mhurhangee/patent-ind-claim-en huggingface dataset:
A method of forming a longitudinally-corrugated web, comprising: a) feeding a web of medium material having an initial width in a machine direction through a longitudinal fluting labyrinth defined between opposing sets of at least partially interlaced flute-forming bars , wherein pluralities of the flute-forming bars in each set are curved such that the bars in said respective pluralities converge in a cross-machine direction as a result of their curvature as they proceed toward an exit end ; and b) reducing the width of said web to a substantially final width by forming longitudinal flutes of a first geometry in said web as it passes through said labyrinth.
A box for connecting optical fibers, intended to be fastened to a fastening rail , the box comprising frangible zones arranged on at least one side border of the box , said frangible zones making it possible, when they are cut, to position the rail on at least one rail receiving surface, said connecting box being characterized in that each receiving surface is located in a plane located between the two outer surfaces of the frangible zones that are parallel to the plane of the housing .
Building automation device comprising a communication module having a communications bus (1.1) of the device, an application module that implements the functionality of the device, and a bus connector between the two modules , said bus connector is for power supply and data transfer, the communication module comprising a first casing (1.2) with a first wall (1.3) from which at least ten pins (3.1) of the bus connector project, characterised in that the communication module also comprises a second wall (1.4) having a first recess (1.5) in which the communication bus (1.1) is inserted, the application module comprising a second casing (2.1) with a third wall (2.2) from which a receiving connector (3.2) for the bus connector pins projects, a fourth wall (2.3) having a second recess (2.4) that includes electrical connection terminals , in use when the at least ten pins (3.1) of the bus connector are introduced in the receiving connector (3.2) the first wall (1.3) is positioned next to the third wall (2.2) and the first casing (1.2) is joined to the second casing (2.1) by securing means .
An air distribution arrangement for an air conditioning unit , comprising a main body (21; 121) configured to be coupled to a housing of the air conditioning unit , and in which there is formed a distribution chamber configured to be fluidically connected with at least one air transport conduit formed within the housing of the air conditioning unit , a plurality of distribution pipes (23-25) connected with the main body (21; 121) and configured to be connected with respective air outlets (D, V, F) for distributing air within a cabin of a vehicle, wherein each of said distribution pipes (23-25) is flexible and at least in part inflatable due to an air flow within it, and a plurality of throttling members controllable to adjust the air passage cross-section of the distribution pipes (23-25), in particular to selectively close or open the distribution pipes (23-25), said arrangement being characterized in that the throttling members are alternated with said distribution pipes (23-25), wherein each distribution pipe (23-25) is interposed between a respective pair of throttling members , at least one of which is movable to selectively move the throttling members towards each other or move the throttling members away from each other, and wherein a single throttling member is configured to adjust the air passage cross-section of two adjacent distribution pipes (23-25). a main body (21; 121) configured to be coupled to a housing of the air conditioning unit , and in which there is formed a distribution chamber configured to be fluidically connected with at least one air transport conduit formed within the housing of the air conditioning unit , a plurality of distribution pipes (23-25) connected with the main body (21; 121) and configured to be connected with respective air outlets (D, V, F) for distributing air within a cabin of a vehicle, wherein each of said distribution pipes (23-25) is flexible and at least in part inflatable due to an air flow within it, and a plurality of throttling members controllable to adjust the air passage cross-section of the distribution pipes (23-25), in particular to selectively close or open the distribution pipes (23-25), said arrangement being characterized in that the throttling members are alternated with said distribution pipes (23-25), wherein each distribution pipe (23-25) is interposed between a respective pair of throttling members , at least one of which is movable to selectively move the throttling members towards each other or move the throttling members away from each other, and wherein a single throttling member is configured to adjust the air passage cross-section of two adjacent distribution pipes (23-25).
Method for the production of an extruded floor plate comprising the following steps: a) providing calcium carbonate (CaCO 3 ) powder, b) providing polyvinylchloride (PVC) powder, c) providing additives as stabilisers, consisting of at least Ca/Zn stabilisers, impact modifiers and internal and external waxes, wherein c1) the proportion of calcium carbonate (CaCO 3 ) powder is between 60 and 80% by weight, the proportion of polyvinylchloride (PVC) powder is between 20 and 40% by weight and the proportion of additives is up to 5% by weight, d) mixing the calcium carbonate (CaCO 3 ) powder with the polyvinylchloride (PVC) powder and the additives, e) heating the mixture to a temperature of 100 to 140°C until the polyvinylchloride (PVC) softens to a kneadable composition and the calcium carbonate (CaCO 3 ) at least partially binds to the polyvinyl (PVC), f) cooling of the composition to a temperature of 40 to 50°C, g) conveying the composition to an extruder, h) melting and extruding the composition by means of an extruder and moulding by means of a slot die to yield a plate, characterised in that i) the sheet is compressed while it is still warm to a desired final thickness by means of at least two calender rolls, j) at least one layer of a pigmented lacquer is applied to the upper side, k) a further lacquer is applied to the pigmented lacquer in order to increase crack resistance, and l) the extruded plate is divided into a plurality of smaller plates, in particular panels. a) providing calcium carbonate (CaCO 3 ) powder, b) providing polyvinylchloride (PVC) powder, c) providing additives as stabilisers, consisting of at least Ca/Zn stabilisers, impact modifiers and internal and external waxes, wherein c1) the proportion of calcium carbonate (CaCO 3 ) powder is between 60 and 80% by weight, the proportion of polyvinylchloride (PVC) powder is between 20 and 40% by weight and the proportion of additives is up to 5% by weight, d) mixing the calcium carbonate (CaCO 3 ) powder with the polyvinylchloride (PVC) powder and the additives, e) heating the mixture to a temperature of 100 to 140°C until the polyvinylchloride (PVC) softens to a kneadable composition and the calcium carbonate (CaCO 3 ) at least partially binds to the polyvinyl (PVC), f) cooling of the composition to a temperature of 40 to 50°C, g) conveying the composition to an extruder, h) melting and extruding the composition by means of an extruder and moulding by means of a slot die to yield a plate, i) the sheet is compressed while it is still warm to a desired final thickness by means of at least two calender rolls, j) at least one layer of a pigmented lacquer is applied to the upper side, k) a further lacquer is applied to the pigmented lacquer in order to increase crack resistance, and l) the extruded plate is divided into a plurality of smaller plates, in particular panels.
Household appliance , comprising an electronic board and a receptacle which receives said electronic board , further comprising a cover configured to close said receptacle , whereby said cover in an assembled state is connected to said receptacle , fixing means are provided for a connection between said receptacle and said cover , and whereby a sealing element is configured to provide a sealed connection between said receptacle and said cover in an assembled state, whereby the electronic board is placed inside the receptacle and the receptacle is closed by the cover; characterized in that said sealing element is arranged on said cover , whereby said sealing element is a gasket which is co-molded to said cover .
An ion thruster for thrust vectored propulsion of a spacecraft, comprising: a reservoir for a propellant , an emitter having a base and, on one side (7 1 ) of the base , two or more outlets for emitting ions (3 + ) of the propellant , wherein the base is connected to the reservoir for providing flow of propellant from the reservoir to said outlets , and an extractor facing said one side (7 1 ) of the emitter for extracting and accelerating the ions (3 + ) from the emitter , wherein the emitter and the extractor form a common acceleration chamber with all outlets therein, characterised in that the extractor is split into sectors (5 i ) about an axis (T) which orthogonally runs through said one side (7 1 ) of the emitter , wherein said sectors (5 i ) are electrically insulated from one another, and wherein either the extractor has a single aperture (P) for the emission of ions (3 + ) from all outlets , or the extractor has a separate aperture (P) for each outlet and each sector (5 i ) is allocated to a number of outlets which number is greater than one. a reservoir for a propellant , an emitter having a base and, on one side (7 1 ) of the base , two or more outlets for emitting ions (3 + ) of the propellant , wherein the base is connected to the reservoir for providing flow of propellant from the reservoir to said outlets , and an extractor facing said one side (7 1 ) of the emitter for extracting and accelerating the ions (3 + ) from the emitter , wherein the emitter and the extractor form a common acceleration chamber with all outlets therein, characterised in that the extractor is split into sectors (5 i ) about an axis (T) which orthogonally runs through said one side (7 1 ) of the emitter , wherein said sectors (5 i ) are electrically insulated from one another, and wherein either the extractor has a single aperture (P) for the emission of ions (3 + ) from all outlets , or the extractor has a separate aperture (P) for each outlet and each sector (5 i ) is allocated to a number of outlets which number is greater than one.
A method for controlling an outdoor light, in particular a street light, by means of a control device (6; 22a, 22b, 22c) assigned to the outdoor light, the outdoor light having a power supply input connected to a first phase line (1; 24a, 24b, 24c) carrying a mains voltage for supplying power to the outdoor light and the control device having a control input connected to a second phase line (5; 26a, 26b, 26c), characterized in that the method comprises applying to the control input pulse length coded and pulse height coded signals defined with more than two voltage levels via the second phase line (5; 26a, 26b, 26c), which are decoded by the control means and used to control the outdoor light, and in that the control means (6; 22a, 22b, 22c) checks whether the pulse length-coded and pulse height-coded signals contain an identifier for a control program and, if it detects such an identifier, controls the outdoor light controlled by it in accordance with the control program corresponding to the identifier or terminates the control program corresponding to the identifier.
A medical equipment case configured to cover at least a portion of a housing of a medical equipment , the medical equipment case comprising: a case body configured to cover at least a portion of the housing, the case body comprising a contact surface and a bottom surface configured for placing the medical equipment in a vertical manner on a placement surface (g); a support member comprising a contact surface and a connecting portion for connecting the support member to the case body, wherein a portion of the support member is connected to the case body, and another portion of the support member is configured to be attachable to and detachable from the case body; characterized in that the support member can be configured in a state wherein the support member is closely attached to the case body and in an opened state wherein only the connecting portion of the support member is connected to the case body and wherein the contact surface of the case body and the contact surface of the support member can be contacted with the placement surface (g) such that the support member supports the load of the medical equipment from a side opposite to a side on which a display of the medical equipment is disposed such that the display of the medical equipment is inclined with respect to the placement surface (g). a case body configured to cover at least a portion of the housing, the case body comprising a contact surface and a bottom surface configured for placing the medical equipment in a vertical manner on a placement surface (g); a support member comprising a contact surface and a connecting portion for connecting the support member to the case body, wherein a portion of the support member is connected to the case body, and another portion of the support member is configured to be attachable to and detachable from the case body; characterized in that the support member can be configured in a state wherein the support member is closely attached to the case body and in an opened state wherein only the connecting portion of the support member is connected to the case body and wherein the contact surface of the case body and the contact surface of the support member can be contacted with the placement surface (g) such that the support member supports the load of the medical equipment from a side opposite to a side on which a display of the medical equipment is disposed such that the display of the medical equipment is inclined with respect to the placement surface (g).
Guide rail for a sun protection device, having a carrier profile , wherein the carrier profile , in addition to a guide cross-section , has at least one receptacle for a functional element (34; 134; 234; 334; 434; 534; 634) arranged therein, wherein the at least one receptacle is formed between a profile leg arranged on the carrier profile and a clamping strip (44; 244) mounted on the carrier profile , characterised in that the clamping strip (44; 244) is preloaded against a stop by means of a prestressed elastic holding element (56; 256; 456), which is arranged between the functional element (34; 134; 234; 334; 434; 534; 634) and the clamping strip (44; 244).
A deuterated derivative of lanifibranor of formula (I): wherein at least one of the groups R 1 to R 7 is a deuterium atom and the other groups R 1 to R 7 are hydrogen atoms, and its pharmaceutically acceptable salts and solvates.
A vesicle composition capable of being injected into a patient, comprising: (A) a first liposome composition, comprising a plurality of lipids, comprising: DPPC; cholesterol; and a DSPE-PEG-boronic acid derivative conjugate, wherein the first liposome composition encapsulates insulin; and wherein the first liposome composition comprises about 56.4 mole % DPPC; about 40 mole % cholesterol; and about 3.6 mole % DSPE-PEG-boronic acid derivative conjugate; and (B) a second liposome composition, comprising a plurality of lipids, comprising: DPPC; cholesterol; a DSPE-PEG-glucosyl conjugate; a DSPE-PEG-galactosyl conjugate; and a DSPE-PEG-mannopyranosidyl conjugate, wherein the second liposome composition encapsulates insulin; and wherein the second liposome composition comprises about 56.4 mole % DPPC; about 40 mole % cholesterol; about 1.2 mole % DSPE-PEG-glucosyl conjugate; about 1.2 mole % DSPE-PEG-galactosyl conjugate; and about 1.2 mole % DSPE-PEG-mannopyranosidyl conjugate. (A) a first liposome composition, comprising a plurality of lipids, comprising: DPPC; cholesterol; and a DSPE-PEG-boronic acid derivative conjugate, wherein the first liposome composition encapsulates insulin; and wherein the first liposome composition comprises about 56.4 mole % DPPC; about 40 mole % cholesterol; and about 3.6 mole % DSPE-PEG-boronic acid derivative conjugate; and DPPC; cholesterol; and a DSPE-PEG-boronic acid derivative conjugate, wherein the first liposome composition encapsulates insulin; and wherein the first liposome composition comprises about 56.4 mole % DPPC; about 40 mole % cholesterol; and about 3.6 mole % DSPE-PEG-boronic acid derivative conjugate; and wherein the first liposome composition encapsulates insulin; and wherein the first liposome composition comprises about 56.4 mole % DPPC; about 40 mole % cholesterol; and about 3.6 mole % DSPE-PEG-boronic acid derivative conjugate; and (B) a second liposome composition, comprising a plurality of lipids, comprising: DPPC; cholesterol; a DSPE-PEG-glucosyl conjugate; a DSPE-PEG-galactosyl conjugate; and a DSPE-PEG-mannopyranosidyl conjugate, wherein the second liposome composition encapsulates insulin; and wherein the second liposome composition comprises about 56.4 mole % DPPC; about 40 mole % cholesterol; about 1.2 mole % DSPE-PEG-glucosyl conjugate; about 1.2 mole % DSPE-PEG-galactosyl conjugate; and about 1.2 mole % DSPE-PEG-mannopyranosidyl conjugate. DPPC; cholesterol; a DSPE-PEG-glucosyl conjugate; a DSPE-PEG-galactosyl conjugate; and a DSPE-PEG-mannopyranosidyl conjugate, wherein the second liposome composition encapsulates insulin; and wherein the second liposome composition comprises about 56.4 mole % DPPC; about 40 mole % cholesterol; about 1.2 mole % DSPE-PEG-glucosyl conjugate; about 1.2 mole % DSPE-PEG-galactosyl conjugate; and about 1.2 mole % DSPE-PEG-mannopyranosidyl conjugate. wherein the second liposome composition comprises about 56.4 mole % DPPC; about 40 mole % cholesterol; about 1.2 mole % DSPE-PEG-glucosyl conjugate; about 1.2 mole % DSPE-PEG-galactosyl conjugate; and about 1.2 mole % DSPE-PEG-mannopyranosidyl conjugate.
A counter unit comprising: a measurement unit configured to measure an actually-measured value by counting a number of pulses of a pulse signal; a comparison unit configured to determine coincidence between the actually-measured value measured by the measurement unit and a target value; characterized by further comprising: a time information processing unit configured to store a time corresponding to the actually-measured value in a buffer as target time information when the comparison unit determines that the actually-measured value and the target value coincide with each other; and an output unit configured to output a plurality of pieces of target time information stored in the buffer to an external device through communication with a predetermined communication period. a measurement unit configured to measure an actually-measured value by counting a number of pulses of a pulse signal; a comparison unit configured to determine coincidence between the actually-measured value measured by the measurement unit and a target value; characterized by further comprising: a time information processing unit configured to store a time corresponding to the actually-measured value in a buffer as target time information when the comparison unit determines that the actually-measured value and the target value coincide with each other; and an output unit configured to output a plurality of pieces of target time information stored in the buffer to an external device through communication with a predetermined communication period. a time information processing unit configured to store a time corresponding to the actually-measured value in a buffer as target time information when the comparison unit determines that the actually-measured value and the target value coincide with each other; and an output unit configured to output a plurality of pieces of target time information stored in the buffer to an external device through communication with a predetermined communication period.
A lifting attachment for a building unit comprising sheeting and a support structure over which the sheeting is disposed, the attachment being configured such that it can be connected to or integrated into the support structure and comprising a lifting anchor which, when the attachment is so connected or integrated, is engageable by a lifting clutch for lifting the unit such that a releasable interconnection between the lifting clutch and the support structure passes through an opening in the sheeting, the attachment, comprising a base , via which it can be mounted to or integrated into the support structure, to which base the anchor is connected, wherein the base is configured to engage a chord of a truss which defines or forms a part of the support structure, on one side of which chord the sheeting is supported, wherein the base comprises a chord-engaging wall which is arranged so as to abut an opposite side of the chord so as to transfer into the chord a lifting force applied to the anchor by the lifting component, wherein the base comprises a web member-engaging wall arranged so as to be engaged, directly or indirectly, with a web member of a truss defining or forming a part of the support structure, characterised in that the web member-engaging wall is configured in the form of a truss connector plate or nail plate having teeth which can be driven into a strongback/web member through a face of the strongback/web member to secure the web member-engaging wall against the face thereof.
A composition comprising a) at least one semi-crystalline polyamide, b) at least one conductive material, and c) at least one amorphous polyamide and, optionally d) at least one polyester.
A fast-curing mineral binder mixture comprising: a zirconium(IV)-based accelerator; cement comprising one or more components selected from the compounds 3CaO * Al 2 O 3 , 12CaO * 7Al 2 O 3 , CaO * Al 2 O 3 , CaO * 2Al 2 O 3 , CaO * 6Al 2 O 3 and/or 4CaO * 3Al 2 O 3 * SO 3 ; a sulfate carrier in a fraction of 15 to 80 wt%, preferably 25 to 50 wt%; optionally one or more than one alkaline component; and optionally one or more additives, where the wt% is based on the fast-curing mineral binder mixture. a zirconium(IV)-based accelerator; cement comprising one or more components selected from the compounds 3CaO * Al 2 O 3 , 12CaO * 7Al 2 O 3 , CaO * Al 2 O 3 , CaO * 2Al 2 O 3 , CaO * 6Al 2 O 3 and/or 4CaO * 3Al 2 O 3 * SO 3 ; a sulfate carrier in a fraction of 15 to 80 wt%, preferably 25 to 50 wt%; optionally one or more than one alkaline component; and optionally one or more additives, where the wt% is based on the fast-curing mineral binder mixture.
A massage unit for a seat part and/or a backrest part of a seat consisting of a controllable electric motor and a massage head startable by the electric motor and displaceable in a translatory manner for carrying out a massage movement towards a user of the seat, characterised in that an axis of rotation of a rotor of the electric motor and a translation axis of the massage head are arranged parallel to one another.