mhurhangee/ep-ind-claims huggingface dataset:
A holding device for holding at least one flexible connecting element, in particular in the case of carriages of a rail-mounted means of transport, wherein two elements spaced apart from one another and pivotable relative to one another about an axis of rotation can be connected by means of the connecting element, wherein the holding device has at least three links (11, 11a, 12), wherein each link (11, 11a, 12) has two rotary joints, wherein the links (11, 11a, 12) are rotatably secured to one another by means of the rotary joints in such a way that the links (11, 11a, 12) form a link chain, wherein end links of the chain are rotatably secured to a support means by way of one of the rotary joints of said end links, characterised in that at least one link is formed as a holding link, wherein the holding link forms a holding means or comprises a holding means, wherein the flexible connecting element can be fixedly connected to the holding link by way of the holding means.
A display apparatus comprising: a display portion; and a stand that is formed of a first metal material and that is configured to support the display portion, wherein the display portion comprises a bottom chassis that is formed of a metal material, a fixing bracket that is fixed to the bottom chassis via a bolt and that is configured to permit the stand to be fixed to the fixing bracket, and an insulating member that is installed in the fixing bracket, wherein the fixing bracket comprises a stand fixing portion that is fixed to the stand, a bottom fixing portion that is fixed to the bottom chassis via the bolt, and a bracket through hole that is provided in the bottom fixing portion and receives fastening portion of the bolt, the apparatus characterized in that: the insulating member is configured to electrically separate the bottom chassis from the fixing bracket and comprises: a rear cover portion that is configured to cover a rear surface of the bottom fixing portion, a front cover portion that is configured to cover a front surface of the bottom fixing portion, a rear through hole that is provided in the rear cover portion to correspond to the bracket through hole, a front through hole that is provided in the front cover portion to correspond to the bracket through hole, and a hole cover portion that is disposed inside of the bracket through hole. a display portion; and a stand that is formed of a first metal material and that is configured to support the display portion, wherein the display portion comprises a bottom chassis that is formed of a metal material, a fixing bracket that is fixed to the bottom chassis via a bolt and that is configured to permit the stand to be fixed to the fixing bracket, and an insulating member that is installed in the fixing bracket, wherein the fixing bracket comprises a stand fixing portion that is fixed to the stand, a bottom fixing portion that is fixed to the bottom chassis via the bolt, and a bracket through hole that is provided in the bottom fixing portion and receives fastening portion of the bolt, the apparatus characterized in that: the insulating member is configured to electrically separate the bottom chassis from the fixing bracket and comprises: a rear cover portion that is configured to cover a rear surface of the bottom fixing portion, a front cover portion that is configured to cover a front surface of the bottom fixing portion, a rear through hole that is provided in the rear cover portion to correspond to the bracket through hole, a front through hole that is provided in the front cover portion to correspond to the bracket through hole, and a hole cover portion that is disposed inside of the bracket through hole.
A method of determining a current effective voltage, V OLED, of a light-emitting device in a selected pixel in an array of pixels in a display in which each pixel includes a light-emitting device and a drive transistor for supplying current to said light-emitting device, the drive transistor being adapted to convey a driving current through the light-emitting device during an emission operation of the pixel, said method comprising applying a first programming voltage to said drive transistor in said selected pixel to supply a first current to a node common to the drive transistor and the light emitting device in said selected pixel, while applying a voltage to the node that turns off the light-emitting device, wherein said first current is independent of the effective voltage V OLED of said light-emitting device; measuring said first current; said method characterized in applying a second programming voltage to said drive transistor in said selected pixel to supply, via said drive transistor, a second current to said light-emitting device in said selected pixel, said second current being a function of the current effective voltage V OLED of said light-emitting device; measuring said second current, and comparing said first and second current measurements; adjusting said second programming voltage to make the second current substantially the same as said first current; and extracting the value of the current effective voltage V OLED of said light-emitting device from the difference between said first and second programming voltages; wherein the current effective voltage V OLED is the operating voltage of the light-emitting device at an operation time (t) at which the second programming voltage is applied.
A method for transmitting an uplink measurement report message in a wireless dual connectivity communication network, wherein a wireless device is connected to the network over at least a first and a second wireless link, the method comprising: - the network sending information to the wireless device indicating at least one of alternative transmission modes via a radio resource control, RRC, message; - the wireless device, determining the transmission mode based on a type of measurement report; the alternative transmission modes comprising: transmitting on the first wireless link; transmitting on the second wireless link; and transmitting on both the first and the second wireless links; and - the wireless device, transmitting the uplink measurement report message according to the determined transmission mode to the network. - the network sending information to the wireless device indicating at least one of alternative transmission modes via a radio resource control, RRC, message; - the wireless device, determining the transmission mode based on a type of measurement report; the alternative transmission modes comprising: transmitting on the first wireless link; transmitting on the second wireless link; and transmitting on both the first and the second wireless links; and - the wireless device, transmitting the uplink measurement report message according to the determined transmission mode to the network.
A process for the manufacturing and filling of plastic containers, said process comprising the steps of: a. positioning a preform with relation to a mold assembly of two or more components (20, 21, 22), said preform comprising a body enclosing an interior volume fabricated from a thermoplastic resin and substantially tubular in form and having a longitudinal axis running along its length and presenting an upper portion that is not stretched during the process and a lower portion defined as a stretchable portion, said stretchable portion being provided with one or several zones of locally reduced wall thickness (15, 18, 19) along said longitudinal axis configured so as to preferentially initiate deformation during the blow molding process; b. stretching said preform along its longitudinal axis; c. injecting an incompressible fluid into the interior volume of the preform, said fluid being under such pressure as to cause the preform to plastically deform until achieving the desired size and shape; and d. releasing said container from the mold assembly (20, 21, 22) and sealing the container; said method is characterized in that the preform is heated at the location of the locally reduced wall thickness zone, at a temperature above the vitreous transition temperature (Tg) while the preform, taken as a whole, remains at a temperature below the vitreous transition temperature (Tg) and, preferably, at ambient temperature. a. positioning a preform with relation to a mold assembly of two or more components (20, 21, 22), said preform comprising a body enclosing an interior volume fabricated from a thermoplastic resin and substantially tubular in form and having a longitudinal axis running along its length and presenting an upper portion that is not stretched during the process and a lower portion defined as a stretchable portion, said stretchable portion being provided with one or several zones of locally reduced wall thickness (15, 18, 19) along said longitudinal axis configured so as to preferentially initiate deformation during the blow molding process; b. stretching said preform along its longitudinal axis; c. injecting an incompressible fluid into the interior volume of the preform, said fluid being under such pressure as to cause the preform to plastically deform until achieving the desired size and shape; and d. releasing said container from the mold assembly (20, 21, 22) and sealing the container;
A bendable stack assembly, comprising: a glass element (50, 150) having a composition substantially free of alkali ions, an elastic modulus of about 40 GPa to about 100 GPa, a final thickness from about 20 μm to about 100 μm, a bend strength of at least 1000 MPa at a failure probability of 2% or greater, a first primary surface (54, 154) substantially in tension upon a bending of the element, and a second primary surface (56, 156) substantially in compression upon the bending, the primary surfaces characterized by a prior material removal to the final thickness from an initial thickness that is at least 20 μm greater than the final thickness; and a protect layer (70, 170) on the first primary surface (54, 154), wherein the protect layer (70, 170) comprises nano-silica particulate and at least one of epoxy and urethane materials; wherein the glass element (50, 150) is characterized by a retained strength of at least 90% of the bend strength after the assembly has been subjected to an indentation in the portion of the protect layer (70, 170) laminated to the first primary surface (54, 154) by a cube corner indenter at 10 gf. a glass element (50, 150) having a composition substantially free of alkali ions, an elastic modulus of about 40 GPa to about 100 GPa, a final thickness from about 20 μm to about 100 μm, a bend strength of at least 1000 MPa at a failure probability of 2% or greater, a first primary surface (54, 154) substantially in tension upon a bending of the element, and a second primary surface (56, 156) substantially in compression upon the bending, the primary surfaces characterized by a prior material removal to the final thickness from an initial thickness that is at least 20 μm greater than the final thickness; and an elastic modulus of about 40 GPa to about 100 GPa, a final thickness from about 20 μm to about 100 μm, a bend strength of at least 1000 MPa at a failure probability of 2% or greater, a first primary surface (54, 154) substantially in tension upon a bending of the element, and a second primary surface (56, 156) substantially in compression upon the bending, the primary surfaces characterized by a prior material removal to the final thickness from an initial thickness that is at least 20 μm greater than the final thickness; and a protect layer (70, 170) on the first primary surface (54, 154), wherein the protect layer (70, 170) comprises nano-silica particulate and at least one of epoxy and urethane materials; wherein the glass element (50, 150) is characterized by a retained strength of at least 90% of the bend strength after the assembly has been subjected to an indentation in the portion of the protect layer (70, 170) laminated to the first primary surface (54, 154) by a cube corner indenter at 10 gf.
A U-bolt, comprising a metal piece of general "U"-shaped configuration, with a central portion intended to laterally embrace an element to be fixed, and extended in two straight sections intended to be introduced into holes in a cradle and/or a support; said straight sections having a threaded section for mounting tightening nuts for the U-bolt and for the cradle and/or the support against opposite sides of the element to be fixed; characterised in that the metal piece comprises an over-moulded coating of thermoplastic material which covers at least the central portion of said metal piece and which defines on the inner side of the central portion a contact surface of said coating with the element to be fixed, and wherein the contact surface protrudes above and/or below from the rest of the coating, and has reinforcing ribs on the rear side of the contact surface.
A yo-yo with a functional accessory convenient to detach, comprising: a base assembly provided with a first mounting portion; and a functional accessory twistably and rotatably connected to the base assembly and provided with a second mounting portion configured to be fitted with the first mounting portion, characterized in that a sliding rail is defined in the base assembly, a first position (a) and a second position (b) are located in the sliding rail, and the sliding rail is provided with an inner mounting notch and an outer mounting notch opposite to the inner mounting notch, a limiting member configured to be movable, in the sliding rail, between the first position (a) and the second position (b), a part of the limiting member is located in the outer mounting notch, an outer end of the limiting member has a poking portion that extends out of the outer mounting notch, an inner end of the limiting member is configured as the first mounting portion, when the limiting member is in the first position (a), the first mounting portion is located in the inner mounting notch to be fitted with the second mounting portion, such that installation and detachment of the functional accessory can be realised, and when the limiting member is poked to move from the first position (a) to the second position (b), the second mounting portion is deviated from the inner mounting notch, such that displacement of the functional accessory is limited. a base assembly provided with a first mounting portion; and a functional accessory twistably and rotatably connected to the base assembly and provided with a second mounting portion configured to be fitted with the first mounting portion, characterized in that a sliding rail is defined in the base assembly, a first position (a) and a second position (b) are located in the sliding rail, and the sliding rail is provided with an inner mounting notch and an outer mounting notch opposite to the inner mounting notch, a limiting member configured to be movable, in the sliding rail, between the first position (a) and the second position (b), a part of the limiting member is located in the outer mounting notch, an outer end of the limiting member has a poking portion that extends out of the outer mounting notch, an inner end of the limiting member is configured as the first mounting portion, when the limiting member is in the first position (a), the first mounting portion is located in the inner mounting notch to be fitted with the second mounting portion, such that installation and detachment of the functional accessory can be realised, and when the limiting member is poked to move from the first position (a) to the second position (b), the second mounting portion is deviated from the inner mounting notch, such that displacement of the functional accessory is limited.
A drive mechanism of a drug delivery device for dispensing of a dose of a medicament, the mechanism comprising: - an elongated housing extending in an axial direction (1, 2), - a piston rod to operably engage with a piston of a cartridge to displace the piston in axial distal direction, - a dose setting member (120; 220) rotatably arranged at a proximal end of the housing for setting of a dose, - a base member (60; 260) having a proximally extending shaft portion (61; 261) at least partially enclosed by the dose setting member (120; 220), - a last dose limiting member (140; 240) radially disposed between the dose setting member (120; 220) and the base member (60; 260) and having at least one radial stop (143; 243a, 243b) to limit a rotational displacement of the dose setting member (120; 220) relative to the base member (60; 260), characterized in that - the base member (60; 260) is integrally formed with the housing or that the base member (60; 260) is fixed in or to the housing, - wherein the last dose limiting member (140; 240) is rotatably locked but axially displaceable to one of the base member (60; 260) and the dose setting member (120; 220) and wherein the last dose limiting member (140; 240) is threadedly engaged with the other one of the base member (60; 260) and the dose setting member (120; 220), and - wherein the last dose limiting member (140; 240) comprises a radial protrusion (141; 241) or a radial and axially extending recess engaged with a correspondingly shaped radial and axially extending recess (123; 223) of the dose setting member (120; 220) or base member (60; 260). - an elongated housing extending in an axial direction (1, 2), - a piston rod to operably engage with a piston of a cartridge to displace the piston in axial distal direction, - a dose setting member (120; 220) rotatably arranged at a proximal end of the housing for setting of a dose, - a base member (60; 260) having a proximally extending shaft portion (61; 261) at least partially enclosed by the dose setting member (120; 220), - a last dose limiting member (140; 240) radially disposed between the dose setting member (120; 220) and the base member (60; 260) and having at least one radial stop (143; 243a, 243b) to limit a rotational displacement of the dose setting member (120; 220) relative to the base member (60; 260), characterized in that - the base member (60; 260) is integrally formed with the housing or that the base member (60; 260) is fixed in or to the housing, - wherein the last dose limiting member (140; 240) is rotatably locked but axially displaceable to one of the base member (60; 260) and the dose setting member (120; 220) and wherein the last dose limiting member (140; 240) is threadedly engaged with the other one of the base member (60; 260) and the dose setting member (120; 220), and - wherein the last dose limiting member (140; 240) comprises a radial protrusion (141; 241) or a radial and axially extending recess engaged with a correspondingly shaped radial and axially extending recess (123; 223) of the dose setting member (120; 220) or base member (60; 260).
A welding method for spot welding steel sheets in a stack, wherein the steel sheets are heat treated and spot welded and a spot weld zone composed of a weld nugget and a heat affected zone is formed at the outer periphery of the weld nugget, wherein spot welded steel sheets are tempering treated by applying a high-frequency electrical current on the spot weld zone, and wherein the diameter of the weld nugget NR in mm satisfies the following conditional expression: 3 ∗ t ≤ NR where, t is the average thickness of the heat treated steel sheets in mm, characterized in that: a heat accumulation zone elevated in temperature is formed at the outer periphery of the weld nugget and a hardness at the weld nugget is made 150% or less of the hardness of the heat treated steel sheets and a hardness at the heat affected zone is made 30% to 90% of the hardness at the weld nugget before the tempering treatment.
Dynamo-electric machine having a stator and a shaft which can be rotated about an axis, said shaft being connected to a rotor in a torsion-resistant manner, wherein a brake (5, 6, 10) is arranged at least on one axial front side of the rotor, wherein the brake (5, 6, 10) has a solely axially displaceable brake body and a brake rotor, which is directly connected to the laminated core of the rotor, characterised in that the brake rotor has axially extending pivots in the direction of the rotor at least in sections corresponding to axial recesses of the rotor, said pivots being suited to axially receiving an element, wherein the axially extending pivots have slots which spread by positioning the element in the pivot and thus wedge together in the recess of the rotor in a torsion-resistant manner and wherein the brake rotor is embodied in one piece with the pivots.
A rodent comprising in its genome a humanized endogenous F12 locus in which a segment of the endogenous F12 locus has been deleted and replaced with a corresponding human F12 sequence, wherein a region of the endogenous F12 locus comprising both coding sequence and non-coding sequence has been deleted and replaced with a corresponding human F12 sequence comprising both coding sequence and non-coding sequence, wherein the region of the endogenous F12 locus from the start codon to the stop codon has been deleted and replaced with the corresponding human F12 sequence, and wherein the rodent expresses a short human coagulation factor XII isoform in the brain, wherein: (i) the short human coagulation factor XII isoform is encoded by an F12 mRNA detected by probes against exons 11-14 of human F12 but not by probes against exons 1-6 of human F12; and/or (ii) the short human coagulation factor XII isoform is FXII 297-596. wherein a region of the endogenous F12 locus comprising both coding sequence and non-coding sequence has been deleted and replaced with a corresponding human F12 sequence comprising both coding sequence and non-coding sequence, wherein the region of the endogenous F12 locus from the start codon to the stop codon has been deleted and replaced with the corresponding human F12 sequence, and wherein the rodent expresses a short human coagulation factor XII isoform in the brain, wherein: (i) the short human coagulation factor XII isoform is encoded by an F12 mRNA detected by probes against exons 11-14 of human F12 but not by probes against exons 1-6 of human F12; and/or (ii) the short human coagulation factor XII isoform is FXII 297-596. (i) the short human coagulation factor XII isoform is encoded by an F12 mRNA detected by probes against exons 11-14 of human F12 but not by probes against exons 1-6 of human F12; and/or (ii) the short human coagulation factor XII isoform is FXII 297-596.
Needle module for reception in receivers of a needle board of a needling machine with a plurality of module segments wherein each module segment comprises a segment head and at least one needle, wherein the segment head is fitted with at least one needle, and a guide element running in a longitudinal direction of the needle module, wherein in an adjustment state of the needle module the module segments are connected to the guide element and at least one module segment is movable along the guide element.