mhurhangee/ep-ind-claims huggingface dataset:
A bone reduction and plate fixation forceps, comprising: a first arm having a proximal part comprising a handle and a distal part having a first bone engaging jaw configured to engage a first surface of a fractured bone; and a second arm having a proximal part comprising a handle and a distal part comprising a bone engaging jaw configured to engage a second surface of the fractured bone to clamp the bone between the first and second arm; wherein the second arm is pivotally attached to the first arm by a first joint disposed between the respective handles and the respective bone-engaging jaws of the first and second arms, characterized in that the first arm comprises a bifurcated distal part having a first fork with a first bone engaging jaw and a second fork with a second bone engaging jaw in which the first bone engaging jaw and second bone engaging jaw are configured to engage a first surface of a fractured bone on each side of the fracture, the second arm comprises a third bone engaging jaw and at least one of the first bone engaging jaws and second bone engaging jaws comprises a distal bone engaging jaw part connected to a proximal bone engaging jaw part by a raised bridging jaw part that defines a bone fixation plate receiving recess, and wherein the first bone engaging jaw and second bone engaging jaw are spaced apart by a distance of 4 to 8 cm. a first arm having a proximal part comprising a handle and a distal part having a first bone engaging jaw configured to engage a first surface of a fractured bone; and a second arm having a proximal part comprising a handle and a distal part comprising a bone engaging jaw configured to engage a second surface of the fractured bone to clamp the bone between the first and second arm; wherein the second arm is pivotally attached to the first arm by a first joint disposed between the respective handles and the respective bone-engaging jaws of the first and second arms, characterized in that the first arm comprises a bifurcated distal part having a first fork with a first bone engaging jaw and a second fork with a second bone engaging jaw in which the first bone engaging jaw and second bone engaging jaw are configured to engage a first surface of a fractured bone on each side of the fracture, the second arm comprises a third bone engaging jaw and at least one of the first bone engaging jaws and second bone engaging jaws comprises a distal bone engaging jaw part connected to a proximal bone engaging jaw part by a raised bridging jaw part that defines a bone fixation plate receiving recess, and wherein the first bone engaging jaw and second bone engaging jaw are spaced apart by a distance of 4 to 8 cm.
Shopping device comprising a vehicle with a closable luggage compartment which is bounded by a loading floor, and a shopping trolley with a trolley base, wherein the loading floor has a recess which is open towards the rear end of the vehicle, and the shopping trolley has an underframe, characterized in that the recess is designed for accommodating the trolley base of the shopping trolley, and the trolley base is designed for accommodation in the recess of the vehicle, wherein, when the trolley base of the shopping trolley is accommodated in the recess, the trolley base of the shopping trolley remains connected to the underframe thereof, and therefore the underframe of the shopping trolley comes to lie below the plane of the loading floor of the vehicle.
A rotary target assembly for an x-ray source, the assembly comprising: an x-ray emission target; a vacuum housing; a shaft mounting the target and traversing a wall of the vacuum housing; a bearing (402a, 402b) rotatably supporting the shaft; and a bearing housing supporting the bearing and mounted on the wall of the vacuum housing by a torque-limiter such that when the torque between the bearing housing and the vacuum housing exceeds a predetermined torque, the bearing housing rotates relative to the vacuum housing, characterised in that: one of the bearing housing and the vacuum housing has a flange and the other of the bearing housing and the vacuum housing has a clamping assembly, the flange and clamping assembly together providing the torque-limiter; the clamping assembly is arranged to apply a frictional force to the flange to allow the vacuum housing and the bearing housing to slide relative to one another under the predetermined torque; and the clamping assembly includes an energy-absorbing plate arranged to contact one side of the flange and a clamp arranged to urge the flange against the energy-absorbing plate. an x-ray emission target; a vacuum housing; a shaft mounting the target and traversing a wall of the vacuum housing; a bearing (402a, 402b) rotatably supporting the shaft; and a bearing housing supporting the bearing and mounted on the wall of the vacuum housing by a torque-limiter such that when the torque between the bearing housing and the vacuum housing exceeds a predetermined torque, the bearing housing rotates relative to the vacuum housing, characterised in that: one of the bearing housing and the vacuum housing has a flange and the other of the bearing housing and the vacuum housing has a clamping assembly, the flange and clamping assembly together providing the torque-limiter; the clamping assembly is arranged to apply a frictional force to the flange to allow the vacuum housing and the bearing housing to slide relative to one another under the predetermined torque; and the clamping assembly includes an energy-absorbing plate arranged to contact one side of the flange and a clamp arranged to urge the flange against the energy-absorbing plate. one of the bearing housing and the vacuum housing has a flange and the other of the bearing housing and the vacuum housing has a clamping assembly, the flange and clamping assembly together providing the torque-limiter; the clamping assembly is arranged to apply a frictional force to the flange to allow the vacuum housing and the bearing housing to slide relative to one another under the predetermined torque; and the clamping assembly includes an energy-absorbing plate arranged to contact one side of the flange and a clamp arranged to urge the flange against the energy-absorbing plate.
A waterproofing membrane comprising the following laminated layers: layer A comprising a carrier sheet; layer B comprising a waterproofing adhesive; layer C comprising a protective coating, wherein the protective coating is substantially free of surfactant such that the amount of surfactant is, by weight of polymer in layer C, from 0 to 1.0%, and comprises an acrylic or methacrylic polymer or copolymer, an inorganic filler and a white pigment; and layer D comprising a releasable material, wherein the releasable material comprises amorphous nanoscale silica, wherein the nanoscale silica has a particle size of 0.1 nm to 150 nm, and a polymeric binder; wherein the laminated layers are arranged in the sequential order A-B-C-D. layer A comprising a carrier sheet; layer B comprising a waterproofing adhesive; layer C comprising a protective coating, wherein the protective coating is substantially free of surfactant such that the amount of surfactant is, by weight of polymer in layer C, from 0 to 1.0%, and comprises an acrylic or methacrylic polymer or copolymer, an inorganic filler and a white pigment; and layer D comprising a releasable material, wherein the releasable material comprises amorphous nanoscale silica, wherein the nanoscale silica has a particle size of 0.1 nm to 150 nm, and a polymeric binder;
An explosive charge which has a spatial form consisting of explosive material and via the explosion releases a spatially anisotropic compression effect in a least a primary direction of action, in which the pressure effect is greater than in other directions, characterized in that the spatial form consisting of explosive material is constructed as a bowl with thin walls and has a concave surface area facing the primary direction of action, which is flared radially in said direction, that particles are applied to the surface area and/or a material layer which disintegrates into particles during the explosion is applied to the surface area, that a total mass assignable to the particles is smaller than a mass that is assignable to the explosive material, wherein the particles are nanoparticles or microparticles, and that the explosive material has an inherently stable mechanical load-bearing capacity such that the bowl-shaped spatial form of the explosive material is inherently stable.
A semiaromatic polyamide composite article comprising; (a) a first component having a surface and comprising a fiber-reinforced material comprising a polyamide composition and reinforcing fibers, wherein the first component is not prepared by injection molding and the fiber-reinforced material has a tensile modulus of at least 16 GPa as measured by ISO method 527-2:1993 at a rate of 5 mm/min on test specimens having a thickness of 4 mm; (b) an optional tie layer having first and second opposite surfaces such that when the tie layer is present, the first surface of the tie layer is in contact with the surface of the first component; and (c) a second component comprising a polyamide composition, wherein the polyamide composition of the first component and/or the polyamide composition of the second component is a semiaromatic polyamide composition comprising at least one semiaromatic polyamide in which 5 to 75 mol% of the monomers contain aromatic groups and having a melting point of at least 280°C and less than 340°C; and wherein the article is prepared by a process comprising injection molding and/or injection-compression molding the composition of the second component onto the surface of the first component when the optional tie layer is not present and injection molding and/or injection-compression molding the composition of the second component onto the second surface of the optional tie layer when the tie layer is present. (a) a first component having a surface and comprising a fiber-reinforced material comprising a polyamide composition and reinforcing fibers, wherein the first component is not prepared by injection molding and the fiber-reinforced material has a tensile modulus of at least 16 GPa as measured by ISO method 527-2:1993 at a rate of 5 mm/min on test specimens having a thickness of 4 mm; (b) an optional tie layer having first and second opposite surfaces such that when the tie layer is present, the first surface of the tie layer is in contact with the surface of the first component; and (c) a second component comprising a polyamide composition,
Valve connector for medical lines, comprising: - a tubular body having an inlet end designed for the engagement of a fluid introducer and an outlet end, - a hollow spike arranged axially within the cavity of the tubular body and having a closed tip facing said inlet end of the tubular body and axially spaced therefrom, said hollow spike being in communication with said outlet end, - a sealing member formed by an elastic hollow element interposed between said tubular body and said hollow spike and having an elastic head provided with a pre-slit and normally arranged in a closure condition in said inlet end of the tubular body, wherein said pre-slit is closed; said elastic head being axially moveable against said closed tip of the hollow spike for interacting with said closed tip so as to take an elastically deformed condition of opening of said pre-slit, and said elastic hollow element further comprising a base part radially spaced from said hollow spike so as to define therewith an annular chamber, characterized in that said base part of the elastic hollow element has a generally barrel-like shape with a wall having a differentiated radial thickness (19, 20) and formed externally with thickened axial lobes, whose radial thickness progressively decreases towards axial areas having minimum thickness of said wall, said axial lobes being arranged adjacent to one another circumferentially of said base part. - a tubular body having an inlet end designed for the engagement of a fluid introducer and an outlet end, - a hollow spike arranged axially within the cavity of the tubular body and having a closed tip facing said inlet end of the tubular body and axially spaced therefrom, said hollow spike being in communication with said outlet end, - a sealing member formed by an elastic hollow element interposed between said tubular body and said hollow spike and having an elastic head provided with a pre-slit and normally arranged in a closure condition in said inlet end of the tubular body, wherein said pre-slit is closed; said elastic head being axially moveable against said closed tip of the hollow spike for interacting with said closed tip so as to take an elastically deformed condition of opening of said pre-slit, and said elastic hollow element further comprising a base part radially spaced from said hollow spike so as to define therewith an annular chamber, characterized in that said base part of the elastic hollow element has a generally barrel-like shape with a wall having a differentiated radial thickness (19, 20) and formed externally with thickened axial lobes, whose radial thickness progressively decreases towards axial areas having minimum thickness of said wall, said axial lobes being arranged adjacent to one another circumferentially of said base part.
A method comprising: polymerizing an azobenzene -based polymer network from a composition comprising AZO and forming an AZO-based system comprising the AZO-based polymer network and a base substrate; covalently tethering the AZO-based polymer network to the base substrate with a thermal initiator and acrylated AZO; and irradiating the AZO-based system to initiate mechanical oscillation due to trans-cis isomerization and/or photofluidization of the AZO-based polymer network to disrupt any film present on a surface of the base substrate and/or inhibit formation of any film on the surface of the base substrate. polymerizing an azobenzene -based polymer network from a composition comprising AZO and forming an AZO-based system comprising the AZO-based polymer network and a base substrate; covalently tethering the AZO-based polymer network to the base substrate with a thermal initiator and acrylated AZO; and irradiating the AZO-based system to initiate mechanical oscillation due to trans-cis isomerization and/or photofluidization of the AZO-based polymer network to disrupt any film present on a surface of the base substrate and/or inhibit formation of any film on the surface of the base substrate.
Compounds of general formula and their solvates, hydrates and pharmaceutically acceptable salts: wherein R1 is substituted or unsubstituted aryl, substituted or unsubstituted heteroaryl, RaRbN-(C1-4 alkyl), where Ra and Rb are independently from each other C1-4 alkyl; R2, R3 are independently from each other hydrogen or C1-4 alkyl; R4 is aryl optionally substituted with 1 to 3 substituent(s) selected independently from each other from the group of halogen, hydroxyl, -NH 2, -NRcRd, where Rc and Rd are independently from each other C1-4 alkyl; isoindole-1,3-dione-2-yl, -NHCOR7, -NHSO 2 R7 and -NHCONHR7; or with 1 substituent selected from the group of alkoxy; R5 is hydrogen or hydroxyl; R6 is hydrogen or C1-4 alkyl; R7 is C1-4 alkyl, C1-4 alkyl-CO-C1-4 alkoxy, -NReRf, where Re and Rf are independently from each other C1-4 alkyl; or aryl optionally substituted with 1 to 3 substituent(s) selected independently from each other from the group of halogen, C1-4 alkyl, C1-4 alkoxy and trifluoromethyl. R1 is substituted or unsubstituted aryl, substituted or unsubstituted heteroaryl, RaRbN-(C1-4 alkyl), where Ra and Rb are independently from each other C1-4 alkyl; R2, R3 are independently from each other hydrogen or C1-4 alkyl; R4 is aryl optionally substituted with 1 to 3 substituent(s) selected independently from each other from the group of halogen, hydroxyl, -NH 2, -NRcRd, where Rc and Rd are independently from each other C1-4 alkyl; isoindole-1,3-dione-2-yl, -NHCOR7, -NHSO 2 R7 and -NHCONHR7; or with 1 substituent selected from the group of alkoxy; R5 is hydrogen or hydroxyl; R6 is hydrogen or C1-4 alkyl; R7 is C1-4 alkyl, C1-4 alkyl-CO-C1-4 alkoxy, -NReRf, where Re and Rf are independently from each other C1-4 alkyl; or aryl optionally substituted with 1 to 3 substituent(s) selected independently from each other from the group of halogen, C1-4 alkyl, C1-4 alkoxy and trifluoromethyl.
A process for producing a solid product and a liquid product, comprising the steps of a. heating by direct steam injection a finely divided starting material, b. separating the heated starting material in the solid product and an aqueous liquid, c. heating and pressurizing the aqueous liquid, and d. reducing the pressure of the aqueous liquid thereby generating steam and the liquid product, wherein the steam generated in step d. is returned to step a. for injection into the finely divided starting material. a. heating by direct steam injection a finely divided starting material, b. separating the heated starting material in the solid product and an aqueous liquid, c. heating and pressurizing the aqueous liquid, and d. reducing the pressure of the aqueous liquid thereby generating steam and the liquid product, wherein the steam generated in step d. is returned to step a. for injection into the finely divided starting material.
A communication method for a wireless network comprising, at a first peer-to-peer, P2P, station, STA: receiving, from an access point, AP, a triggering frame reserving a transmission opportunity, TXOP, the triggering frame allocating one direct link, DiL, resource unit, RU, to the first P2P STA for DiL communication characterized by the triggering frame further allocating one or more uplink, UL, RUs for UL communication during a specified UL duration, and during the specified UL duration, transmitting, to a second P2P STA, a first frame over a first part of the allocated DiL RU; and receiving a second frame from the second P2P STA over a second part of the DiL RU. receiving, from an access point, AP, a triggering frame reserving a transmission opportunity, TXOP, the triggering frame allocating one direct link, DiL, resource unit, RU, to the first P2P STA for DiL communication characterized by the triggering frame further allocating one or more uplink, UL, RUs for UL communication during a specified UL duration, and during the specified UL duration, transmitting, to a second P2P STA, a first frame over a first part of the allocated DiL RU; and receiving a second frame from the second P2P STA over a second part of the DiL RU. transmitting, to a second P2P STA, a first frame over a first part of the allocated DiL RU; and receiving a second frame from the second P2P STA over a second part of the DiL RU.
A method comprising: generating a neighborhood around a point; determining whether there is at least one time domain duplexing, TDD, radio of at least one TDD system in the neighborhood, where the at least one TDD radio is either authorized, or is requesting authorization, to transmit in shared frequency spectrum; if at least one TDD radio is determined to be in the neighborhood, then determining a largest interference contribution, in the shared frequency spectrum at the point, of a TDD radio of each TDD system comprising a TDD radio in the neighborhood, wherein each TDD system comprises TDD radios, and wherein the largest interference contribution is from one of the TDD radios; and wherein each largest interference contribution is used as an aggregate interference of a corresponding TDD system in the shared frequency spectrum at the point. generating a neighborhood around a point; determining whether there is at least one time domain duplexing, TDD, radio of at least one TDD system in the neighborhood, where the at least one TDD radio is either authorized, or is requesting authorization, to transmit in shared frequency spectrum; if at least one TDD radio is determined to be in the neighborhood, then determining a largest interference contribution, in the shared frequency spectrum at the point, of a TDD radio of each TDD system comprising a TDD radio in the neighborhood, wherein each TDD system comprises TDD radios, and wherein the largest interference contribution is from one of the TDD radios; and wherein each largest interference contribution is used as an aggregate interference of a corresponding TDD system in the shared frequency spectrum at the point.
Method for determining the capacity of an energy store (A1, A2) of a DC power supply unit for the uninterruptible supply of direct current to a load, wherein the DC power supply unit comprises at least: - an input for an input voltage; - an output for a DC output voltage, from which output a load connected to said output can draw a load current; - two similar energy stores (A1, A2), which are charged by a charging current via the input, and in backup mode provide a replacement DC output voltage, the capacity of each of the two energy stores (A1, A2) is dimensioned for one energy store alone to be able to provide the backup mode, in that in a first step, a charged first energy store is fully discharged at specified time intervals via a load applied to the output, characterised in that in that in a second step, the first energy store is charged from the fully charged second energy store, and in that in a third step, the second energy store is recharged fully via the input, wherein in the second step, the capacity taken from the second energy store is measured, and/or in the third step, the capacity charged into the second energy store is measured. - an input for an input voltage; - an output for a DC output voltage, from which output a load connected to said output can draw a load current; - two similar energy stores (A1, A2), which are charged by a charging current via the input, and in backup mode provide a replacement DC output voltage, the capacity of each of the two energy stores (A1, A2) is dimensioned for one energy store alone to be able to provide the backup mode,
Reinforced polyamide moulding composition composed of the following components: from 20-45% by weight of aliphatic polyamide selected from the group consisting of: PA 610, PA 612 and mixtures thereof; from 5-15% by weight of semiaromatic polyamide selected from the group consisting of: 6I, DI, 6I/6T, DI/DT, DI/6T, MXD6 and mixtures thereof; from 45-75% by weight of flat glass fibres with non-circular cross section, where the dimensional ratio of the major cross-sectional axis to the minor cross-sectional axis of the said cross section is in the range from 2 - 5; from 0-10% by weight of additives; where components - give a total of 100% by weight. from 20-45% by weight of aliphatic polyamide selected from the group consisting of: PA 610, PA 612 and mixtures thereof; from 5-15% by weight of semiaromatic polyamide selected from the group consisting of: 6I, DI, 6I/6T, DI/DT, DI/6T, MXD6 and mixtures thereof; from 45-75% by weight of flat glass fibres with non-circular cross section, where the dimensional ratio of the major cross-sectional axis to the minor cross-sectional axis of the said cross section is in the range from 2 - 5; from 0-10% by weight of additives;
A motorcycle tire having a carcass, wherein the carcass includes a carcass ply that is a layer of carcass cords, the carcass ply includes a first ply, and a second ply layered on the first ply in a tire radial direction, the first ply includes: a toroidal body portion extending from a tread portion through sidewall portions to bead cores of bead portions; and turned-up portions turned up around the bead cores from an inner side to an outer side in a tire axial direction, the second ply is formed as a portion extending from the tread portion toward the bead portions and terminating without being turned up around the bead cores, the tire being characterized in that a thickness of each carcass cord of the second ply is smaller than a thickness of each carcass cord of the first ply.