mhurhangee/ep-ind-claims huggingface dataset:
Ladder designed to be deployed near the wheel of a heavy road vehicle, incorporating one upper step, one lower step, and a movement system allowing its deployment and retraction between the following two positions: • one retracted position in which the upper and lower steps are folded behind the wheel so as not to protrude beyond the vehicle's silhouette; • one deployed position in which the upper and lower steps are salient towards the exterior to enable the driver/operator to climb up into and down from the cabin; and • the lower step is mounted pivoting in relation to the upper step; characterized by the fact that: • the lower step incorporates an emergency step provided at its rear; • the upper and lower steps are moved sideways by the movement system; • the movement system also incorporates a pivoting system to pivot the lower step so that: • when the ladder is in the retracted position, the lower step is oriented towards the vehicle, whereas the emergency step is oriented towards the exterior side of the vehicle; • in the deployed position of the ladder, the lower step is oriented towards the exterior side of the vehicle, while the emergency step is oriented towards the vehicle. • one retracted position in which the upper and lower steps are folded behind the wheel so as not to protrude beyond the vehicle's silhouette; • one deployed position in which the upper and lower steps are salient towards the exterior to enable the driver/operator to climb up into and down from the cabin; and • the lower step is mounted pivoting in relation to the upper step; • the lower step incorporates an emergency step provided at its rear; • the upper and lower steps are moved sideways by the movement system; • the movement system also incorporates a pivoting system to pivot the lower step so that: • when the ladder is in the retracted position, the lower step is oriented towards the vehicle, whereas the emergency step is oriented towards the exterior side of the vehicle; • in the deployed position of the ladder, the lower step is oriented towards the exterior side of the vehicle, while the emergency step is oriented towards the vehicle.
A woven textile comprising, in at least one of the warp or weft directions, non-flocked yarns and flocked yarns, the flocked yarns comprising a support yarn having a core covered with an adhesive layer, the support yarn having a base diameter (5, 54), and protruding filaments providing said flocked yarns with an apparent diameter (61, 62, 64), said non-flocked yarns having a diameter (10, 104) which is smaller than said apparent diameter and larger than said base diameter (5, 54) of said flocked yarns, said textile being characterized in that in the direction comprising the flocked yarns, it has a ratio of the number of non-flocked yarns to the number of flocked yarns of less than or equal to 1, preferably less than or equal to 0.5, more preferably in the range 0.2 to 0.5.
An electric terminal comprising a terminal body and a box-shaped hood enclosing at least partially the terminal body, said hood being bent from a sheet-metal part into the box-shaped design wherein the sheet-metal part has a first connecting end and a second connecting end both being bent towards each other, said connecting ends (20, 21) of the sheet-metal part are form-fittingly connected to each other, wherein said connecting ends (20, 21) are arranged in a common plane, and wherein the connecting ends (20, 21) comprises at least one first engagement arrangement (23, 23') securing the connecting ends (20, 21) in the plane of the connecting ends (20, 21), each first engagement arrangement (23, 23') comprises a tab integral to the first connecting end and projecting in direction towards the second connecting end, said tab being accommodated in a recess of the second connecting end, characterized in that the tab and the recess of each first engagement arrangement (23, 23') are formed complementary thereby forming a form-fitting engagement, that said connecting ends (20, 21) comprise at least one second engagement arrangement securing the connecting ends (20, 21) against movement in a direction perpendicular to the plane of the connecting ends (20, 21), said second engagement arrangement has a first contact portion being part of the first connecting end and a second contact portion being part of the second connecting end, wherein both the first contact portion and the second contact portion are arranged overlapping each other and wherein the contact portions (29, 30) are embossed such that the contact portions are thinner than the rest of the sheet-metal part, and that one of said second engagement arrangement securing the connecting ends (20, 21) against movement in a direction perpendicular to the plane of the connecting ends (20, 21) is arranged between two of said first engagement arrangements (23, 23') securing the connecting ends (20, 21) against movement in a direction in the plane of the connecting ends (20, 21).
A rotary reciprocating sub-assembly (1; 101) for pumping a fluid, in particular for medical use, said sub-assembly comprising: a hollow body (2; 102) defining a cavity (10; 110) of longitudinal axis and having a wall with two ducts (11, 12; 111, 112) passing therethrough and opening out radially into said cavity (10; 110); and a piston (3; 103) housed in said cavity (10; 110) with which it co-operates to define a working chamber (31; 131), said piston (3; 103) being movable angularly between fluid-flow configurations in which it allows fluid-flow communication between said working chamber (31; 131) and one of said ducts (11, 12; 111, 112), and switching configurations in which it prevents any fluid-flow communication with each of said ducts, said piston (3; 103) being movable in reciprocating longitudinal translation so as to cause the dimensions of said working chamber (31; 131) to vary and successively suck in and then discharge said fluid via one and then the other of said ducts (11, 12; 111, 112), said sub-assembly being characterized in that said ducts (11, 12; 111, 112) are longitudinally offset from each other, in that said piston (3; 103) includes a channel (25; 125) that opens out longitudinally into said working chamber (31; 131) and radially into at least one pair of side recesses (22, 23; 122, 123) that are provided in the periphery of said piston (3; 103), that are longitudinally offset from each other, and that are arranged so that, in each fluid-flow configuration, only one of said recesses (22, 23; 122, 123) is in fluid-flow communication with only one of said ducts (11, 12; 111, 112), in that said recesses (22, 23; 122, 123) of said pair are angularly offset from each other by an angle that is different from 180°, and in that said ducts (11, 12; 111, 112) are angularly offset from each other by the same angle.
A system for providing power to a headset from a terminal device coupled to the headset device with a cable, the system comprising: an audio signal source configured to provide an audio signal having a time-varying amplitude; a power signal source configured to provide a power signal by amplitude modulating a carrier signal with a modulation signal that is formed from the time-varying amplitude of the audio signal waveform and which has an amplitude that varies inversely to the amplitude of the audio signal waveform; and a summing circuit operatively coupled to the audio signal source and the power signal source and configured to output a composite signal having an amplitude limited to a maximum amplitude value. an audio signal source configured to provide an audio signal having a time-varying amplitude; a power signal source configured to provide a power signal by amplitude modulating a carrier signal with a modulation signal that is formed from the time-varying amplitude of the audio signal waveform and which has an amplitude that varies inversely to the amplitude of the audio signal waveform; and a summing circuit operatively coupled to the audio signal source and the power signal source and configured to output a composite signal having an amplitude limited to a maximum amplitude value.
A method of controlling a permanent-magnet electric machine, the method comprising: sequentially exciting and freewheeling a winding of the electric machine, wherein the winding is excited in advance of zero-crossings of back emf by an advance angle, and the winding is freewheeled over a freewheel angle, characterised in that the method comprises varying the advance angle and the freewheel angle in response to changes in speed of the electric machine, wherein the method comprises increasing the advance angle and decreasing the freewheel angle in response to an increase in the speed. sequentially exciting and freewheeling a winding of the electric machine, wherein the winding is excited in advance of zero-crossings of back emf by an advance angle, and the winding is freewheeled over a freewheel angle, characterised in that the method comprises varying the advance angle and the freewheel angle in response to changes in speed of the electric machine, wherein the method comprises increasing the advance angle and decreasing the freewheel angle in response to an increase in the speed.
A vehicle rear wing structure, comprising a rear wing plate and a rear wing, wherein the rear wing plate includes: a buckle portion, formed into an angular structure, and is used to clip and hold along a front end of the rear wing, so that the rear wing plate is fixed securely onto a surface of the rear wing, and the rear wing plate will not be blown away due to wind resistance when a vehicle moves at a high speed; a main body portion, formed into a planar plate structure, and is disposed on a surface of the rear wing, and is connected and fixed to the buckle portion; and a protrusion portion, which is formed into a tilt-up structure and tilts up along a rear end of the rear wing to form a wind resistance plane, connected and fixed along a rear end of the main body portion, and generates wind resistance when the vehicle moves at a high speed, wherein, the buckle portion, the main body portion, and the protrusion portion are formed integrally into a body. a buckle portion, formed into an angular structure, and is used to clip and hold along a front end of the rear wing, so that the rear wing plate is fixed securely onto a surface of the rear wing, and the rear wing plate will not be blown away due to wind resistance when a vehicle moves at a high speed; a main body portion, formed into a planar plate structure, and is disposed on a surface of the rear wing, and is connected and fixed to the buckle portion; and a protrusion portion, which is formed into a tilt-up structure and tilts up along a rear end of the rear wing to form a wind resistance plane, connected and fixed along a rear end of the main body portion, and generates wind resistance when the vehicle moves at a high speed, wherein, the buckle portion, the main body portion, and the protrusion portion are formed integrally into a body.
A method for connecting to a network, comprising: receiving, by a mobility management entity, MME, a delete context request that carries instruction information and that is sent by a base station, wherein the delete context request is used to notify the MME that the UE loses a connection to a network, and the instruction information is used to instruct the MME to report to a server that the UE loses a connection to a network; sending, by the MME, a first message to the server, wherein the first message is used to notify the server that UE loses a connection to a network; and receiving, by the MME, a second message sent by the server, wherein the second message is used to instruct the MME to perform a relay process, wherein the relay process specifically comprises: acquiring, by the MME, a list of candidate relay UEs that relay the UE; and sending, by the MME, a third message to candidate relay UE in the list of candidate relay UEs, wherein the third message is used to instruct the candidate relay UE in the list of candidate relay UEs to send a fourth message to the UE, and the fourth message is used by the UE to determine selected relay UE and connect to a network by using the selected relay UE. receiving, by a mobility management entity, MME, a delete context request that carries instruction information and that is sent by a base station, wherein the delete context request is used to notify the MME that the UE loses a connection to a network, and the instruction information is used to instruct the MME to report to a server that the UE loses a connection to a network; sending, by the MME, a first message to the server, wherein the first message is used to notify the server that UE loses a connection to a network; and receiving, by the MME, a second message sent by the server, wherein the second message is used to instruct the MME to perform a relay process, wherein the relay process specifically comprises: acquiring, by the MME, a list of candidate relay UEs that relay the UE; and sending, by the MME, a third message to candidate relay UE in the list of candidate relay UEs, wherein the third message is used to instruct the candidate relay UE in the list of candidate relay UEs to send a fourth message to the UE, and the fourth message is used by the UE to determine selected relay UE and connect to a network by using the selected relay UE.
System comprising a co-axial insertion-type connector and a co-axial cable, the outer conductors (3, 4) and centre conductors (5, 6) of, respectively, the co-axial insertion-type connector and the co-axial cable having electrically conductive connections to one another, and the outer conductors (3, 4) of the co-axial insertion-type connector and the co-axial cable engaging in one another by positive interengagement in such a way as to be secured against twisting, characterised in that the outer conductor (3, 4) of the co-axial cable and/or of the co-axial insertion-type connector has at least one longitudinal tongue which engages in a cut-out in the co-axial insertion-type connector or the co-axial cable.
A strapping head module for coil packaging applicable to a strapping machine for packaging a steel plate coil, comprising: a frame formed by being combined with a plurality of plates; a correction unit arranged at one side of the frame to correct a curvature of supplied band; a feeding unit configured to transfer a correction unit passed band and to apply a tension to the band after the band completely wind a coil; a guide unit configured to switch the band transferred by the feeding unit and to detect the tension applied to the band; a grip unit clamping an end of the band and to cut off the end; and a binding unit binding an overlapped band, characterized in, that the band sequentially passes through the correction unit, the feeding unit and the guide unit, that the guide unit comprises a hinge unit hinged at one end to the frame, a guide groove formed in the guide unit to guide the band, and a load cell fixed to the frame to detect a rotating force (torque) of the guide unit, that a plurality of rollers guide a side lateral surface of the band, and that the band is disposed in the guide groove of the guide unit and the band is guided by the guide groove of the guide unit. a frame formed by being combined with a plurality of plates; a correction unit arranged at one side of the frame to correct a curvature of supplied band; a feeding unit configured to transfer a correction unit passed band and to apply a tension to the band after the band completely wind a coil; a guide unit configured to switch the band transferred by the feeding unit and to detect the tension applied to the band; a grip unit clamping an end of the band and to cut off the end; and a binding unit binding an overlapped band, characterized in, that the band sequentially passes through the correction unit, the feeding unit and the guide unit, that the guide unit comprises a hinge unit hinged at one end to the frame, a guide groove formed in the guide unit to guide the band, and a load cell fixed to the frame to detect a rotating force (torque) of the guide unit, that a plurality of rollers guide a side lateral surface of the band, and that the band is disposed in the guide groove of the guide unit and the band is guided by the guide groove of the guide unit.
Energy supply unit of an additional device on load bearing equipment of an industrial truck, wherein the load bearing equipment comprises a fork carrier having an upper crossmember for hooking in fork prongs, and the energy supply unit has an energy store on a carrier element, wherein the carrier element has a first hook area at an upper end, with which it can be hung on the upper crossmember, characterized in that the carrier element has a protective plate that faces a load in the installed position in order to prevent the energy supply unit or parts of an electronic unit being damaged by the load. wherein the carrier element has a first hook area at an upper end, with which it can be hung on the upper crossmember, characterized in that the carrier element has a protective plate that faces a load in the installed position in order to prevent the energy supply unit or parts of an electronic unit being damaged by the load.
Embossing and lamination assembly comprising two pairs of steel/rubber rolls, between which respectively a first paper ply and a second paper ply are returned, wherein an upper steel embossing roll is coupled with an upper embossing rubber counter-roll and a lower steel embossing roll is coupled with a lower rubber embossing counter-roll, and also comprising a glue delivery assembly, in contact on a side of said upper steel embossing roll, and a coupling roll, in contact with the opposite side of said upper steel embossing roll, characterized in that the lower steel embossing roll and/or the upper steel embossing roll are equipped with heating means configured to bring a surface of the steel roll (21, 31) to a temperature comprised between about 100°C and 200°C and in that the upper and/or lower rubber embossing rolls are mounted on a movable arm (24, 34), return rolls being arranged around the upper rubber roll and around the lower rubber roll to guarantee a tangential passage of paper between the two coupled steel/rubber embossing rolls (21, 31; 22, 32) without wrapping the respective rubber embossing roll (22, 32).
An apparatus comprising: a transceiver arranged to communicate with a mobile communication network, the mobile communication network including multiple network slices; and a processor arranged to: register with the mobile communication network using a first set of network slice selection parameters; receive a second set of network slice selection parameters from the mobile communication network and mapping information indicating how at least one network slice selection parameter in the first set corresponds to at least one new network slice selection parameter in the second set; and use the second set of network slice selection parameters and the mapping information to establish a data connection. a transceiver arranged to communicate with a mobile communication network, the mobile communication network including multiple network slices; and a processor arranged to: register with the mobile communication network using a first set of network slice selection parameters; receive a second set of network slice selection parameters from the mobile communication network and mapping information indicating how at least one network slice selection parameter in the first set corresponds to at least one new network slice selection parameter in the second set; and use the second set of network slice selection parameters and the mapping information to establish a data connection. register with the mobile communication network using a first set of network slice selection parameters; receive a second set of network slice selection parameters from the mobile communication network and mapping information indicating how at least one network slice selection parameter in the first set corresponds to at least one new network slice selection parameter in the second set; and use the second set of network slice selection parameters and the mapping information to establish a data connection.
Agricultural implement comprising: a soil-to-soil packer roller, comprising a plurality of packer roller rings (100, 100a, 100b, 100c, 100d, 100e, 100f, 100g, 100h, 100i), each having a periphery with a substantially U-shaped profile, where a concave side of the U-shaped profile faces a surface of the ground to be tilled by the agricultural implement, and a scraper arrangement, comprising a scraper tool for each of the packer roller rings (100, 100a, 100b, 100c, 100d, 100e, 100f, 100g, 100h, 100i), characterized in that the scraper tools are moveable between a first position in which they are clear of the respective packer roller ring (100, 100a, 100b, 100c, 100d, 100e, 100f, 100g, 100h, 100i) and a second position in which they extend down into the U-shaped profile of the respective packer roller ring (100, 100a, 100b, 100c, 100d, 100e, 100f, 100g, 100h, 100i). a soil-to-soil packer roller, comprising a plurality of packer roller rings (100, 100a, 100b, 100c, 100d, 100e, 100f, 100g, 100h, 100i), each having a periphery with a substantially U-shaped profile, where a concave side of the U-shaped profile faces a surface of the ground to be tilled by the agricultural implement, and a scraper arrangement, comprising a scraper tool for each of the packer roller rings (100, 100a, 100b, 100c, 100d, 100e, 100f, 100g, 100h, 100i), characterized in that the scraper tools are moveable between a first position in which they are clear of the respective packer roller ring (100, 100a, 100b, 100c, 100d, 100e, 100f, 100g, 100h, 100i) and a second position in which they extend down into the U-shaped profile of the respective packer roller ring (100, 100a, 100b, 100c, 100d, 100e, 100f, 100g, 100h, 100i).
A method for determining if a subject has a cardiac disorder or is at risk for developing a cardiac disorder: (a) contacting a plasma sample from the subject with (i) an antibody that specifically binds to a polypeptide encoded by exon 13 of BIN1 (13+ BIN1 polypeptide) and (ii) an antibody that specifically binds to a polypeptide encoded by exon 17 of BIN1 (17+ BIN1 polypeptide) under conditions that allow identification of a 13+/17+ BIN1 polypeptide, wherein the 13+/17+ BIN1 polypeptide comprises the polypeptide encoded by exon 13 and the polypeptide encoded by exon 17; and (b) determining a total level of 13+/17+ BIN1 polypeptide, wherein a decrease in the total BIN1 polypeptide level as compared to a control level indicates that the subject has a cardiac disorder or is at risk for developing a cardiac disorder, wherein the cardiac disorder is arrhythmia, cardiomyopathy, or congestive heart failure. (a) contacting a plasma sample from the subject with (i) an antibody that specifically binds to a polypeptide encoded by exon 13 of BIN1 (13+ BIN1 polypeptide) and (ii) an antibody that specifically binds to a polypeptide encoded by exon 17 of BIN1 (17+ BIN1 polypeptide) under conditions that allow identification of a 13+/17+ BIN1 polypeptide, wherein the 13+/17+ BIN1 polypeptide comprises the polypeptide encoded by exon 13 and the polypeptide encoded by exon 17; and (b) determining a total level of 13+/17+ BIN1 polypeptide, wherein a decrease in the total BIN1 polypeptide level as compared to a control level indicates that the subject has a cardiac disorder or is at risk for developing a cardiac disorder,