically onto the blocks and to be locked thereon by a translational movement, - and said bearing surfaces (700 and 800) being disposed so as to form a free volume between the top surface of the insulating material and the bottom surface of the solar panel by leaving a void with the bottom surface of the solar panels.
Electrical terminal component having an insulating material housing, a busbar installed in the insulating material housing and at least one clamping spring (14, 22), which springs are arranged on the busbar so as to form clamping points for electrical conductors, wherein the busbar has a flat busbar region in which at least four conductor leadthrough openings (8, 9) are made, wherein two conductor leadthrough openings (8a, 8b; 8c, 8d) are arranged behind one another in the direction of longitudinal extent of the conductor leadthrough openings (8a, 8b; 8c, 8d), and at least two such pairs of conductor leadthrough openings (8a, 8b; 8c, 8d) are arranged behind one another being arranged beside one another in a width direction which extends over the narrow side of the conductor leadthrough openings (8a, 8b; 8c, 8d), characterized in that the conductor leadthrough openings (8, 9) are each surrounded by side walls projecting from the flat busbar region and a contact wall projecting from the flat busbar region and having a clamping contact point for making contact with an electrical conductor.
A method for preparing a pharmaceutical composition in the form of microspheres with prolonged release of a water-soluble active principle, characterized in that it comprises the succession of steps below: - dissolving the active principle in an appropriate amount of water, said dissolving of the active principle being carried out without the addition of any substance which retains the active principle, nor of agent for stabilizing the emulsion, and without any operation intended to increase the viscosity, - emulsifying the aqueous solution of active principle thus obtained with a solution of a d,l-lactide-co-glycolide matrix copolymer of average molecular weight of between 40 000 and 80 000 and having a lactic acid/glycolic acid proportion of between 50/50 and 80/20, dissolved in a chlorinated hydrocarbon, resulting in a first microfine and homogeneous emulsion, - emulsifying said first emulsion thus obtained, in an external aqueous phase containing 0.1 to 0.5% by weight of polysorbate 80, 1 to 25% by weight of polyvinylpyrrolidone and 0.1 to 10% by weight of mannitol or of sodium chloride, - extracting-evaporating the solvent so as to obtain microspheres, which are recovered after filtration, washing and drying. - dissolving the active principle in an appropriate amount of water, said dissolving of the active principle being carried out without the addition of any substance which retains the active principle, nor of agent for stabilizing the emulsion, and without any operation intended to increase the viscosity, - emulsifying the aqueous solution of active principle thus obtained with a solution of a d,l-lactide-co-glycolide matrix copolymer of average molecular weight of between 40 000 and 80 000 and having a lactic acid/glycolic acid proportion of between 50/50 and 80/20, dissolved in a chlorinated hydrocarbon, resulting in a first microfine and homogeneous emulsion, - emulsifying said first emulsion thus obtained, in an external aqueous phase containing 0.1 to 0.5% by weight of polysorbate 80, 1 to 25% by weight of polyvinylpyrrolidone and 0.1 to 10% by weight of mannitol or of sodium chloride, - extracting-evaporating the solvent so as to obtain microspheres, which are recovered after filtration, washing and drying.
Apparatus for determining the availability presence of a resource, the apparatus comprising: a low energy wireless sensor (320a, 320b) configured to detect a resource presence state at a location; and a network device in communication with the sensor comprising: a processor arranged to modify identification data of the network device based on the presence state at the location; and a transmitter configured to transmit the modified identification data to an application server. a low energy wireless sensor (320a, 320b) configured to detect a resource presence state at a location; and a network device in communication with the sensor comprising: a processor arranged to modify identification data of the network device based on the presence state at the location; and a transmitter configured to transmit the modified identification data to an application server. a processor arranged to modify identification data of the network device based on the presence state at the location; and a transmitter configured to transmit the modified identification data to an application server.
An electric coupler, comprising: a first body; a first electrical path through the first body having a first resistance to electric current within a first frequency range; a second electrical path through the first body having a second resistance to electric current within a second frequency range, wherein the first resistance is optionally lower than the second resistance, and the first frequency range is optionally lower than the second frequency range or overlaps the second frequency range; a second body; a third electrical path through the second body having a third resistance to electric current within a third frequency range; and a fourth electrical path through the second body having a fourth resistance to electric current within a fourth frequency range, wherein the third resistance is optionally lower than the fourth resistance, and the third frequency range is optionally lower than the fourth frequency range or overlaps with the fourth frequency range; characterised in that an insulator is disposed between the first body and the second body, the insulator being configured such that an inductance in one of the first body and the second body cancels at least a portion of an inductance in the other of the first body and the second body. a first body; a first electrical path through the first body having a first resistance to electric current within a first frequency range; a second electrical path through the first body having a second resistance to electric current within a second frequency range, wherein the first resistance is optionally lower than the second resistance, and the first frequency range is optionally lower than the second frequency range or overlaps the second frequency range; a second body; a third electrical path through the second body having a third resistance to electric current within a third frequency range; and a fourth electrical path through the second body having a fourth resistance to electric current within a fourth frequency range, wherein the third resistance is optionally lower than the fourth resistance, and the third frequency range is optionally lower than the fourth frequency range or overlaps with the fourth frequency range; characterised in that an insulator is disposed between the first body and the second body, the insulator being configured such that an inductance in one of the first body and the second body cancels at least a portion of an inductance in the other of the first body and the second body.
An image forming apparatus to which a process cartridge is detachably mountable, said process cartridge including, an image bearing member, a charging member for electrically charging the image bearing member, and a memory for storing first information for controlling an AC voltage applied to the charging member in a non-image-formation period in which no image is formed on said image bearing member; said apparatus including, a voltage applying portion for applying the AC voltage to said charging member; characterized by a control unit for controlling said voltage applying portion on the basis of the information stored in said memory so that in the non-image-formation period the AC voltage applied to said charging member is lower than the AC voltage applied to said charging member in an image-formation period in which an image is formed on said image bearing member.
A data protection method, wherein the method comprises: determining data that needs to be protected, and prohibiting direct access to the data that needs to be protected; if accessed data is the data that needs to be protected, triggering an interrupt to determine whether the access is abnormal; and restricting the access when the access is abnormal, wherein the method further comprises: separating a storage block of the data that needs to be protected from a storage block of data that does not need to be protected, so that only the protected data exists in at least one storage block, or only the data that does not need to be protected exists in at least one storage block, and wherein the method further comprises: setting a flag bit for a page table entry of a storage block of each piece of data, to indicate whether corresponding data is the data that needs to be protected. determining data that needs to be protected, and prohibiting direct access to the data that needs to be protected; if accessed data is the data that needs to be protected, triggering an interrupt to determine whether the access is abnormal; and restricting the access when the access is abnormal, wherein the method further comprises: separating a storage block of the data that needs to be protected from a storage block of data that does not need to be protected, so that only the protected data exists in at least one storage block, or only the data that does not need to be protected exists in at least one storage block, and wherein the method further comprises: setting a flag bit for a page table entry of a storage block of each piece of data, to indicate whether corresponding data is the data that needs to be protected.
Motor vehicle comprising: - a frame to which an exhaust hanger is attached, - a rear exhaust silencer, - a hook, one end of which is connected to the hanger, characterized in that the other end of the hook has entered a case fixed to the silencer, the hook being retained in the case by immobilizing means, and in that the end of the hook in the case, the case and the immobilizing means are arranged so that during a longitudinal displacement of the silencer relative to the hanger, such a longitudinal displacement occurring during an impact on the rear of the vehicle, the immobilization means give way and the end of the hook is released from the case. - a frame to which an exhaust hanger is attached, - a rear exhaust silencer, - a hook, one end of which is connected to the hanger,
A control system (90; 96) for a power machine, the control system comprising: an adjustable controller for a function of the power machine, the adjustable controller positionable along a range of movement, wherein position of the adjustable controller along the range of movement selects a responsiveness of the power machine between a first responsiveness and a second responsiveness, wherein the second responsiveness is less than the first responsiveness; and a mode selector selectable to one of a first mode and a second mode, wherein the first responsiveness of the first mode is a full responsiveness, the first responsiveness of the second mode is a top responsiveness, wherein the top responsiveness is a percentage of the full responsiveness; wherein the top responsiveness is adjustable and selected from a plurality of percentages of the full responsiveness; and wherein the adjustable controller selects the responsiveness at greater resolution when in the second mode. an adjustable controller for a function of the power machine, the adjustable controller positionable along a range of movement, wherein position of the adjustable controller along the range of movement selects a responsiveness of the power machine between a first responsiveness and a second responsiveness, wherein the second responsiveness is less than the first responsiveness; and a mode selector selectable to one of a first mode and a second mode, wherein the first responsiveness of the first mode is a full responsiveness, the first responsiveness of the second mode is a top responsiveness, wherein the top responsiveness is a percentage of the full responsiveness; wherein the top responsiveness is adjustable and selected from a plurality of percentages of the full responsiveness; and wherein the adjustable controller selects the responsiveness at greater resolution when in the second mode.
Method for temporarily suspending a network connection, which connection is using a Media Independent Handover Function, the method comprising: receiving a suspend command in the Media Independent Handover Function; detecting the suspend command in the Media Independent Handover Function; suspending the network connection for a predetermined time duration; wherein the network connection is a Media Independent Handover connection. receiving a suspend command in the Media Independent Handover Function; detecting the suspend command in the Media Independent Handover Function; suspending the network connection for a predetermined time duration; wherein the network connection is a Media Independent Handover connection.