mhurhangee/ep-ind-claims huggingface dataset:
A power converting device, including: a dc-dc converting circuit configured to convert a dc input voltage to a dc bus voltage (Vbus); a dc-ac converting circuit electrically coupled to the dc-dc converting circuit and configured to convert the dc bus voltage (Vbus) to an ac voltage (Vac); and an insulation detecting circuit electrically coupled between the dc-dc converting circuit and the dc-ac converting circuit and electrically coupled to a ground terminal, and configured to receive the dc bus voltage, wherein the insulation detecting circuit is configured to detect a ground impedance value of the power converting device according to the received dc bus voltage (Vbus). a dc-dc converting circuit configured to convert a dc input voltage to a dc bus voltage (Vbus); a dc-ac converting circuit electrically coupled to the dc-dc converting circuit and configured to convert the dc bus voltage (Vbus) to an ac voltage (Vac); and an insulation detecting circuit electrically coupled between the dc-dc converting circuit and the dc-ac converting circuit and electrically coupled to a ground terminal, and configured to receive the dc bus voltage, wherein the insulation detecting circuit is configured to detect a ground impedance value of the power converting device according to the received dc bus voltage (Vbus).
An air interface synchronization method, comprising: obtaining, by an evolved Node B, eNB, to which a target cell belongs, a listening Reference Signal, RS, subframe position, sending listening RS subframe position information to an eNB to which an adjacent cell belongs, and indicating the eNB to which the adjacent cell belongs to execute muting at the listening RS subframe position.
A machine tool comprising a kinematic structure that moves an electric spindle carrying a cutting tool, the cutting tool being rotated on the axis of the electric spindle, the kinematic structure moving the electric spindle in a positioning plane perpendicular to the axis of the electric spindle, the machine tool comprising a workpiece support module, said kinematic structure positioning the electric spindle in said positioning plane and being an articulated structure comprising two articulated arms (110, 120): - a first arm having two ends (111, 112), a first end of the first arm being pivotally mounted in relation to a plate about a single axis of rotation parallel to the axis of the electric spindle, a first rotary drive means comprising a motor with a rotating shaft ensuring the movement about this axis, - a second arm having two ends (121, 122), a first end of the second arm being pivotally mounted in relation to the second end of the first arm about a single axis of rotation parallel to the axis of the electric spindle, a second rotary drive means comprising a motor with a rotating shaft ensuring the movement about this axis, the second end of the second arm receiving the electric spindle, the machining taking place by a relative translational movement of the workpiece in relation to the electric spindle positioned and held fixed by the kinematic structure in said positioning plane, the translational movement of the workpiece in relation to the tool of the electric spindle in a linear movement parallel to the axis of the electric spindle being provided by the workpiece support module or by a plate support module. - a first arm having two ends (111, 112), a first end of the first arm being pivotally mounted in relation to a plate about a single axis of rotation parallel to the axis of the electric spindle, a first rotary drive means comprising a motor with a rotating shaft ensuring the movement about this axis, - a second arm having two ends (121, 122), a first end of the second arm being pivotally mounted in relation to the second end of the first arm about a single axis of rotation parallel to the axis of the electric spindle,
An optical sensor system for a vehicle comprising: a polarized light source; and a light receiving unit comprising a sensor and a receiving polarizer, wherein the sensor is configured to sense light from the polarized light source deflected through the receiving polarizer by a light directing article, and wherein the sensor is configured to generate a signal indicative of a received polarization state of the light deflected by the light directing article, wherein light directing article is configured to change polarization of light emitted by the polarized light source. a polarized light source; and a light receiving unit comprising a sensor and a receiving polarizer, wherein the sensor is configured to sense light from the polarized light source deflected through the receiving polarizer by a light directing article, and wherein the sensor is configured to generate a signal indicative of a received polarization state of the light deflected by the light directing article, wherein light directing article is configured to change polarization of light emitted by the polarized light source.
A method of preparing a tissue product, comprising selecting at least one collagen-containing tissue matrix contained within a cellular tissue and containing galactose alpha-1,3-galactose moieties; and contacting the at least one tissue matrix with alcalase under conditions sufficient to remove galactose alpha-1,3-galactose moieties from the tissue.
Multi-layer body for forgery-proof documents with a hologram, comprising in an arrangement below one another - a transparent stamp hologram film composite, consisting of a carrier film, a release layer and a decorative layer, composed of a stamp hologram layer and a high-refractive index reflecting layer vapor-plated on the bottom of the same, - an adhesive layer which can be UV-activated, consisting of at least one zone, the at least one UV adhesive layer zone being partially activated and therefore having UV-cured adhesive areas and non-UV-cured adhesive areas, - and a bottom layer, - the cured UV adhesive areas perfectly bonding the bottom layer and parts of the decorative layer to each other, characterized in that - the bottom layer is a transparent polycarbonate film, - and in that the UV-cured adhesive area is arranged at the periphery of the non-UV-cured adhesive area of the respective at least one adhesive layer zone and surrounds it like a frame. - a transparent stamp hologram film composite, consisting of a carrier film, a release layer and a decorative layer, composed of a stamp hologram layer and a high-refractive index reflecting layer vapor-plated on the bottom of the same, - an adhesive layer which can be UV-activated, consisting of at least one zone, the at least one UV adhesive layer zone being partially activated and therefore having UV-cured adhesive areas and non-UV-cured adhesive areas, - and a bottom layer, - the cured UV adhesive areas perfectly bonding the bottom layer and parts of the decorative layer to each other, characterized in that - the bottom layer is a transparent polycarbonate film, - and in that the UV-cured adhesive area is arranged at the periphery of the non-UV-cured adhesive area of the respective at least one adhesive layer zone and surrounds it like a frame.
A cap for forming a sealed cavity around one end of a fastener (13, 10, 40) passing through a structure (11, 51), the cap comprising an inner cap member with an annular base terminating at an edge which surrounds an opening into a central cavity; and an outer cap member which fits over the inner cap member and has an annular base which forms an annular flange extending outwardly from the inner cap member, characterised by the annular flange extending outwardly from the inner cap member at a point which is set back from the edge of the annular base of the inner cap member so as to define a pocket between the flange and the annular base; and a sealant material between the inner cap member and the outer cap member.
A display device comprising: a substrate comprising a display area and a non-display area, the substrate having a first portion (BHa) of a through hole penetrating in a thickness direction thereof in the display area; an etching stopper on one surface of the substrate, the etching stopper having a second portion (BHb) of the through hole connected to one end of the first portion (BHa) of the through hole; a display layer on one surface of the etching stopper, the display layer comprising a connection line on the second portion (BHb) of the through hole; an insulating layer (200; MSK, AM) on another surface opposite to the one surface of the substrate, the insulating layer (200; MSK, AM) having a third portion (BHc) of the through hole connected to another end opposite to the one end of the first portion (BHa) of the through hole; and a pad unit on a surface of the insulating layer (200; MSK, AM) and connected to the connection line through the through hole, charcterised in that the insulating layer is disposed between the pad unit and the substrate. a substrate comprising a display area and a non-display area, the substrate having a first portion (BHa) of a through hole penetrating in a thickness direction thereof in the display area; an etching stopper on one surface of the substrate, the etching stopper having a second portion (BHb) of the through hole connected to one end of the first portion (BHa) of the through hole; a display layer on one surface of the etching stopper, the display layer comprising a connection line on the second portion (BHb) of the through hole; an insulating layer (200; MSK, AM) on another surface opposite to the one surface of the substrate, the insulating layer (200; MSK, AM) having a third portion (BHc) of the through hole connected to another end opposite to the one end of the first portion (BHa) of the through hole; and a pad unit on a surface of the insulating layer (200; MSK, AM) and connected to the connection line through the through hole, charcterised in that the insulating layer is disposed between the pad unit and the substrate.
A device for conducting and continuously mixing a non-pumpable biomass with a liquid into a substrate for a biogas plant, comprising at least one first space with at least one first inlet (23, 97, 99) for the liquid, at least one second inlet for the biomass and at least one mixing apparatus for mixing the biomass and the liquid into a substrate, further comprising at least one second space connecting with the first space with at least one outlet and comprising at least one conducting apparatus for conducting the biomass and the liquid into the first space and from the first space into the second space as well as for conducting from the second space, wherein the first and second spaces (26, 28) are interconnected via an annular gap.
A through silicon via chip, wherein the through silicon via chip comprises a silicon substrate, the silicon substrate is provided with a via, the via is a step structure with inclined sidewalls, and a backfill structure layer is disposed in the via; wherein a first insulating layer, a rewiring metal layer and a second insulating layer are orderly disposed between the backfill structure layer and the silicon substrate; and characterized in that the first insulating layer, the rewiring metal layer and the second insulating layer extend to a lower surface of the through silicon via chip, and a lower surface of the backfill structure layer is flush with a lower surface of an aggregation of the through silicon via chip, the first insulating layer, the rewiring metal layer and the second insulating layer.
An electronic expansion valve, comprising a screw rod, and a motor provided with an output shaft, wherein the output shaft is transmissively connected to the screw rod via a gear system, the gear system is supported on a gear seat, and the screw rod extends through the gear seat; the electronic expansion valve is characterized by further comprising a valve seat provided with a valve cavity, and a motor shell provided outside the motor, and the gear seat is further provided in the valve cavity, and an upper end of the valve seat is further connected to a lower end of the motor shell.
A hauling shroud for hauling a fibre optic cable along a conduit, the hauling shroud comprising: a closable housing body having an internal cavity comprising a seat for housing an optic termination, and a grasping element ( 330; 1160) for pulling the fibre optic cable along said conduit; at least one anchoring member ( 320A, 320B; 1150) suitable for engaging with at least one strengthening element ( 130, 140) of the fibre optic cable, characterized in that: said housing body is longitudinally split, and comprises a first housing member (310; 1110) and a second housing member (910;1120), the first housing member (310; 1110) engaging in a separable manner with the second housing member (910; 1120) to form said internal cavity to enclose the optic termination, said anchoring member (320A, 320B; 1150) is located within said cavity, and said at least one strengthening element (130, 140) of the fibre optic cable comprises at least two strengthening elements (130,140) associated together to form a loop which engages with the at least one anchoring member (320A, 320B; 1150) of the hauling shroud. a closable housing body having an internal cavity comprising a seat for housing an optic termination, and a grasping element ( 330; 1160) for pulling the fibre optic cable along said conduit; at least one anchoring member ( 320A, 320B; 1150) suitable for engaging with at least one strengthening element ( 130, 140) of the fibre optic cable, characterized in that: said housing body is longitudinally split, and comprises a first housing member (310; 1110) and a second housing member (910;1120), the first housing member (310; 1110) engaging in a separable manner with the second housing member (910; 1120) to form said internal cavity to enclose the optic termination, said anchoring member (320A, 320B; 1150) is located within said cavity, and said at least one strengthening element (130, 140) of the fibre optic cable comprises at least two strengthening elements (130,140) associated together to form a loop which engages with the at least one anchoring member (320A, 320B; 1150) of the hauling shroud. said housing body is longitudinally split, and comprises a first housing member (310; 1110) and a second housing member (910;1120), the first housing member (310; 1110) engaging in a separable manner with the second housing member (910; 1120) to form said internal cavity to enclose the optic termination, said anchoring member (320A, 320B; 1150) is located within said cavity, and said at least one strengthening element (130, 140) of the fibre optic cable comprises at least two strengthening elements (130,140) associated together to form a loop which engages with the at least one anchoring member (320A, 320B; 1150) of the hauling shroud.
Crusher, formed essentially by a rotor provided with hammers and cutting tools, mounted inside a crushing chamber which can be provided with sieving grates, anvils, counter-tools, shock shields and delivery flaps, the rotor being formed by two parts (4 and 5) that are driven independently of one another, one of the parts of the rotor being provided with fixed cutting tools and the other part of the rotor being provided with fixed or removable hammers, the crusher being characterised in that the longitudinal axis of the rotor is inclined relative to the horizontal or consists of a top or side-feed vertical rotor and in that the first part of the rotor provided with fixed cutting tools is located at the upper end of the rotor, in such a way that the materials to be crushed are brought to the rotor at the level of its first part to be shredded there, and that the shredded elements are then supplied by gravity to the interior of the crushing chamber to the second part of the rotor for the final crushing.
Fluid Composition intended for protecting the skin and/or hair against ultraviolet radiation, characterized by the fact that it comprises, in a cosmetically acceptable aqueous support: (a) at least one photoprotective system capable of screening out UV radiation constituted by one or more hydrophilic, lipophilic or insoluble organic screening agents and (b) at least one 2-alkoxy-4-alkyl ketone phenol compound chosen from the following compounds: (a) at least one photoprotective system capable of screening out UV radiation constituted by one or more hydrophilic, lipophilic or insoluble organic screening agents and (b) at least one 2-alkoxy-4-alkyl ketone phenol compound chosen from the following compounds:
A scheduling information sending method, wherein the method comprises: attempting, by a network device, to receive data repeatedly transmitted on grant-free resource by user equipment UE in N consecutive transmission time units starting from a transmission time unit in which the network device detects for a first time the data transmitted by the UE, wherein N is an integer greater than or equal to 1 and less than or equal to K, and K is a maximum quantity of times that the UE repeatedly transmits the data, and wherein if the network device detects a first DMRS associated with the data detected on the grant-free resource, the data detected for the first time is considered as data of the first-time transmission in the repeated transmission of the UE; and if the network device detects a second DMRS associated with the data detected on the grant-free resource, the data detected for the first time is considered as data of the non-first-time transmission in the repeated transmission of the UE, wherein the first DMRS is used for the first-time transmission in the K-time repeated transmission of the UE, and the second DMRS is used for non-first-time transmission in the K-time repeated transmission of the UE; and sending, by the network device, scheduling information to the UE when the network device does not obtain correctly decoded data of the data in the N transmission time units, wherein the scheduling information comprises information about a transmission resource used by the user equipment to retransmit the data, and the transmission resource comprises at least one of a time resource and a frequency resource. attempting, by a network device, to receive data repeatedly transmitted on grant-free resource by user equipment UE in N consecutive transmission time units starting from a transmission time unit in which the network device detects for a first time the data transmitted by the UE, wherein N is an integer greater than or equal to 1 and less than or equal to K, and K is a maximum quantity of times that the UE repeatedly transmits the data, and wherein if the network device detects a first DMRS associated with the data detected on the grant-free resource, the data detected for the first time is considered as data of the first-time transmission in the repeated transmission of the UE; and if the network device detects a second DMRS associated with the data detected on the grant-free resource, the data detected for the first time is considered as data of the non-first-time transmission in the repeated transmission of the UE, wherein the first DMRS is used for the first-time transmission in the K-time repeated transmission of the UE, and the second DMRS is used for non-first-time transmission in the K-time repeated transmission of the UE; and sending, by the network device, scheduling information to the UE when the network device does not obtain correctly decoded data of the data in the N transmission time units, wherein the scheduling information comprises information about a transmission resource used by the user equipment to retransmit the data, and the transmission resource comprises at least one of a time resource and a frequency resource.
A component group for galvanically separating an armature and a switching bridge of a relay, the switching bridge being arranged on a switching bridge carrier, with a separation component made from an electrically insulating substance, wherein the separation component has a receptacle for inserting the armature and connection elements for plugging together with the switching bridge carrier, wherein the separation component has an aperture for plugging the armature through and a cover for the aperture, characterized in that the component group comprises the switching bridge carrier.
A laundry detergent composition comprising a cationic polymer, a silicone, and a surfactant system, wherein said cationic polymer comprises: (i) from 5 mol% to 45 mol% of a first structural unit derived from (meth)acrylamide; (ii) from 55 mol% to 95 mol% of a second structural unit derived from a diallyl dimethyl ammonium salt (DADMAS); and wherein said cationic polymer is characterized by a molecular weight of from 5 kDaltons to 200 kDaltons; and wherein said surfactant system comprises anionic surfactant and nonionic surfactant in a weight ratio of from 1.1:1 to 4:1. (i) from 5 mol% to 45 mol% of a first structural unit derived from (meth)acrylamide; (ii) from 55 mol% to 95 mol% of a second structural unit derived from a diallyl dimethyl ammonium salt (DADMAS); and
Method for increasing the surface roughness of a metal layer, comprising the following steps: - depositing on the metal layer a sacrificial layer made of a dielectric material comprising nitrogen; - exposing a surface of the sacrificial layer to an etching plasma so as to create asperities, the etching plasma being formed from a mixture of reactive gases comprising a gas containing oxygen, a gas containing silicon and fluorine or silicon and chlorine and a fluorocarbon gas (C x F y); - etching the metal layer through the sacrificial layer, so as to transfer the asperities of the sacrificial layer into a part at least of the metal layer. - depositing on the metal layer a sacrificial layer made of a dielectric material comprising nitrogen; - exposing a surface of the sacrificial layer to an etching plasma so as to create asperities, the etching plasma being formed from a mixture of reactive gases comprising a gas containing oxygen, a gas containing silicon and fluorine or silicon and chlorine and a fluorocarbon gas (C x F y); - etching the metal layer through the sacrificial layer, so as to transfer the asperities of the sacrificial layer into a part at least of the metal layer.
A method for restoring a blade or vane platform of a gas turbine assembly for power plant; the method comprising the steps of: a) providing a blade or a vane of a gas turbine assembly for power plant; wherein the blade or vane comprises a platform having a deteriorated edge zone; b) providing an electro discharging machining tool comprising a working surface comprising a straight plane surface and two opposite angled plane surfaces; c) removing the deteriorated zone by means of the electro discharging machining tool; d) rebuilding the removed zone by means of laser cladding technology; wherein the step c) is performed by applying the electro discharging machining tool at the deteriorated edge zone so as to create a recessed main plane along the platform edge and two angled opposite planes arranged opposed along the platform edge and connecting the main recessed plane to the platform outer face; the rebuilding step starting at one angled plane and ending at the opposite angled plane; the discharging machining tool begin configured so that the angle between the recessed main plane and the inclined planes is between 130° and 150° and the recessed main plane and the inclined planes are joined through a fillet radius between 5 mm and 8 mm. a) providing a blade or a vane of a gas turbine assembly for power plant; wherein the blade or vane comprises a platform having a deteriorated edge zone; b) providing an electro discharging machining tool comprising a working surface comprising a straight plane surface and two opposite angled plane surfaces; c) removing the deteriorated zone by means of the electro discharging machining tool; d) rebuilding the removed zone by means of laser cladding technology;