mhurhangee/ep-ind-claims huggingface dataset:
A heavy duty carriage, comprising: a carriage body; a load receiving platform mounted on a top of the carriage body; and a plurality of caster bodies each rotatably supported by a caster shaft, the caster shaft being substantially perpendicular to a floor surface when the carriage body is placed on the floor surface, wherein each of the plurality of caster bodies has wheels (6, 8) rotatably supported by a lower part of the caster body, and a first external gear provided in an outer circumference of the caster body, wherein the carriage body has, in a lower part thereof, a second external gear rotatably supported by a second external gear shaft substantially perpendicular to a floor surface when the carriage body is placed on the floor surface, wherein the plurality of caster bodies interlock with each other by meshing the first external gears with the second external gear, and wherein each of the plurality of caster bodies has, on a top surface thereof, a sliding surface, characterized in that the top surface of the caster body and a lower surface of the carriage body slide at the sliding surface, wherein, when the carriage body is placed on the floor surface and outer circumferences of the wheels (6, 8) contact the floor surface, contact surfaces of the outer circumferences of the wheels (6, 8) are positioned inward of a shape of an outer circumference of the sliding surface projected on the floor surface, and wherein the carriage body, the caster shafts, and the second external gear shaft are integrally molded. a carriage body; a load receiving platform mounted on a top of the carriage body; and a plurality of caster bodies each rotatably supported by a caster shaft, the caster shaft being substantially perpendicular to a floor surface when the carriage body is placed on the floor surface, wherein each of the plurality of caster bodies has wheels (6, 8) rotatably supported by a lower part of the caster body, and a first external gear provided in an outer circumference of the caster body, wherein the carriage body has, in a lower part thereof, a second external gear rotatably supported by a second external gear shaft substantially perpendicular to a floor surface when the carriage body is placed on the floor surface, wherein the plurality of caster bodies interlock with each other by meshing the first external gears with the second external gear, and wherein each of the plurality of caster bodies has, on a top surface thereof, a sliding surface, characterized in that the top surface of the caster body and a lower surface of the carriage body slide at the sliding surface, wherein, when the carriage body is placed on the floor surface and outer circumferences of the wheels (6, 8) contact the floor surface, contact surfaces of the outer circumferences of the wheels (6, 8) are positioned inward of a shape of an outer circumference of the sliding surface projected on the floor surface, and wherein the carriage body, the caster shafts, and the second external gear shaft are integrally molded.
Distributor device for conveying solids, in particular pharmaceutical, particulate solids, comprising - a housing having at least one inlet opening and at least two outlet openings, - a distributor module forming a process chamber, the distributor module extending from the inlet opening to the outlet openings through the housing, and the distributor module having a branch to each outlet opening, the distributor module being a resilient component, and - corresponding to the number of branches, means for interrupting conveyance of solids in the branches, each means comprising an actuating element and a stop as a counterpart to the actuating element for compressing or squeezing a branch, characterized in that the stops are arranged on an inner wall of the housing and the stops are connected to one another and form a kind of ring structure. - a housing having at least one inlet opening and at least two outlet openings, - a distributor module forming a process chamber, the distributor module extending from the inlet opening to the outlet openings through the housing, and the distributor module having a branch to each outlet opening, the distributor module being a resilient component, and - corresponding to the number of branches, means for interrupting conveyance of solids in the branches, each means comprising an actuating element and a stop as a counterpart to the actuating element for compressing or squeezing a branch, characterized in that the stops are arranged on an inner wall of the housing and the stops are connected to one another and form a kind of ring structure.
A method of processing pomace comprising: forming a pomace press cake by extracting juice from a whole fruit or vegetable, hydrating the pomace press cake, acidifying the pomace press cake with an organic acid and reducing particle size of the pomace press cake to less than 250 microns, or to less than 125 microns, wherein the pomace press cake comprises pulp and skin. forming a pomace press cake by extracting juice from a whole fruit or vegetable, hydrating the pomace press cake, acidifying the pomace press cake with an organic acid and reducing particle size of the pomace press cake to less than 250 microns, or to less than 125 microns, wherein the pomace press cake comprises pulp and skin.
Aqueous resin dispersion comprising a resin component comprising at least one di- and/or polyfunctional monomeric primary and/or secondary amine and polyfunctional polymeric organic amines having primary and/or secondary amino groups, where the resin component has an NH equivalent of 150 to 400 g/mol and a proportion by weight of di- and/or polyfunctional monomeric organic amines of 5% to 150 by weight, where the polyfunctional polymeric organic amines having primary and secondary amino groups also comprise, in interreacted form, (i) at least one di- and/or multifunctional organic epoxy compound, where the epoxy compounds have an average epoxy equivalent weight of less than 400 g/mol, (ii) at least one monomeric amine, and (iii) at least one compound X-R, where X is a functional group reactive toward epoxy groups and R is an organic radical containing polyoxyalkylene units and not containing any further X groups, and where the amines consist to an extent of at least 65 mol% of amines consisting of amino groups and hydrocarbon units. where the resin component has an NH equivalent of 150 to 400 g/mol and a proportion by weight of di- and/or polyfunctional monomeric organic amines of 5% to 150 by weight, where the polyfunctional polymeric organic amines having primary and secondary amino groups also comprise, in interreacted form, (i) at least one di- and/or multifunctional organic epoxy compound, where the epoxy compounds have an average epoxy equivalent weight of less than 400 g/mol, (ii) at least one monomeric amine, and (iii) at least one compound X-R, where X is a functional group reactive toward epoxy groups and R is an organic radical containing polyoxyalkylene units and not containing any further X groups, (i) at least one di- and/or multifunctional organic epoxy compound, where the epoxy compounds have an average epoxy equivalent weight of less than 400 g/mol, (ii) at least one monomeric amine, and (iii) at least one compound X-R, where X is a functional group reactive toward epoxy groups and R is an organic radical containing polyoxyalkylene units and not containing any further X groups, and where the amines consist to an extent of at least 65 mol% of amines consisting of amino groups and hydrocarbon units.
A device for measuring fluid flow and solute mass transport in flow systems, comprising a casing having inlet and outlet openings and a fluid passageway therebetween, said casing containing at least one fluid permeable insoluble adsorbent matrix and at least one tracer material (5, 5'), characterized in that the tracer material (5,5') is a fluid permeable partially soluble material which at least prior to installation is not physically or chemically bonded to the adsorbent matrix and that the tracer material (5,5') is located in at least one section (4,4') of the casing separate from but in contact with at least one section (6,6') of the casing holding said insoluble adsorbent matrix (7,7') and that the at least one tracer material section (4,4') and the at least one adsorbent matrix section (6,6') are located in the fluid passageway between said inlet and outlet openings.
Receiver for a heat exchanger, especially a condenser of a refrigerant system, said receiver comprising a hollow body and a closure closing said body, said body defining an internal volume configured to receive a fluid flowing through said heat exchanger, said closure being adapted to establish a communication of said fluid between said internal volume and a flange of said heat exchanger, said closure being removable from said flange and detachably coupled to said body, wherein the receiver further comprises a filter for said fluid, located in said internal volume, characterised in that said filter comprises a chamber in fluid communication with said internal volume through a filtering media, said filter further comprising a port establishing a fluid communication between said closure and said chamber and a by-pass establishing a communication between said internal volume and said closure, wherein said by-pass extends through said chamber.
A composition comprising a pharmaceutically acceptable grade of at least one aminosterol, or a pharmaceutically acceptable salt thereof, for use in treating or preventing a condition or disorder that benefits from stimulation of the Aminosterol-Induced GI Response in a subject, and wherein the condition or disorder relates to the nervous system and could benefit from neuro-protection, wherein: (a) the use comprises oral administration of the composition; and (b) the at least one aminosterol, or a pharmaceutically acceptable salt thereof, is present in the composition in a dose sufficient to produce a beneficial neuro-protective effect in the subject; (c) the aminosterol is squalamine or a salt thereof or Aminosterol 1436 or a salt thereof; and (d) the condition or disorder relating to the nervous system is Parkinson's disease, Alzheimer's disease, Huntington's Disease, Amyotrophic lateral sclerosis, acute traumatic injury to the central nervous system,-stroke, spine injury, degenerative processes associated with aging, dementia of aging, cerebral palsy, epilepsy, peripheral sensory neuropathy, depression, or -autism, (a) the use comprises oral administration of the composition; and (b) the at least one aminosterol, or a pharmaceutically acceptable salt thereof, is present in the composition in a dose sufficient to produce a beneficial neuro-protective effect in the subject; (c) the aminosterol is squalamine or a salt thereof or Aminosterol 1436 or a salt thereof; and (d) the condition or disorder relating to the nervous system is Parkinson's disease, Alzheimer's disease, Huntington's Disease, Amyotrophic lateral sclerosis, acute traumatic injury to the central nervous system,-stroke, spine injury, degenerative processes associated with aging, dementia of aging, cerebral palsy, epilepsy, peripheral sensory neuropathy, depression, or -autism,
A pallet truck comprising a drive part and a load part which is mounted on the drive part and the height of which relative to the drive part can be adjusted by an initial lift, wherein a drive frame of the drive part comprises components (14, 15, 18, 20) of the pallet truck and the load part comprises a load frame as well as wheel arms extending out from the load frame along a vehicle longitudinal axis, wherein the wheel arms each have at least one wheel on their free ends for support on a floor, wherein a battery supplying a drive of the pallet truck is received in the drive frame, characterized in that the drive frame comprises a receiving space, which is closed off with respect to the load frame and in which components (15, 18) of the drive part are arranged, wherein the receiving space projects into the load frame and puts an upper limit on the initial lift of the load part.
A method of transmitting data in USB packets comprised in one or several transport packets, over a communications network, executed by a node of the communications network, the communications network being configured to forward transport packets in a differentiated manner based on quality-of-service parameter values assigned to the transport packets, wherein each USB packet forms part of a USB data transfer having a respective set of transmission requirements derived from the USB context of the USB data transfer, the method comprising: parsing (S01,S11) header data of one of the transport packets being output by a USB-data source device, the one transport packet comprises the data in USB packets, to identify the USB context belonging to the USB data transfer through detecting a label administered by the USB-data-source device, the label indicates at least one of: - the USB transfer type of the USB data transfer, - the USB pipe of the USB data transfer, - the specific USB data transfer, and - the USB device type and model of a USB device participating in the USB data transfer; and assigning, to the transport packet comprising the data in USB packets, at least one quality-of-service parameter that depends on the USB context of the USB data transfer. parsing (S01,S11) header data of one of the transport packets being output by a USB-data source device, the one transport packet comprises the data in USB packets, to identify the USB context belonging to the USB data transfer through detecting a label administered by the USB-data-source device, the label indicates at least one of: - the USB transfer type of the USB data transfer, - the USB pipe of the USB data transfer, - the specific USB data transfer, and - the USB device type and model of a USB device participating in the USB data transfer; and - the USB transfer type of the USB data transfer, - the USB pipe of the USB data transfer, - the specific USB data transfer, and - the USB device type and model of a USB device participating in the USB data transfer; and assigning, to the transport packet comprising the data in USB packets, at least one quality-of-service parameter that depends on the USB context of the USB data transfer.
Sensor assembly for load detection on a chassis part of a utility vehicle, having at least one transmission body, the transmission body having at least one first fastening section, at least one second fastening section and at least one sensor section, each fastening section (5a, 5b) has at least one mounting recess, at least one clamping surface and at least one contact surface, the contact surface being directed towards the chassis part in the mounted state, the sensor section connecting the first fastening section to the second fastening section, and wherein at least one sensor is arranged on the sensor section, wherein the transmission body is at least partially embedded in a first elastic capsule material, and wherein the first elastic capsule material is at least partially surrounded by a decoupling part, characterized in that the first capsule material and the decoupling part have recesses arranged coaxially to the mounting recesses, so that a fastening means which can be inserted into the recesses can interact directly with the clamping surface of the respective fastening section (5a, 5b) of the transmission body.
A method for connecting a number of users with at least one signal bearing optical fiber ( 110 1÷ z; 210 1÷5) contained in an optical cable (105; 205) comprising a plurality of optical fibers ( 110 1÷z), the method comprising the steps of: a) interrupting said signal bearing optical fiber ( 110 1÷z; 210 1 ÷ 5) at a first branch point ( 115 x|1; 215p 1÷5), obtaining a first optical fiber segment (110 x|1; 210i 1÷5) upstream of said branch point ( 115 x|1; 215p 1÷ 5) and a second optical fiber segment (110 x|2) downstream of said branch point ( 115 x|1; 215p 1÷5); b) providing an optical splitter (120 x|1; 220p 1÷5) at the branch point (115 x|1; 215p 1÷5), the optical splitter (120 x|1; 220p 1÷5) comprising an input and at least two outputs; c) coupling the first optical fiber segment (110 x|1; 210i 1÷5) with the input of the optical splitter (120 x|1; 220p 1÷5); d) coupling a first output of the optical splitter (120 x|1; 220p 1÷5) with at least one user; characterized by comprising e) coupling a second output of the optical splitter (120 x|1; 220p 1÷5) with a downstream optical fiber segment (110 x|1; 210 6÷8|1÷5) of an interrupted optical fiber ( 110 x; 210 6 ÷ 8) contained in the same optical cable (105; 205) as the first optical fiber segment (110 x|1; 210i 1÷5), and f) coupling said downstream optical fiber segment (110 x|1; 210 6÷8|1÷5) with at least one further user at a further branch point ( 215s 1÷5|a÷ c) downstream said first branch point ( 115 x|1; 215p 1÷5), in which said downstream optical fiber segment (110 x|1; 210 6÷8|1÷5) of an interrupted optical fiber (110 x; 210 6÷8) is said second optical fiber segment (110 x|2). a) interrupting said signal bearing optical fiber ( 110 1÷z; 210 1 ÷ 5) at a first branch point ( 115 x|1; 215p 1÷5), obtaining a first optical fiber segment (110 x|1; 210i 1÷5) upstream of said branch point ( 115 x|1; 215p 1÷ 5) and a second optical fiber segment (110 x|2) downstream of said branch point ( 115 x|1; 215p 1÷5); b) providing an optical splitter (120 x|1; 220p 1÷5) at the branch point (115 x|1; 215p 1÷5), the optical splitter (120 x|1; 220p 1÷5) comprising an input and at least two outputs; c) coupling the first optical fiber segment (110 x|1; 210i 1÷5) with the input of the optical splitter (120 x|1; 220p 1÷5); d) coupling a first output of the optical splitter (120 x|1; 220p 1÷5) with at least one user; characterized by comprising e) coupling a second output of the optical splitter (120 x|1; 220p 1÷5) with a downstream optical fiber segment (110 x|1; 210 6÷8|1÷5) of an interrupted optical fiber ( 110 x; 210 6 ÷ 8) contained in the same optical cable (105; 205) as the first optical fiber segment (110 x|1; 210i 1÷5), and f) coupling said downstream optical fiber segment (110 x|1; 210 6÷8|1÷5) with at least one further user at a further branch point ( 215s 1÷5|a÷ c) downstream said first branch point ( 115 x|1; 215p 1÷5),
A solar streetlight including a columnar member and a battery pack capable of supplying electricity to a predetermined load, characterized in that the battery pack is a reused vehicle battery pack and is formed in a rectangular parallelepiped shape in which a side in a vertical direction is shorter than a side in a horizontal direction when placed in a transverse direction, and a plurality of the battery packs placed in the vertical direction are arranged to align in an up-down direction inside the columnar member, wherein assuming that the plurality of the battery packs arranged to align in the up-down direction are a battery pack group (5A, 5B), a plurality of rows of the battery pack groups (5A, 5B) are provided inside the columnar member; the battery packs of the same battery pack group (5A, 5B) are each connected to a single wiring (50A, 50B); and the wiring (50A, 50B) is routed in the up-down direction for each of the battery pack groups (5A, 5B). the battery pack is a reused vehicle battery pack and is formed in a rectangular parallelepiped shape in which a side in a vertical direction is shorter than a side in a horizontal direction when placed in a transverse direction, and a plurality of the battery packs placed in the vertical direction are arranged to align in an up-down direction inside the columnar member, wherein assuming that the plurality of the battery packs arranged to align in the up-down direction are a battery pack group (5A, 5B), a plurality of rows of the battery pack groups (5A, 5B) are provided inside the columnar member; the battery packs of the same battery pack group (5A, 5B) are each connected to a single wiring (50A, 50B); and the wiring (50A, 50B) is routed in the up-down direction for each of the battery pack groups (5A, 5B).
A radio frequency, RF, coil assembly for a magnetic resonance imaging, MRI, system, comprising: a distributed capacitance loop portion comprising two parallel conductor wires (300, 302) encapsulated and separated by a dielectric material, the two parallel conductor wires (300, 302) maintained separate by the dielectric material along an entire length of the loop portion between terminating ends thereof, the distributed capacitance loop portion having at least one cut or gap in at least one of the two parallel conductor wires (300, 302); a coupling electronics portion coupled to the loop portion, the coupling electronics portion including a pre-amplifier; an interfacing connector; a coil-interfacing cable extending between the coupling electronics portion and the interfacing connector, wherein the two parallel conductor wires (300, 302) are encapsulated by the dielectric material so that, when the loop portion is viewed in cross-section, each of the two parallel conductor wires (300, 302) is surrounded by the dielectric material, wherein the loop portion is void of any capacitive and inductive lumped components along an entire length of the loop portion between terminating ends thereof. a distributed capacitance loop portion comprising two parallel conductor wires (300, 302) encapsulated and separated by a dielectric material, the two parallel conductor wires (300, 302) maintained separate by the dielectric material along an entire length of the loop portion between terminating ends thereof, the distributed capacitance loop portion having at least one cut or gap in at least one of the two parallel conductor wires (300, 302); a coupling electronics portion coupled to the loop portion, the coupling electronics portion including a pre-amplifier; an interfacing connector; a coil-interfacing cable extending between the coupling electronics portion and the interfacing connector, wherein the two parallel conductor wires (300, 302) are encapsulated by the dielectric material so that, when the loop portion is viewed in cross-section, each of the two parallel conductor wires (300, 302) is surrounded by the dielectric material, wherein the loop portion is void of any capacitive and inductive lumped components along an entire length of the loop portion between terminating ends thereof.