mhurhangee/ep-ind-claims huggingface dataset:
A composition comprising an organosilicon compound (a) having at least one trialkylsilyl group and a hydrolyzable silicon-containing group having two or more hydrolyzable silicon groups, and a metal compound (b) in which at least one hydrolyzable group is bonded to a metal atom, wherein the hydrolyzable silicon-containing group having two or more hydrolyzable silicon groups is represented by any one of formulas (X-1) to (X-3): wherein, in formulas (X-1) to (X-3), L x1 to L x2 each independently represents a divalent hydrocarbon group having 1 to 20 carbon atoms, and a methylene group (-CH 2 -) included in the divalent hydrocarbon group may be substituted with -O- or -O-Si(R x7) 2 -, R x1 to R x7 each independently represents a hydrogen atom or a hydrocarbon group having 1 to 10 carbon atoms, X a1 each independently represents a hydrolyzable group or a trialkoxysilyloxy group, X a2 each independently represents a trialkylsilyl-containing group, a hydrocarbon chain-containing group, a siloxane backbone-containing group, a hydrolyzable group, or a trialkoxysilyloxy group, and X a2 and X a1 may be the same or different when X a2 is a hydrolyzable group, n2 represents an integer of 1 or more and 50 or less, n3 represents an integer of 2 or more and 5 or less, n4 represents an integer of 0 or more and 5 or less, and in formula (X-3), the order of units represented by (Si (R x4)(-L x2 -Si(X a2)(X a1) 2)-O-) and (Si(R x5)(R x6)-O-) is arbitrary. L x1 to L x2 each independently represents a divalent hydrocarbon group having 1 to 20 carbon atoms, and a methylene group (-CH 2 -) included in the divalent hydrocarbon group may be substituted with -O- or -O-Si(R x7) 2 -, R x1 to R x7 each independently represents a hydrogen atom or a hydrocarbon group having 1 to 10 carbon atoms, X a1 each independently represents a hydrolyzable group or a trialkoxysilyloxy group, X a2 each independently represents a trialkylsilyl-containing group, a hydrocarbon chain-containing group, a siloxane backbone-containing group, a hydrolyzable group, or a trialkoxysilyloxy group, and X a2 and X a1 may be the same or different when X a2 is a hydrolyzable group, n2 represents an integer of 1 or more and 50 or less, n3 represents an integer of 2 or more and 5 or less, n4 represents an integer of 0 or more and 5 or less, and in formula (X-3), the order of units represented by (Si (R x4)(-L x2 -Si(X a2)(X a1) 2)-O-) and (Si(R x5)(R x6)-O-) is arbitrary.
Ramp for a wheel chair user to enter a vehicle, in particular a vehicle with lowered base tray, wherein in a first position a ramp flap can be folded out of the vehicle enabling the wheel chair user to enter the vehicle, in a second position the ramp flap can be arranged in the interior of the vehicle such that the wheel chair user finds sufficient space in the vehicle, and in a third position the ramp flap can be arranged essentially horizontally on or above the vehicle floor, wherein for switching the ramp flap from the first to the second position at least one pivot axis is arranged around which the ramp flap moves, and wherein for switching the ramp flap from the second to the third position at least one other pivot axis (13, 14) is provided around which the ramp axis moves, wherein an energy store provides support power for the movement of the ramp flap from the second to the third position and for the movement from the third to the second position, and at least one coupling element is provided for coupling the energy store with the ramp flap or a part of the ramp flap, wherein the coupling element transfers the support energy between the energy store and the ramp flap, wherein the at least one coupling element transfers the support energy from the energy store to the ramp flap depending on the position (I, II, III) of the ramp flap, and the energy store is designed like a cylinder and has a housing and a piston rod shifting axially in the housing, characterized in that the energy store is rigidly mounted to a holding device that is stationary while the ramp flap moves, and as coupling element a rope is provided, wherein a rotating deflection roller is attached to the end of the piston rod, a guide roller is mounted rotating at the holding device, and one end of the rope is attached to the rigid holding device, wherein the rope is guided from its attachment point at the holding device first across the deflection roller at the top end of the piston rod, and the rope runs after the deflection roller immediately to the guide roller, and is guided from the guide roller to the ramp flap, and the energy store provides an additional support energy for the movement of the ramp flap from the first to the second position, and for the movement from the second to the first position.
An assembly system comprising wall-brackets and plates, the wall-brackets being hooked to the respective plates for connection of a wall-cupboard to a supporting structure consisting of two walls (20,21): a first rear load-bearing wall and a second front wall, interspaced with respect to said first wall so as to form an interspace, the plates (25, 26) can be assembled outside said second front wall and the assembly system further comprises rigid connection elements which can be housed in said interspace between said two walls (20,21) and said plates, characterized in that said rigid connection elements comprise a tubular upright which can be fixed to the rear wall and a plurality of brackets fixed to said upright, interspaced at different heights, corresponding to the height of the plates and a second upright consisting of a section housed inside a set of brackets fixed to the upright so that the position can be regulated in depth, wherein the plates (25, 26) are to be fixed to the respective brackets by means of screws which either can pass freely through pass-through holes of the front wall and are screwed inside threaded holes of the bracket or, being of the self-perforating and self-threading type, do not require the provision of pass-through holes and threaded holes, through the wall and upright, respectively.
Cell module for storing electrical energy, comprising • a module housing made from metal and • within the module housing, n cells each having at least one positive and at least one negative electrode, wherein n ≥ 2 and the module housing has at least three external electrical connection poles and all of the cells in the module housing are identical and the n cells have a common electrolyte system. • a module housing made from metal and • within the module housing, n cells each having at least one positive and at least one negative electrode,
A cartridge adaptor (200, 300) comprising: a main body (202, 301) having a proximal end (206, 310), a distal end (208, 308), and a bore configured to receive a pen type drug delivery device cartridge containing a medicament and having a bead at a distal end, the main body (202, 301) further comprising a first segment (209, 302) attached to a second segment (210, 304) by a hinge (211, 306) that extends along at least a portion of a length of the main body from the proximal end to the distal end or along a chord on the distal top of the main body; and a retention feature (218, 312) on the main body (202, 301) being a protrusion and suitable for snapping under the bead of the cartridge for securing the cartridge adaptor (200, 300) to the cartridge, wherein there is at least one fastening mechanism comprising a male element (220; 314, 316; 516) connectable to a female element (222; 318, 320) for securing the first segment (209, 302) to the second segment (210, 304); characterized in that the first segment (209, 302) comprises a first threaded portion and the second segment (210, 304) comprises a second threaded portion, wherein the first and second threaded portions (215, 217), when connected together, form an outer thread configured for receiving a threaded needle hub. a main body (202, 301) having a proximal end (206, 310), a distal end (208, 308), and a bore configured to receive a pen type drug delivery device cartridge containing a medicament and having a bead at a distal end, the main body (202, 301) further comprising a first segment (209, 302) attached to a second segment (210, 304) by a hinge (211, 306) that extends along at least a portion of a length of the main body from the proximal end to the distal end or along a chord on the distal top of the main body; and a retention feature (218, 312) on the main body (202, 301) being a protrusion and suitable for snapping under the bead of the cartridge for securing the cartridge adaptor (200, 300) to the cartridge, wherein there is at least one fastening mechanism comprising a male element (220; 314, 316; 516) connectable to a female element (222; 318, 320) for securing the first segment (209, 302) to the second segment (210, 304); characterized in that the first segment (209, 302) comprises a first threaded portion and the second segment (210, 304) comprises a second threaded portion, wherein the first and second threaded portions (215, 217), when connected together, form an outer thread configured for receiving a threaded needle hub.
A component of a subsea electrical connector, the component being made of an electrically insulating material, comprising: - a protective coating applied to at least a portion of the electrically insulating material for preventing water permeation into the electrically insulating material, characterized in that the protective coating comprises a ceramic coating; and wherein the ceramic coating is a conductive ceramic coating, in particular a ceramic coating of which the bulk ceramic material is conductive. - a protective coating applied to at least a portion of the electrically insulating material for preventing water permeation into the electrically insulating material,
An adjustable linkage comprising: a brew head engaging linkage element; a handle engaging linkage element; and an adjusting element disposed between the brew head engaging linkage element and the handle engaging linkage element, wherein: the adjusting element is configured to engage the brew head engaging linkage element and the handle engaging linkage element; and the adjusting element is configured to smoothly increase and decrease a distance between the brew head engaging linkage element and the handle engaging linkage element; and characterized in that: the brew head engaging linkage element comprises a threaded portion configured to engage a first threaded portion of the adjusting element; and the handle engaging linkage element comprises a threaded portion configured to engage a second threaded portion of the adjusting element; and wherein the first threaded portion and the second threaded portion comprise opposite handedness, and different pitches. a brew head engaging linkage element; a handle engaging linkage element; and an adjusting element disposed between the brew head engaging linkage element and the handle engaging linkage element, wherein: the adjusting element is configured to engage the brew head engaging linkage element and the handle engaging linkage element; and the adjusting element is configured to smoothly increase and decrease a distance between the brew head engaging linkage element and the handle engaging linkage element; and characterized in that: the adjusting element is configured to engage the brew head engaging linkage element and the handle engaging linkage element; and the adjusting element is configured to smoothly increase and decrease a distance between the brew head engaging linkage element and the handle engaging linkage element; and characterized in that: the brew head engaging linkage element comprises a threaded portion configured to engage a first threaded portion of the adjusting element; and the handle engaging linkage element comprises a threaded portion configured to engage a second threaded portion of the adjusting element; and wherein the first threaded portion and the second threaded portion comprise opposite handedness, and different pitches.
Device for air-conditioning a room with an climate control unit which has at least one Peltier element at least between two air ducts, which Peltier element transports heat from one air duct to the other air duct by means of electric current, the Peltier element being connected to a power supply, in particular a photovoltaic system, via a control/regulating device in order to preset the heat pumping capacity and heat pumping direction, the climate control unit comprising a heat exchanger, in particular a counterflow heat exchanger, through which room air can flow on the one hand and outside air on the other hand, which heat exchanger has a room air duct and a separate outside air duct, wherein the at least one Peltier element is arranged between the room air duct and the outside air duct and wherein at least parts of the room air duct, the outside air duct and the at least one Peltier element are combined to form a prefabricated structural unit, characterized in that the prefabricated structural unit is arranged on a building wall in a facade, in particular an insulating facade.
A drawer comprising; first and second rigid body panels, and a spacer (203, 204) which is moveably mounted to both of the body panels, such that the unit is moveable between; a flat pack configuration in which the spacer is disposed flat between the body panels, and a deployed configuration in which the body panels are separated by the spacer to define a space between the body panels, wherein the drawer further comprises a rigid brace panel the edges of which are slidably engageable with tracks on the first and second rigid body panels such that the rigid brace panel can retain the unit in its deployed configuration. first and second rigid body panels, and a spacer (203, 204) which is moveably mounted to both of the body panels, such that the unit is moveable between; a flat pack configuration in which the spacer is disposed flat between the body panels, and a deployed configuration in which the body panels are separated by the spacer to define a space between the body panels, wherein the drawer further comprises a rigid brace panel the edges of which are slidably engageable with tracks on the first and second rigid body panels such that the rigid brace panel can retain the unit in its deployed configuration.
Catalyst arrangement for preparing phthalic anhydride by gas-phase oxidation of aromatic hydrocarbons, which comprises a reactor having a gas inlet end for a feed gas and a gas outlet end for a product gas and also a first catalyst zone made up of catalyst bodies, and at least one second catalyst zone made up of catalyst bodies, where the first catalyst zone is arranged at the gas inlet end and the second catalyst zone is arranged downstream of the first catalyst zone in the gas flow direction and the catalyst bodies have an outer layer of active composition, characterized in that the active composition content in the first catalyst zone and/or in the second catalyst zone is less than 7% by weight, based on the total weight of the catalyst bodies, and the ratio of the total surface area of the active composition to the volume of the catalyst zone in the respective catalyst zone is from 10 000 cm -1 to 20 000 cm -1, preferably from 12 000 cm -1 to 16 000 cm -1.
Muffler for an exhaust gas system of an internal combustion engine, especially for motor vehicles with hybrid drive, comprising - a muffler housing with a first chamber provided therein, - a heat exchanger arrangement, which is arranged in the muffler housing and through which a heat transfer medium and combustion exhaust gas can flow, for transferring heat from the combustion exhaust gas to the heat transfer medium, - an inlet pipe introducing combustion exhaust gas into the muffler housing, - a first outlet pipe drawing combustion exhaust gas from the muffler housing, wherein the heat exchanger arrangement comprises an exhaust gas outlet area open towards the first outlet pipe and wherein a first exhaust gas flow path is provided in the muffler housing for routing combustion exhaust gas through the heat exchanger arrangement to the first outlet pipe, - a second outlet pipe drawing combustion exhaust gas from the muffler housing, wherein a second exhaust gas flow path is provided in the muffler housing for routing combustion exhaust gas, bypassing the heat exchanger arrangement to the second outlet pipe, and - a flow path blocking/releasing arrangement for selectively blocking and releasing at least one exhaust gas flow path (54, 56) of a first exhaust gas flow path and a second exhaust gas flow path, characterized in that the first exhaust gas flow path comprises the first chamber, wherein the inlet pipe is open towards the first chamber and the heat exchanger arrangement comprises an exhaust gas inlet area open towards the first chamber. - a muffler housing with a first chamber provided therein, - a heat exchanger arrangement, which is arranged in the muffler housing and through which a heat transfer medium and combustion exhaust gas can flow, for transferring heat from the combustion exhaust gas to the heat transfer medium, - an inlet pipe introducing combustion exhaust gas into the muffler housing, - a first outlet pipe drawing combustion exhaust gas from the muffler housing, wherein the heat exchanger arrangement comprises an exhaust gas outlet area open towards the first outlet pipe and wherein a first exhaust gas flow path is provided in the muffler housing for routing combustion exhaust gas through the heat exchanger arrangement to the first outlet pipe, - a second outlet pipe drawing combustion exhaust gas from the muffler housing, wherein a second exhaust gas flow path is provided in the muffler housing for routing combustion exhaust gas, bypassing the heat exchanger arrangement to the second outlet pipe, and - a flow path blocking/releasing arrangement for selectively blocking and releasing at least one exhaust gas flow path (54, 56) of a first exhaust gas flow path and a second exhaust gas flow path,
A ventilation control method for a clothing washing apparatus, wherein the clothing washing apparatus comprises a drum assembly, a clothing treatment agent dispenser and a water inflow pipe; an inlet of the water inflow pipe is communicated with the clothing treatment agent dispenser, and an outlet of the water inflow pipe is communicated with the drum assembly; the clothing washing apparatus further comprises an air inflow pipe communicating the outside with the drum assembly, and a siphon device connected with the water inflow pipe; an air inflow fan is arranged in the air inflow pipe, and the siphon device is arranged to be capable of discharging water in the water inflow pipe when the water in the water inflow pipe reaches a siphoning height, so that the water inflow pipe is communicated with the outside; characterized in that the ventilation control method comprises: acquiring a present current of the air inflow fan when the air inflow fan is turned on; injecting water into the water inflow pipe if the present current of the air inflow fan reaches a preset current value, so as to trigger the siphon device to discharge the water in the water inflow pipe, and then ventilating the drum assembly; and directly ventilating the drum assembly if the present current of the air inflow fan does not reach the preset current value. acquiring a present current of the air inflow fan when the air inflow fan is turned on; injecting water into the water inflow pipe if the present current of the air inflow fan reaches a preset current value, so as to trigger the siphon device to discharge the water in the water inflow pipe, and then ventilating the drum assembly; and directly ventilating the drum assembly if the present current of the air inflow fan does not reach the preset current value.
A voltage balanced winding for a stator of an electric machine with a high number of pole pairs, said stator comprising a plurality of slots arranged in a circumferential direction of the stator in predetermined intervals, said winding being a wave winding distributed over D circumferential sections in a circumferential direction of the stator, D being an integer greater than 1, and J radial layers in a radial direction of the stator, J being an integer greater than or equal to D, said winding consisting of at least two phases, each phase of the winding comprising: a plurality of conductor segments, one conductor segment for each layer in each section, each of said conductor segments comprising a plurality of straight conductor portions arranged in an axial direction of the stator and a plurality of end-windings connecting the straight conductor portions to a wave pattern, each straight conductor segment being accommodated in one slot, characterized in that the plurality of conductor segments is divided into branches of series connected conductor segments, wherein each branch includes at least D conductor segments selected from D different sections d and D different layers j such that ( j + d) mod D equals a predefined number, wherein at least a first conductor segment of layer j1 and sector d1 and a second conductor segment of layer j2 and sector d2 with j1 + d1 = j2 + d2 are integrally formed as an uninterrupted conductor segment. a plurality of conductor segments, one conductor segment for each layer in each section, each of said conductor segments comprising a plurality of straight conductor portions arranged in an axial direction of the stator and a plurality of end-windings connecting the straight conductor portions to a wave pattern, each straight conductor segment being accommodated in one slot, characterized in that the plurality of conductor segments is divided into branches of series connected conductor segments, wherein each branch includes at least D conductor segments selected from D different sections d and D different layers j such that ( j + d) mod D equals a predefined number, wherein at least a first conductor segment of layer j1 and sector d1 and a second conductor segment of layer j2 and sector d2 with j1 + d1 = j2 + d2 are integrally formed as an uninterrupted conductor segment.