mhurhangee/ep-ind-claims huggingface dataset:
Robot system having a workpiece holder, having an end effector, and having drive means for moving the end effector relative to the workpiece holder, wherein the end effector comprises a tool holder, a tool which is fastened in a projecting manner to the tool holder, and a sleeve which is displaceable on the tool holder between a protection position, in which it surrounds the tool, and a use position, in which it is displaced towards the tool holder and releases at least a tip of the tool, and comprises a blocking body which is moveable between a blocking position, in which it blocks the sleeve in the protection position, and a release position, in which it permits displacement of the sleeve into the use position, characterized in that the blocking body is controlled by a sensor which detects the proximity of the end effector to a workpiece, and in that the workpiece holder has at least one feature (25, 30) which is detectable by the sensor, said sensor forming a part of the end effector, or the tool holder has a feature which is detectable by the sensor, said sensor being arranged on the workpiece holder. characterized in that the blocking body is controlled by a sensor which detects the proximity of the end effector to a workpiece, and in that the workpiece holder has at least one feature (25, 30) which is detectable by the sensor, said sensor forming a part of the end effector, or the tool holder has a feature which is detectable by the sensor, said sensor being arranged on the workpiece holder.
A road device comprising an annular frame extending about an axis and intended to be embedded in the ground, a detachable cover element intended to be placed on said frame in abutment on a radial face of an annular flange of said frame radially projecting towards the inside of said frame, and a locking device for resiliently interlocking said cover element in a closed position, said locking device comprising at least one latch formed by a stop fixedly disposed on one from among the frame and the cover element and a catch movably disposed on the other one from among the frame and the cover element and resiliently thrust against said stop when said cover element is in the closed position on said frame, said road device further comprising a detachable attachment device of said cover element on said frame, comprising complementary attachment members (40, 22) provided on said cover element and on said frame and provided with counterpart bearing surfaces (58, 62) arranged in order to be applied against each other under the effect of the resilient thrust of said catch against said stop and oriented in order to axially press said cover element against said frame as a reaction to said resilient thrust, with the attachment members of said cover element being in the form of protruding hooks designed to engage under said flange forming the attachment member of said frame, characterised in that said cover element comprises two guide ribs protruding downwards and two radial ribs each extended by one of said guide ribs extending circumferentially, said two guide ribs being circumferentially disposed on either side of bearing surfaces (58, 62) when said cover element is in the closed position and having circumferential surfaces that are radially oriented outwards and are intended to cooperate with a guide face of the flange which is frustoconical and axially inclined upwards and radially inclined inwards in order to guide and centre said cover element relative to said frame, and in that, when closing said cover element, said cover element being in abutment on a zone of a peripheral edge adjacent to said hooks and in an inclined position relative to said frame allowing said hooks to engage under said flange, said guide ribs come into abutment, via their circumferential surfaces, against said guide face, whilst allowing said cover element to tilt downwards in the closed position.
A compound semiconductor, represented by Chemical Formula 1 below: Chemical Formula 1 In x Co 4 Sb 12-n-z Q' n Se z where, in the Chemical Formula 1, Q' is O, 0<x≤0.5, 0<n≤2 and 0<z<2.
A cooker appliance comprising a body, a cooking chamber provided in the body, in which materials to be cooked are placed, a chassis surrounding the cooking chamber, shaped as a box open on the front side, a heater provided in the cooking chamber, enabling cooking food products, and a baking stone made of refractory material, placed in the cooking chamber, having a support surface on which food products are placed, at least one heat sensor provided on the cooking chamber, enabling detecting temperature of the baking stone, characterized by a washing system provided on the chassis, enabling transmitting the water received from the mains or the baking stone and a control unit deciding dirtiness of the baking stone by comparing the temperature variation information predefined thereon by the producer with the information received from the heat sensor and enabling activating the washing system or alerting the user upon detecting dirtiness of the baking stone.
A battery module, comprising: a cell assembly having a plurality of secondary batteries arranged in a left and right direction and a plurality of heat dissipation plates interposed between the plurality of secondary batteries, wherein at least a portion of a front end and a rear end of the heat dissipation plates is recessed to form an inlet portion and an outlet portion so that a coolant is introduced from the outside or discharged to the outside, and the heat dissipation plates have a coolant moving portion at which a moving space is formed so that the coolant moves to a front end, an upper end, a lower end and a rear end of the secondary batteries; a bus bar assembly located at a front side or a rear side of the cell assembly and having a plurality of bus bars electrically connected to electrode leads respectively provided at the plurality of secondary batteries and a bus bar frame to which the bus bars are mounted, the bus bar frame having insert holes into which the electrode leads of the secondary batteries are inserted; an end cover coupled to an outer side surface of the bus bar assembly and having a vent hole communicating with the coolant moving portion so that the coolant is introduced from the outside or discharged to the outside; and a plurality of side plates configured to surround both left and right side surfaces of the cell assembly, respectively. a cell assembly having a plurality of secondary batteries arranged in a left and right direction and a plurality of heat dissipation plates interposed between the plurality of secondary batteries, wherein at least a portion of a front end and a rear end of the heat dissipation plates is recessed to form an inlet portion and an outlet portion so that a coolant is introduced from the outside or discharged to the outside, and the heat dissipation plates have a coolant moving portion at which a moving space is formed so that the coolant moves to a front end, an upper end, a lower end and a rear end of the secondary batteries; a bus bar assembly located at a front side or a rear side of the cell assembly and having a plurality of bus bars electrically connected to electrode leads respectively provided at the plurality of secondary batteries and a bus bar frame to which the bus bars are mounted, the bus bar frame having insert holes into which the electrode leads of the secondary batteries are inserted; an end cover coupled to an outer side surface of the bus bar assembly and having a vent hole communicating with the coolant moving portion so that the coolant is introduced from the outside or discharged to the outside; and a plurality of side plates configured to surround both left and right side surfaces of the cell assembly, respectively.
Monitoring module for protective conductor monitoring, comprising a monitoring circuit for monitoring whether a protective conductor is connected properly, wherein the monitoring circuit, in the case of detection of a protective conductor interruption, identifies this as a first fault and emits a first error signal, characterised in that the monitoring circuit is formed to store the first fault and furthermore is formed in such a way that it, in the event of an only temporary protective conductor interruption which is no longer present, identifies this as a second temporary fault and emits a second error signal which is different from the first error signal.
Building site skip for passing through doorways having a lifting beam exhibiting a transverse bar equipped with a lifting means and provided at its ends with two uprights each comprising a base which is hinged on a side face of the skip, the lifting beam additionally having an automatic locking and unlocking system (32, 36) capable of maintaining the said lifting beam in the closed position in the course of the operation of emptying the skip and the said skip additionally having an upper rim forming a stiffening contour, characterised in that when the lifting beam is in its folded down position, each upright with its hinge is positioned over the part of the upper rim corresponding to it, its width being substantially integrated in that of the said rim.
A stack of web material for hygiene products, for use in a dispenser, comprising at least one continuous web material (2, 3) being Z-folded about transverse folding lines, thereby providing panels having a length and a width, said panels being piled on top of each other to form a height of said stack extending between a first end surface and a second end surface of said stack, and said first end surface being provided with a first connector, and said second end surface being provided with a second connector, characterized in that at least one of said first and second connectors (11a, 11b) comprises a first mechanical connector structure and a second mechanical connector structure, said first and second mechanical connector structures (51, 52) being two different, corresponding interconnectable structures, each first structure being capable of forming a mechanical interconnection with said second structure, and being incapable of forming a mechanical interconnection with an identica first structure, each second structure being capable of forming a mechanical interconnection with said first structure, and being incapable of forming a mechanical interconnection with an identical second structure, whereby said at least one of said first and second connectors (11a, 11b) is mechanically connectable to another connector of another stack of web material, said another connector comprising said first and/or second mechanical connector structure.
A display substrate, comprising a base, the base comprising an upper surface and a lower surface which are opposite to each other, the lower surface of the base being formed with a scattering microstructure, and the upper surface of the base being formed with a layer structure comprising a polarizing layer and an array layer on the polarizing layer, wherein an insulation layer is formed between the array layer and the polarizing layer, wherein the scattering microstructure comprises protrusions and grooves spaced apart from each other on the base to allow an incident light from the lower surface or from a lateral side of the base to become a surface light source after being irradiated onto and scattered by the grooves and the protrusions, each of the protrusions and the grooves has a shape of a hemisphere or a shape of a cone, and a vertex angle of the cone is ranged from 90° to 132° to allow light to be directly emitted from the upper surface of the base without any further reflection being reflected by the protrusions and the grooves.
Method for the treatment of a composition comprising cellulose fibres into a composition comprising cellulose microfibers, the method comprises the steps of a) Providing a composition comprising fibres; b) Admixing aqueous solution/solvent to said composition comprising cellulose fibres by dry feeding the composition comprising cellulose fibres to a first twin screw comprising a water or steam feed system, to provide a pulp suspension comprising cellulose fibres; c) Feeding said pulp suspension comprising cellulose fibres into a refining step comprising a mechanical defibrillation process executed using a refining twin screw; d) Refining said pulp suspension comprising cellulose fibres with at least the use of said refining twin screw, to provide a composition comprising cellulose microfibers, wherein, in step b) a counter rotating twin screw is used and a pulp suspension is provided with a consistency between, and including 35% and 80%, and wherein, the composition comprising cellulose microfibers has a Schopper-Riegler value upon leaving the twin-screw of step c) of at least 80° SR as determined according to the standard BS EN ISO 5267-1 2001. a) Providing a composition comprising fibres; b) Admixing aqueous solution/solvent to said composition comprising cellulose fibres by dry feeding the composition comprising cellulose fibres to a first twin screw comprising a water or steam feed system, to provide a pulp suspension comprising cellulose fibres; c) Feeding said pulp suspension comprising cellulose fibres into a refining step comprising a mechanical defibrillation process executed using a refining twin screw; d) Refining said pulp suspension comprising cellulose fibres with at least the use of said refining twin screw, to provide a composition comprising cellulose microfibers,
A method for determining a paging occasion, PO, of a terminal, wherein the terminal comprises a first universal subscriber identity module, USIM, and a second USIM, and the method comprises: when a first PO of the first USIM is the same as a PO of the second USIM, sending, by the terminal, indication information to a mobility management network element communicating with the first USIM, wherein the indication information is used to indicate that POs of at least two USIMs in the terminal are the same, and the indication information comprises an initial parameter, and the initial parameter comprises a GUTI; receiving, by the terminal, a first parameter from the mobility management network element, wherein the first parameter comprises a GUTI different from the GUTI in the indication information; and determining, by the terminal, a second PO of the first USIM based on the first parameter, wherein the second PO of the first USIM is different from the PO of the second USIM. when a first PO of the first USIM is the same as a PO of the second USIM, sending, by the terminal, indication information to a mobility management network element communicating with the first USIM, wherein the indication information is used to indicate that POs of at least two USIMs in the terminal are the same, and the indication information comprises an initial parameter, and the initial parameter comprises a GUTI; receiving, by the terminal, a first parameter from the mobility management network element, wherein the first parameter comprises a GUTI different from the GUTI in the indication information; and determining, by the terminal, a second PO of the first USIM based on the first parameter, wherein the second PO of the first USIM is different from the PO of the second USIM.
A device for abating vibrations in a cutter bar with alternating motion coupled with a supporting and transmission group connected to a power takeoff of the mower, said supporting and transmission group comprising a kinematic transformation system of a rotary motion coming from said power takeoff into a motion of the movable blade which is flat with an alternating movement, in a transversal direction with respect to the advance direction of the mower and perpendicular to an axis of the power takeoff, wherein said movable blade is kept in engagement on cutting elements constrained to said supporting and transmission group, wherein a further second kinematic system is associated with said first kinematic transformation system of the rotary motion into a flat motion with an alternating movement of said movable blade, for the alternating backwards and forwards movement of a balancing mass in an opposite direction to that of said movable blade, wherein said second further kinematic system is moved by said first kinematic system, being both said first and second kinematic systems contained in a single carter in an oil bath, said power takeoff is connected by means of an eccentric pin to a cylindrical seat of a crank (26, 32) of which a free end is rotatingly connected (33, 42) to said movable blade, said oscillating mass of said second kinematic system being hinged (in 34) in an intermediate position of said crank (26, 32) and constrained at one of its ends around a fixed fulcrum of said containment carter, characterized in that said fixed fulcrum comprises a cylindrical barrel cursor which is free to slide vertically and rotate in a cylindrical seat situated in said carter and said crank comprises an internal crank, which is engaged with a shaft supported (in 29 and 30) inside said carter, and an outer crank constrained on one side to said shaft and on the other side connected by means of a roll to an articulated device constrained above said movable blade.
A laminated thin film comprising: a hard coat layer having a surface on which metal oxide particles are exposed; and an adhesion layer deposited on the surface of the hard coat layer on which the metal oxide particles are exposed, the adhesion layer being constituted by a metal oxide in an oxygen-deficient state of the same metal as the metal oxide particles or constituted by the same metal as the metal oxide particles; wherein an arithmetical mean roughness Ra of the hard coat layer surface is 2 to 12 nm, wherein an average value of a protrusion ratio with respect to an average particle diameter of the metal oxide particles exposed on the surface of the hard coat layer is 60% or less, and wherein the metal oxide particles have an average particle diameter of 800 nm or less. a hard coat layer having a surface on which metal oxide particles are exposed; and an adhesion layer deposited on the surface of the hard coat layer on which the metal oxide particles are exposed, the adhesion layer being constituted by a metal oxide in an oxygen-deficient state of the same metal as the metal oxide particles or constituted by the same metal as the metal oxide particles; wherein an arithmetical mean roughness Ra of the hard coat layer surface is 2 to 12 nm, wherein an average value of a protrusion ratio with respect to an average particle diameter of the metal oxide particles exposed on the surface of the hard coat layer is 60% or less, and wherein the metal oxide particles have an average particle diameter of 800 nm or less.
Chocolate comprising: 25 to 65 mass% of fats and oils, characterized in that the fats and oils in the chocolate contain; 0.04 to 4 mass% of MMM, wherein the M means a fatty acid of 6 to 10 carbons, and the MMM means a triacylglycerol having the three M molecules bonded to a single glycerol molecule, and 45 to 95 mass% of LOL, wherein the O means an oleic acid, the L means a saturated fatty acid of 16 to 24 carbons, and the LOL means a triacylglycerol having the Ls bonded to 1- and 3-positions of a single glycerol molecule and O bonded to a 2-position of the single glycerol molecule. 25 to 65 mass% of fats and oils, characterized in that the fats and oils in the chocolate contain; 0.04 to 4 mass% of MMM, wherein the M means a fatty acid of 6 to 10 carbons, and the MMM means a triacylglycerol having the three M molecules bonded to a single glycerol molecule, and the M means a fatty acid of 6 to 10 carbons, and the MMM means a triacylglycerol having the three M molecules bonded to a single glycerol molecule, and 45 to 95 mass% of LOL, wherein the O means an oleic acid, the L means a saturated fatty acid of 16 to 24 carbons, and the LOL means a triacylglycerol having the Ls bonded to 1- and 3-positions of a single glycerol molecule and O bonded to a 2-position of the single glycerol molecule. the O means an oleic acid, the L means a saturated fatty acid of 16 to 24 carbons, and the LOL means a triacylglycerol having the Ls bonded to 1- and 3-positions of a single glycerol molecule and O bonded to a 2-position of the single glycerol molecule.
A method of sharing content in a chatting space of a social networking service, SNS, the method comprising: generating the chatting space, by a server generating content in the chatting space, by a first device included in the chatting space; encrypting the generated content, by the first device; storing the encrypted content in at least one of a plurality of devices included in the chatting space, or the server; characterized by: detecting whether the plurality of devices are accessing the chatting space at a same time; and decrypting encrypted content in response to detecting that the plurality of devices are accessing the chatting space at the same time. generating the chatting space, by a server generating content in the chatting space, by a first device included in the chatting space; encrypting the generated content, by the first device; storing the encrypted content in at least one of a plurality of devices included in the chatting space, or the server; characterized by: detecting whether the plurality of devices are accessing the chatting space at a same time; and decrypting encrypted content in response to detecting that the plurality of devices are accessing the chatting space at the same time. detecting whether the plurality of devices are accessing the chatting space at a same time; and decrypting encrypted content in response to detecting that the plurality of devices are accessing the chatting space at the same time.
A booster, comprising: a) a valve body; b) a boosting assembly comprising a ball screw which comprises a screw rod, a nut and a plurality of balls cooperating with and between the screw rod and the nut, the nut is linked with the valve body, and the nut moves along a straight line on its cooperated screw rod so as to drive the valve body to move along a straight line; and c) wherein the boosting assembly comprises at least two ball screws and a transmission device, the transmission device comprises an input rotating shaft which is linked with the screw rod and transmits a rotational power of the input rotating shaft to each screw rod. a) a valve body; b) a boosting assembly comprising a ball screw which comprises a screw rod, a nut and a plurality of balls cooperating with and between the screw rod and the nut, the nut is linked with the valve body, and the nut moves along a straight line on its cooperated screw rod so as to drive the valve body to move along a straight line; and c) wherein the boosting assembly comprises at least two ball screws and a transmission device, the transmission device comprises an input rotating shaft which is linked with the screw rod and transmits a rotational power of the input rotating shaft to each screw rod.