mhurhangee/ep-ind-claims huggingface dataset:
A system comprising a cable tray provided with a joint intended to be coupled to an adjacent tray, said tray comprising a sheet which is elongated and substantially bent in the shape of a U, defining a base and two side walls facing each other, wherein the base and the side walls have a plurality of perforations, wherein the side walls are provided with a reinforcing lip on a free end portion of said side walls, said tray including at one end along its longitudinal axis a male portion with a predetermined length with a transverse cross section with smaller dimensions with respect to the rest of the sheet, the male portion being free of the lip, and a female portion present at the opposite end intended for the coupling of a male portion of an adjacent tray, such that in a coupling condition of two adjacent trays with each other, the side walls and the base of the trays overlap with each other, the male portion being located inside the adjacent sheet in a coplanar manner, wherein said system further comprises two joining members configured to be coupled, one to each side wall of the female portion through coupling means, each joining member defining, when coupled to the female portion, a housing configured for the insertion of the male portion of an adjacent tray, each joining member having at least one fitting flange capable of fitting in a through hole made in the male portion, wherein each joining member is formed by a substantially rectangular laminar body having an upper side, a low side and two lateral sides (403, 404) including, on the upper side thereof and on one lateral side which is opposite from an access area for the insertion of the male portion in a coupling condition between two trays, rounded extensions which extend perpendicular to the laminar body, the laminar body being configured to be parallel to one of the side walls of the tray, such that a partially closed housing is defined between the inner face of said side wall and the joining member when coupled to the female portion; wherein slotted perforations located in the base and the side walls are arranged longitudinally with respect to a longitudinal axis of the base, the slotted perforations being present in the base in a plurality of inlaid regions arranged along the length of said base; and wherein in a portion of the base which makes up part of the female portion, a projection is provided which extends transversely with respect to the longitudinal axis of the base and protrudes from the face of the base, which is intended for the arrangement of cabling.
A TiAl-based alloy consisting of: Al: 41 to 43 at%; Fe: 0 to 2.5 at%; Ni: 0 to 2.5 at%; Mo: 0 to 2.0 at%; W: 0 to 2.0 at%; Cr: 0 to 4.5 at%; Mn: 0 to 5.5 at%; V: 0 to 10 at%; Nb: 0 to 10 at%; C: 0.3 to 0.7 at%; and the remainder consisting of Ti and inevitable impurities, wherein the alloy element parameter P obtained by Equation below is in a composition range of 1.1 to 1.9, and the TiAl-based alloy has a microstructure consisting of a γ phase of 5 to 30 area %, a β phase of 0.5 to 4 area %, and a lamellar structure occupying the remaining part, P = 41.5 − Al / 3 + Fe + Ni + Mo + W + 0.5 Cr + 0.4 Mn + 0.2 V + 0.2 Nb − C Al: 41 to 43 at%; Fe: 0 to 2.5 at%; Ni: 0 to 2.5 at%; Mo: 0 to 2.0 at%; W: 0 to 2.0 at%; Cr: 0 to 4.5 at%; Mn: 0 to 5.5 at%; V: 0 to 10 at%; Nb: 0 to 10 at%; C: 0.3 to 0.7 at%; and the remainder consisting of Ti and inevitable impurities, wherein the alloy element parameter P obtained by Equation below is in a composition range of 1.1 to 1.9, and the TiAl-based alloy has a microstructure consisting of a γ phase of 5 to 30 area %, a β phase of 0.5 to 4 area %, and a lamellar structure occupying the remaining part, P = 41.5 − Al / 3 + Fe + Ni + Mo + W + 0.5 Cr + 0.4 Mn + 0.2 V + 0.2 Nb − C
An actuator arrangement for a seat having an adjustable component (11, 14-16; 125-127), said actuator arrangement comprising: a plurality of traction members (1-4; 21-28; 91-98) respectively configured to apply traction onto an associated portion of the adjustable component (11, 14-16; 125-127); and an actuator coupled to said plurality of traction members (1-4; 21-28; 91-98), said actuator comprising: - at least one first drive member (7, 8; 7) which is rotatably supported, said plurality of traction members (1-4; 21-28; 91-98) being coupled to said at least one first drive member (7, 8; 7) such that a rotation of said at least one first drive member (7, 8; 7) in a direction of rotation changes the traction applied by each one of said plurality of traction members (1-4; 21-28; 91-98) onto the associated portion of the adjustable component (11, 14-16; 125-127) respectively in a cyclical manner. a plurality of traction members (1-4; 21-28; 91-98) respectively configured to apply traction onto an associated portion of the adjustable component (11, 14-16; 125-127); and an actuator coupled to said plurality of traction members (1-4; 21-28; 91-98), said actuator comprising: - at least one first drive member (7, 8; 7) which is rotatably supported, said plurality of traction members (1-4; 21-28; 91-98) being coupled to said at least one first drive member (7, 8; 7) such that a rotation of said at least one first drive member (7, 8; 7) in a direction of rotation changes the traction applied by each one of said plurality of traction members (1-4; 21-28; 91-98) onto the associated portion of the adjustable component (11, 14-16; 125-127) respectively in a cyclical manner. - at least one first drive member (7, 8; 7) which is rotatably supported, said plurality of traction members (1-4; 21-28; 91-98) being coupled to said at least one first drive member (7, 8; 7) such that a rotation of said at least one first drive member (7, 8; 7) in a direction of rotation changes the traction applied by each one of said plurality of traction members (1-4; 21-28; 91-98) onto the associated portion of the adjustable component (11, 14-16; 125-127) respectively in a cyclical manner.
Tyre comprising a rubber composition based on: - an elastomeric matrix comprising predominantly a random copolymer comprising ethylene units and conjugated diene units, the mole fraction of the ethylene units in the copolymer being within a range extending from 50% to 95%, - at least one peroxide, and - at least one acrylate derivative of formula in which: ∘ R 1, R 2 and R 3 independently of one another represent a hydrogen atom or a C 1 -C 8 hydrocarbon group selected from linear, branched or cyclic alkyl groups, aralkyl groups, alkylaryl groups and aryl groups, and which are optionally interrupted by one or more heteroatoms, its being possible for R 2 et R 3 together to form a nonaromatic ring, ∘ R 4 represents a C 1 -C 30 hydrocarbon group selected from linear, branched or cyclic alkyl groups, which are optionally interrupted and/or substituted by one or more heteroatoms. - an elastomeric matrix comprising predominantly a random copolymer comprising ethylene units and conjugated diene units, the mole fraction of the ethylene units in the copolymer being within a range extending from 50% to 95%, - at least one peroxide, and - at least one acrylate derivative of formula in which: ∘ R 1, R 2 and R 3 independently of one another represent a hydrogen atom or a C 1 -C 8 hydrocarbon group selected from linear, branched or cyclic alkyl groups, aralkyl groups, alkylaryl groups and aryl groups, and which are optionally interrupted by one or more heteroatoms, its being possible for R 2 et R 3 together to form a nonaromatic ring, ∘ R 4 represents a C 1 -C 30 hydrocarbon group selected from linear, branched or cyclic alkyl groups, which are optionally interrupted and/or substituted by one or more heteroatoms. ∘ R 1, R 2 and R 3 independently of one another represent a hydrogen atom or a C 1 -C 8 hydrocarbon group selected from linear, branched or cyclic alkyl groups, aralkyl groups, alkylaryl groups and aryl groups, and which are optionally interrupted by one or more heteroatoms, its being possible for R 2 et R 3 together to form a nonaromatic ring, ∘ R 4 represents a C 1 -C 30 hydrocarbon group selected from linear, branched or cyclic alkyl groups, which are optionally interrupted and/or substituted by one or more heteroatoms.
A tooth whitening composition comprising: (a) a peroxide complex comprising hydrogen peroxide and an N-vinyl heterocyclic polymer; (b) from 0.1% to 6%, by weight, sodium percarbonate; and (c) at least one hydrophobic polymer carrier, wherein the hydrogen peroxide of the peroxide complex is present in the tooth whitening composition in an amount ranging from 3% to 5% by weight. (a) a peroxide complex comprising hydrogen peroxide and an N-vinyl heterocyclic polymer; (b) from 0.1% to 6%, by weight, sodium percarbonate; and (c) at least one hydrophobic polymer carrier,
A pouch forming method for forming an accommodation part accommodating an electrode assembly in a pouch sheet, the pouch forming method comprising: a seating process of seating the pouch sheet on a top surface of a lower die in which a forming groove is formed in an upper portion thereof; a vacuum elongation process of elongating a lower portion of the pouch sheet, in which the accommodation part is formed, through vacuum; and an accommodation part formation process of pressing the portion of the pouch sheet, which is elongated through the vacuum, by using a punch disposed above the pouch sheet in a direction in which the forming groove is formed to form the accommodation part, wherein the pouch forming method further comprises a control process of controlling a stripper moving part, which allows a stripper to vertically move, through a control unit, wherein, in the control process, when the punch is inserted into the forming groove of the lower die to press the pouch sheet, the stripper allows the stripper moving part to ascend so as to decrease in pressing force that presses the pouch sheet. a seating process of seating the pouch sheet on a top surface of a lower die in which a forming groove is formed in an upper portion thereof; a vacuum elongation process of elongating a lower portion of the pouch sheet, in which the accommodation part is formed, through vacuum; and an accommodation part formation process of pressing the portion of the pouch sheet, which is elongated through the vacuum, by using a punch disposed above the pouch sheet in a direction in which the forming groove is formed to form the accommodation part, wherein the pouch forming method further comprises a control process of controlling a stripper moving part, which allows a stripper to vertically move, through a control unit, wherein, in the control process, when the punch is inserted into the forming groove of the lower die to press the pouch sheet, the stripper allows the stripper moving part to ascend so as to decrease in pressing force that presses the pouch sheet.
A method for wireless communication, comprising: determining system information, SI, reading gaps autonomously selected by a user equipment, UE, for reading system information from at least one neighbor cell; identifying tune-away subframes based on the SI reading gaps of the UE, the UE tuning away from the serving cell during the tune-away subframes to read the system information from the at least one neighbor cell; and communicating with the UE by a serving cell by accounting for the SI reading gaps of the UE, characterized in that the communicating with the UE comprises: combining multiple transmissions of a transport block received from the UE in multiple subframes other than the tune-away subframes, skipping combining at least one transmission of the transport block received from the UE in at least one of the tune-away subframes, and decoding the multiple transmissions of the transport block, after combining, to recover the transport block from the UE. determining system information, SI, reading gaps autonomously selected by a user equipment, UE, for reading system information from at least one neighbor cell; identifying tune-away subframes based on the SI reading gaps of the UE, the UE tuning away from the serving cell during the tune-away subframes to read the system information from the at least one neighbor cell; and communicating with the UE by a serving cell by accounting for the SI reading gaps of the UE, characterized in that the communicating with the UE comprises: combining multiple transmissions of a transport block received from the UE in multiple subframes other than the tune-away subframes, skipping combining at least one transmission of the transport block received from the UE in at least one of the tune-away subframes, and decoding the multiple transmissions of the transport block, after combining, to recover the transport block from the UE. combining multiple transmissions of a transport block received from the UE in multiple subframes other than the tune-away subframes, skipping combining at least one transmission of the transport block received from the UE in at least one of the tune-away subframes, and decoding the multiple transmissions of the transport block, after combining, to recover the transport block from the UE.
Conveyor unit for transporting goods on a transport level comprising transport rollers, wherein a) the transport rollers can be rotated about their respective axes of rotation at an adjustable speed and in an adjustable direction of rotation; b) the axes of rotation of the transport rollers are adjustable by rotation about their respective pivot axes about their own pivot axis angle; and c) at least two of the transport rollers can be adjusted differently from one another; d) the axis of rotation is arranged substantially parallel to the transport level and the pivot axis is arranged substantially orthogonal to the transport level; e) the transport rollers have a spherical surface in an area intended for contact with the goods; f) the conveyor unit comprises an adjusting device which is designed to adjust the pivot axis angles of two or more transport rollers together; and characterized in that g) the transport rollers comprise their own drive means integrated into the respective transport roller. a) the transport rollers can be rotated about their respective axes of rotation at an adjustable speed and in an adjustable direction of rotation; b) the axes of rotation of the transport rollers are adjustable by rotation about their respective pivot axes about their own pivot axis angle; and c) at least two of the transport rollers can be adjusted differently from one another; d) the axis of rotation is arranged substantially parallel to the transport level and the pivot axis is arranged substantially orthogonal to the transport level; e) the transport rollers have a spherical surface in an area intended for contact with the goods; f) the conveyor unit comprises an adjusting device which is designed to adjust the pivot axis angles of two or more transport rollers together; and characterized in that g) the transport rollers comprise their own drive means integrated into the respective transport roller.
A method of making a secondary reflector panel, the method comprising: disposing a reflective multi-layer coating (104, 506) on a major surface of a glass substrate; removing a portion of the reflective multi-layer coating (104, 506) proximate to edges of the glass substrate; disposing a frit material over the glass substrate including both the edges thereof and over the reflective multi-layer coating (104, 506) disposed on the glass substrate; heating the glass substrate, as well as the reflective multi-layer (104, 506) and the frit material disposed on the glass substrate, to an elevated temperature so as to cure the frit material; and bending the glass substrate with the reflective multi-layer (104, 506) and the frit material disposed thereon during said heating, wherein the frit material includes a non-water based carrier system. disposing a reflective multi-layer coating (104, 506) on a major surface of a glass substrate; removing a portion of the reflective multi-layer coating (104, 506) proximate to edges of the glass substrate; disposing a frit material over the glass substrate including both the edges thereof and over the reflective multi-layer coating (104, 506) disposed on the glass substrate; heating the glass substrate, as well as the reflective multi-layer (104, 506) and the frit material disposed on the glass substrate, to an elevated temperature so as to cure the frit material; and bending the glass substrate with the reflective multi-layer (104, 506) and the frit material disposed thereon during said heating, wherein the frit material includes a non-water based carrier system.
A shielding for shielding a device that produces unwanted noise, the shielding comprising: - a first stack and a second stack of wing structures, the wing structures in a stack being inter-spaced such that it is possible for air to pass between the wing structures, - panels (140, 142, 150), which may be installed such that, together with the first stack and second stack, they form a chamber in which the device may be installed, - a separation plate, which may be installed such that it subdivides the chamber into a first part and a second part such that the first stack of wing structures is located in the first part and the second stack of wing structures is located in the second part, the separation plate being provided with an opening to provide a passage for the air entry or air exit of the device, characterized in that noise-insulating material is incorporated into or attached to said wing-structures. - a first stack and a second stack of wing structures, the wing structures in a stack being inter-spaced such that it is possible for air to pass between the wing structures, - panels (140, 142, 150), which may be installed such that, together with the first stack and second stack, they form a chamber in which the device may be installed, - a separation plate, which may be installed such that it subdivides the chamber into a first part and a second part such that the first stack of wing structures is located in the first part and the second stack of wing structures is located in the second part, the separation plate being provided with an opening to provide a passage for the air entry or air exit of the device,
Device for removing a vascular occlusion comprising a first guide wire suitable to be inserted into a blood vessel so as to be arranged in correspondence with said vascular occlusion; an emitter suitable to emit a magnetic field; a second guide wire suitable to permit said emitter to be placed inside said blood vessel in correspondence with said vascular occlusion and on the opposite side with respect to said first guide wire; said first guide wire having at least a head made of ferromagnetic material so that said emitter is able to exert a restoring force on said first guide wire; said device being characterised in that said emitter is provided with a cavity suitable to permit said emitter to engage with said second guide wire so as to slide along said second guide wire.
Position measuring device comprising a graduation carrier, on which a measurement graduation (16, 17) is arranged, a scanning unit for generating position-dependent scanning signals (S0, S90, R) by scanning the measurement graduation (16, 17), and the signal processing unit for processing the scanning signals (S0, S90, R) to form position signals (P0, P90, P180, P270, PR, /PR), characterized in that the position measuring device further comprises a monitoring unit and a modification unit, wherein • at least one signal (X, X0, X90) to be monitored is fed to the monitoring unit and the monitoring unit is configured to output a modification signal (M, M0, M90) to the modification unit on the basis of the monitoring of the signal (X, X0, X90) to be monitored, • at least one position signal (P0, P90, P180, P270, PR, /PR) is fed to the modification unit and the modification unit is configured to modify the position signal (P0, P90, P180, P270, PR, /PR) for transmitting at least one status message and to output it as output signal (A0, A90, A180, A270, AR, /AR) to downstream electronics, and • the modification is carried out on the basis of the modification signal (M, M0, M90) by adding a disturbance variable to the at least one position signal (P0, P90, P180, P270, PR, /PR). • at least one signal (X, X0, X90) to be monitored is fed to the monitoring unit and the monitoring unit is configured to output a modification signal (M, M0, M90) to the modification unit on the basis of the monitoring of the signal (X, X0, X90) to be monitored, • at least one position signal (P0, P90, P180, P270, PR, /PR) is fed to the modification unit and the modification unit is configured to modify the position signal (P0, P90, P180, P270, PR, /PR) for transmitting at least one status message and to output it as output signal (A0, A90, A180, A270, AR, /AR) to downstream electronics, and • the modification is carried out on the basis of the modification signal (M, M0, M90) by adding a disturbance variable to the at least one position signal (P0, P90, P180, P270, PR, /PR).
An automatic analyzer in which a sample and a reagent are each dispensed in a reaction vessel to be reacted and by which a liquid resulting from the reacted sample and reagent is measured, the automatic analyzer comprising: an analysis system to perform measurement; a reagent storage unit to store a reagent bottle containing the reagent; a carriage device to carry the reagent bottle to the reagent storage unit; a reagent preparation unit (104, 114, 115) to make preparatory operations required before the reagent bottle is used; and a control unit to schedule the preparatory operations by the reagent preparation unit (104, 114, 115) and a carriage operation by the carriage device, characterised in that the control unit is configured to obtain the time required to temporarily stop or end an analysis operation and to calculate the time required for reagent preparation and the control unit is further configured to schedule the start time of the preparatory operation by the reagent preparation unit (104, 114, 115) on the basis of the time required to temporarily stop or end the analysis operation so that the timing of finishing the preparatory operation matches the timing of starting carriage by the carriage device scheduled such that the reagent bottle is carried to the reagent storage unit immediately after an operation accompanied with analysis by the analysis system has been suspended or ended, and to make the preparatory operation wait until the start time of the scheduled preparatory operation. an analysis system to perform measurement; a reagent storage unit to store a reagent bottle containing the reagent; a carriage device to carry the reagent bottle to the reagent storage unit; a reagent preparation unit (104, 114, 115) to make preparatory operations required before the reagent bottle is used; and a control unit to schedule the preparatory operations by the reagent preparation unit (104, 114, 115) and a carriage operation by the carriage device, characterised in that the control unit is configured to obtain the time required to temporarily stop or end an analysis operation and to calculate the time required for reagent preparation and the control unit is further configured to schedule the start time of the preparatory operation by the reagent preparation unit (104, 114, 115) on the basis of the time required to temporarily stop or end the analysis operation so that the timing of finishing the preparatory operation matches the timing of starting carriage by the carriage device scheduled such that the reagent bottle is carried to the reagent storage unit immediately after an operation accompanied with analysis by the analysis system has been suspended or ended, and to make the preparatory operation wait until the start time of the scheduled preparatory operation.