mhurhangee/patent-ind-claim-en huggingface dataset:
A preassembled track apparatus , which can be transported in a preassembled state, comprising at least two rails equipped with a skid, wherein the preassembled track apparatus has: - braced sleepers which are intended to be fastened on a track on a concrete slab and joining at the least two rails , positioned transversely to the direction of the track, the braced sleepers comprising: - an upper sector , limited by two lateral sectors , - two seating slabs linked to the upper sector , - at least one securing element linked to each seating slab and able to be coupled to the skid such that it retains the rails fastening the track width, - a lower sector opposite from the upper sector , characterised in that , - the lateral sectors comprise holes separated at a distance in the longitudinal direction of the braced sleeper and at different heights, - the lower sector comprises cavities close to the holes , and in that the preassembled track apparatus additionally comprises: - braces parallel to each other which link the braced sleepers , wherein the ends of each brace comprise a joining segment able to be coupled to the holes and, - at least one joining component for each joining segment , which retain the braces in the holes fastening the position thereof. - braced sleepers which are intended to be fastened on a track on a concrete slab and joining at the least two rails , positioned transversely to the direction of the track, the braced sleepers comprising: - an upper sector , limited by two lateral sectors , - two seating slabs linked to the upper sector , - at least one securing element linked to each seating slab and able to be coupled to the skid such that it retains the rails fastening the track width, - a lower sector opposite from the upper sector , characterised in that , - an upper sector , limited by two lateral sectors , - two seating slabs linked to the upper sector , - at least one securing element linked to each seating slab and able to be coupled to the skid such that it retains the rails fastening the track width, - a lower sector opposite from the upper sector , - the lateral sectors comprise holes separated at a distance in the longitudinal direction of the braced sleeper and at different heights, - the lower sector comprises cavities close to the holes , and in that the preassembled track apparatus additionally comprises: - braces parallel to each other which link the braced sleepers , wherein the ends of each brace comprise a joining segment able to be coupled to the holes and, - at least one joining component for each joining segment , which retain the braces in the holes fastening the position thereof.
A process of preparing crystalline miglustat of formula (I) comprising the steps of: treating a solution of miglustat hydrochloride salt in a first solvent selected from the group consisting of methanol, ethanol and isopropanol with 1,8-diazabicycloundec-7-ene, optionally removing the first solvent, and adding a second solvent selected from the group consisting of dichloromethane and ethyl acetate to crystalize miglustat of formula (I), wherein no flash column chromatography or ion exchange column is used in the process. treating a solution of miglustat hydrochloride salt in a first solvent selected from the group consisting of methanol, ethanol and isopropanol with 1,8-diazabicycloundec-7-ene, optionally removing the first solvent, and adding a second solvent selected from the group consisting of dichloromethane and ethyl acetate to crystalize miglustat of formula (I), wherein no flash column chromatography or ion exchange column is used in the process.
Hybrid circuit breaker , comprising - an input connector prepared to be connected to a power grid, - an output connector prepared to be connected to a load (RL), - a current path connecting the input connector and the output connector , - an electro-mechanical bypass switch being arranged in the current path , - a semiconductor circuit in parallel with the electro-mechanical bypass switch and - a control unit (CTRL) being capable of controlling a commutation from the current path , in which the electro-mechanical bypass switch is arranged, to the semiconductor circuit in case of a switch off operation, - wherein the electro-mechanical bypass switch is embodied as a vacuum interrupter, which comprises a switching contact (S1) and an actuator being designed to drive the switching contact (S1) of the vacuum interrupter characterized in that the hybrid circuit breaker further comprises: - a first capacitor bank , which is electrically connected to the actuator of the vacuum interrupter in a switchable manner and which is designed to assist opening the switching contact (S1) of the vacuum interrupter when the first capacitor bank is switched to the actuator , - wherein the control unit (CTRL) is additionally designed to switch the first capacitor bank to the actuator of the vacuum interrupter in a first polarity in case of a switch off operation and to switch the first capacitor bank to the actuator of the vacuum interrupter in a second opposite polarity in case of a switch on operation. - an input connector prepared to be connected to a power grid, - an output connector prepared to be connected to a load (RL), - a current path connecting the input connector and the output connector , - an electro-mechanical bypass switch being arranged in the current path , - a semiconductor circuit in parallel with the electro-mechanical bypass switch and - a control unit (CTRL) being capable of controlling a commutation from the current path , in which the electro-mechanical bypass switch is arranged, to the semiconductor circuit in case of a switch off operation, - wherein the electro-mechanical bypass switch is embodied as a vacuum interrupter, which comprises a switching contact (S1) and an actuator being designed to drive the switching contact (S1) of the vacuum interrupter characterized in that the hybrid circuit breaker further comprises: - a first capacitor bank , which is electrically connected to the actuator of the vacuum interrupter in a switchable manner and which is designed to assist opening the switching contact (S1) of the vacuum interrupter when the first capacitor bank is switched to the actuator , - wherein the control unit (CTRL) is additionally designed to switch the first capacitor bank to the actuator of the vacuum interrupter in a first polarity in case of a switch off operation and to switch the first capacitor bank to the actuator of the vacuum interrupter in a second opposite polarity in case of a switch on operation.
Table comprising a table top and an underframe comprising a first pair of legs with respectively associated feet and a second pair of legs with respectively associated feet , wherein the feet of the first pair are at a fixed distance from the table top , wherein the feet of the second pair are connected to one another and are adjustable together in terms of their distance from the table top , wherein a clamping device is provided, by means of which the feet of the second pair are arrestable in terms of their distance from the table top , wherein the feet of the second pair are connected to one another by a bar , which is fastened on a shaft , which is guidable by means of a guide between the legs of one of the pairs, characterized in that the clamping device comprises a tensionable band , by means of which the guide , which is fastened on the shaft, is firmly clampable between the legs of one of the pairs when the band is tensioned, wherein the guide is movable along the legs of said pair when the band is relieved of tensioning.
A flame detector comprising: a fire sensor , capable of detecting a characteristic blackbody-type radiated heat signature emitted by a flaming material; and a guard sensor , for detecting an at least further part of the spectrum emitted by said material and which serves to assist in rejecting false alarms, in use, during detection of a flame, the guard sensor is arranged to detect radiation of shorter wavelength than the fire sensor and is arranged to detect an intensity of radiation G only in a guard band range of wavelengths, wherein the fire sensor is arranged to detect radiation having a wavelength range from 1.6μm to 2.4μm and, in use, is arranged to detect an intensity of radiation F only in said fire band range of wavelengths from 1.6μm to 2.4μm, the guard band and fire band are infrared detection bands, the guard band is narrower than the fire band and each infrared band is distinct from the other thereby providing a sensory gap therebetween, and the flame detector is arranged to provide positive detection of a flaming material upon the following criteria being satisfied: F > 0; G > 0; and F > G. a fire sensor , capable of detecting a characteristic blackbody-type radiated heat signature emitted by a flaming material; and a guard sensor , for detecting an at least further part of the spectrum emitted by said material and which serves to assist in rejecting false alarms, in use, during detection of a flame, the guard sensor is arranged to detect radiation of shorter wavelength than the fire sensor and is arranged to detect an intensity of radiation G only in a guard band range of wavelengths, wherein the fire sensor is arranged to detect radiation having a wavelength range from 1.6μm to 2.4μm and, in use, is arranged to detect an intensity of radiation F only in said fire band range of wavelengths from 1.6μm to 2.4μm, the guard band and fire band are infrared detection bands, the guard band is narrower than the fire band and each infrared band is distinct from the other thereby providing a sensory gap therebetween, and the flame detector is arranged to provide positive detection of a flaming material upon the following criteria being satisfied: F > 0; G > 0; and F > G. F > 0; G > 0; and F > G.
Transfer wagon (W,W1,W2) of products to be baked in a tunnel oven, the transfer wagon having side faces as well as a front and a rear face, first thermal sealing means located on the side faces and arranged so as to form a first thermally sealed connection with the tunnel oven, second thermal sealing means located on the front face and third thermal sealing means located on the rear face, the second and third thermal sealing means being complementary to each other arranged so that the second thermal sealing means of the transfer wagon cooperate with the third thermal sealing means of an adjacent transfer wagon or the third thermal sealing means of the transfer wagon cooperates with the second thermal sealing means of an adjacent transfer wagon to form second thermally sealed connections between the two adjacent transfer wagons, characterized in that one of the second and third thermal sealing means comprises a mechanical jack comprising a piston head slidably movable between a rest position and a bearing position and a deformable protective cap covering the piston head, and in that the other of the second and third thermal sealing means comprises a counter-form arranged so as to receive the piston head in a complementary manner in the bearing position.
Accelerating cyclone that separates solid particles to provide powder and/or granulated dehydrated, with low-moisture-percentage, solid products from, e.g., food raw materials, in producing vegetable and fruit powder and flours, in agro-industrial wastes, in final disposition sludge from sanitation industries, and sludge and byproducts from several manufacturing industries such as fishing, livestock, poultry, forestry and mining industry, comprising in its general structure a lower conical body , a central cylindrical body immediately above the conical body whose diameter is smaller than the largest diameter of the conical body cone , and a third upper, also cylindrical, body of smaller diameter than the diameter of the central cylindrical body ; where the cylindrical central body is the cyclone pressure chamber; wherein said cylindrical central body comprises: a) a side opening for the acceleration air input ; b) at least one duct projecting from inside the central cylindrical body for the input of the mixture of solid particles and air, or also referred as air-borne solid particles, to the accelerating cyclone located on the opposite side with respect to the side opening for the input of the acceleration air . c) a rotating turbine located inside said cylindrical central body ; d) at least two elongated pressure vanes distributed symmetrically along the diameter of the rotating turbine ; and e) an inner cylinder located inside said central body which is formed by a non-slotted cylinder located in the upper part of the inner cylinder and by a slotted cylinder , located under the non-slotted cylinder. a) a side opening for the acceleration air input ; b) at least one duct projecting from inside the central cylindrical body for the input of the mixture of solid particles and air, or also referred as air-borne solid particles, to the accelerating cyclone located on the opposite side with respect to the side opening for the input of the acceleration air . c) a rotating turbine located inside said cylindrical central body ; d) at least two elongated pressure vanes distributed symmetrically along the diameter of the rotating turbine ; and e) an inner cylinder located inside said central body which is formed by a non-slotted cylinder located in the upper part of the inner cylinder and by a slotted cylinder , located under the non-slotted cylinder.
A composition for infants or young children comprising at least one probiotic bacterial strain, said probiotic bacterial strain being bifidobacteria, and a prebiotic oligosaccharides mixture consisting of 2'-fucosyllactose , lactodifucotetraose/difucosyllactose (DFL), lacto-N-tetraose (LNT), 6'-sialyllactose , and 3'-sialyllactose and optionally 3-fucosyllactose ; wherein the bifidobacteria comprises Bifidobacterium longum subsp. infantis or combination of Bifidobacterium animalis subsp. lactis and Bifidobacterium longum subsp. infantis; wherein at least one of the bifidobacteria is Bifidobacterium longum subsp. infantis LMG 11588 or a strain having an Average Nucleotide Identity (ANI) of at least 99.9% with this strain. wherein the bifidobacteria comprises Bifidobacterium longum subsp. infantis or combination of Bifidobacterium animalis subsp. lactis and Bifidobacterium longum subsp. infantis; wherein at least one of the bifidobacteria is Bifidobacterium longum subsp. infantis LMG 11588 or a strain having an Average Nucleotide Identity (ANI) of at least 99.9% with this strain.
A terminal comprising: a receiving section configured to receive, on a first carrier, downlink control information about a second carrier to which uplink data is scheduled; and a control section configured to control Physical Uplink Shared Channel, PUSCH, transmission on the second carrier based on the downlink control information, wherein the control section is configured to determine a TTI of the second carrier for the PUSCH transmission, a TTI length of the first carrier for reception of the downlink control information is different from a TTI length of the second carrier for the PUSCH transmission, the control section is configured to control the PUSCH transmission on the second carrier based on the downlink control information by using the TTI of the second carrier that is a given time after a TTI where the downlink control information is received on the first carrier, and the given time is an integral multiple of a longer TTI length between the TTI length of the first carrier for reception of the downlink control information and the TTI length of the second carrier for the PUSCH transmission. a receiving section configured to receive, on a first carrier, downlink control information about a second carrier to which uplink data is scheduled; and a control section configured to control Physical Uplink Shared Channel, PUSCH, transmission on the second carrier based on the downlink control information, wherein the control section is configured to determine a TTI of the second carrier for the PUSCH transmission, a TTI length of the first carrier for reception of the downlink control information is different from a TTI length of the second carrier for the PUSCH transmission, the control section is configured to control the PUSCH transmission on the second carrier based on the downlink control information by using the TTI of the second carrier that is a given time after a TTI where the downlink control information is received on the first carrier, and the given time is an integral multiple of a longer TTI length between the TTI length of the first carrier for reception of the downlink control information and the TTI length of the second carrier for the PUSCH transmission.
A fiber plastics composite (FKV) component having a plastics matrix and a fiber structure embedded therein and a joining opening for receiving a connecting member which passes through the fiber plastics composite component, wherein a compacted fiber structure is formed in an edge region surrounding the joining opening in the plastics matrix , a bead-like collar is formed around the edge region , wherein the heated plastics matrix is plastically deformed during production, so that matrix material is laterally pressed out of the edge region and forms the bead-like collar , a reduced mold wall thickness (f) is thereby produced in the edge region , which is less than the initial wall thickness (a) that is formed in the region of the FVK component surrounding the collar , and a volume (V) pressed into the collar corresponds to a displaced matrix volume in the edge region , so that an increased load-bearing capacity is created in the edge region .
An organic light emitting diode (OLED) device, comprising a base substrate , and an anode , a cathode , a light emitting layer located between the anode and the cathode , which are provided on the base substrate , wherein the OLED device further comprises a dissociation layer for dissociating excitons which arrive at the dissociation layer into holes and electrons; wherein the dissociation layer is provided between the light emitting layer and the anode in the case where the electron mobility is greater than the hole mobility in the light emitting layer ; and the dissociation layer is provided between the light emitting layer and the cathode in the case where the hole mobility is greater than the electron mobility in the light emitting layer , wherein the dissociation layer comprises at least two adjacent layers, and each of the at least two adjacent layers is formed from a donor material or an acceptor material, one of the two adjacent layers is formed from a donor material and the other is formed from an acceptor material; wherein, the LUMO value of the donor material is greater than that of the acceptor material, characterized in that the donor material is a p-type organic hole transport material, and the acceptor material is a n-type organic electron transport material, said p-type organic hole transport material comprising P3HT, MEHPPV, PCDTBT, PTB7, PCPDTBT, and PBDTTT-CF, and said n-type organic electron transport material comprising PCBM and PC 71 BM.
Apparatus for 3D printing of bottom-up photo-curing type, comprising a light source above which a tank containing a photo-curing liquid material is placed inside which it is immersed an extraction plate , which is equipped with moving means with alternating rectilinear motion, along a direction perpendicular to the bottom of said tank from a position at a distance from the bottom of said tank equal to the thickness of a layer obtainable by photo-curing of said photo-curing liquid material , the bottom of said tank being constituted by an elastic membrane transparent to the radiation of said light source , said tank being positioned in correspondence with a hole of a support plate , said hole being provided with a rigid support , transparent to the radiation of said light source , wherein said rigid support is provided with means for displacing with respect to said hole , from a position in which said rigid support occupies said hole , and is in contact with elastic membrane , to a position in which said rigid support deviates from said hole and from said elastic membrane , characterised in that between said elastic membrane and said rigid support means are placed apt to increase adherence between said elastic membrane and said rigid support .
Bicycle trailer comprising two side supports and a floor , two wheels , and a drawbar , characterized in that an end bracket is mounted on the side supports so as to be rotatable by means of two joints, in that at least one of the joints comprises a connector having two legs spaced apart from one another, a bearing sleeve and a fixing device , the fixing device allowing positive locking of the end bracket in at least two positions relative to the connector , the end bracket being mounted on the connector by means of the bearing sleeve so as to be rotatable, and a clear width between the legs being greater than the outer dimension of the end bracket , so that the end bracket is displaceable on the bearing sleeve between the legs .
A tyre comprising: a tread portion comprising a first tread edge (T1), a first shoulder circumferential groove extending in a tyre circumferential direction adjacent to the first tread edge (T1), and a first shoulder land portion demarcated by the first shoulder circumferential groove to include the first tread edge (T1), wherein the first shoulder land portion is provided with a plurality of first shoulder lateral grooves extending from the first shoulder circumferential groove to at least the first tread edge (T1), at least one of the plurality of first shoulder lateral grooves comprises a first groove wall and a second groove wall which face each other and extend in a tyre radial direction, and a tie-bar in which a groove bottom portion raises locally, the tie-bar comprises an outer surface extending along a ground contact surface of the first shoulder land portion , the outer surface being connected to the first groove wall and the second groove wall , characterized in that the outer surface comprises a first edge connected to the first groove wall , and a second edge connected to the second groove wall , the second edge having a length (L4) smaller than a length (L3) of the first edge . a tread portion comprising a first tread edge (T1), a first shoulder circumferential groove extending in a tyre circumferential direction adjacent to the first tread edge (T1), and a first shoulder land portion demarcated by the first shoulder circumferential groove to include the first tread edge (T1), wherein the first shoulder land portion is provided with a plurality of first shoulder lateral grooves extending from the first shoulder circumferential groove to at least the first tread edge (T1), at least one of the plurality of first shoulder lateral grooves comprises a first groove wall and a second groove wall which face each other and extend in a tyre radial direction, and a tie-bar in which a groove bottom portion raises locally, the tie-bar comprises an outer surface extending along a ground contact surface of the first shoulder land portion , the outer surface being connected to the first groove wall and the second groove wall , characterized in that the outer surface comprises a first edge connected to the first groove wall , and a second edge connected to the second groove wall , the second edge having a length (L4) smaller than a length (L3) of the first edge .