mhurhangee/ep-ind-claims huggingface dataset:
An electric power tool comprising: a driving shaft that is driven into rotation by a motor of the electric power tool; an output shaft on which a front-end tool is attachable; a torque transmission mechanism that transmits a torque produced by a rotation of the driving shaft to the output shaft; and a clutch mechanism provided between the motor and the torque transmission mechanism, wherein the torque transmission mechanism includes a magnet coupling including a driving magnet member coupled to the driving shaft side and a driven magnet member coupled to the output shaft side, characterized in that the clutch mechanism is configured to transmit the torque produced by the rotation of the driving shaft to the driving magnet member but does not transmit a torque the driving magnet member receives from the driven magnet member to the driving shaft. a driving shaft that is driven into rotation by a motor of the electric power tool; an output shaft on which a front-end tool is attachable; a torque transmission mechanism that transmits a torque produced by a rotation of the driving shaft to the output shaft; and a clutch mechanism provided between the motor and the torque transmission mechanism, wherein the torque transmission mechanism includes a magnet coupling including a driving magnet member coupled to the driving shaft side and a driven magnet member coupled to the output shaft side, characterized in that the clutch mechanism is configured to transmit the torque produced by the rotation of the driving shaft to the driving magnet member but does not transmit a torque the driving magnet member receives from the driven magnet member to the driving shaft.
Machine for packaging products with stretch film the flaps (L1-L4) of which are stretched, folded and mutually superimposed on the bottom of the product usually arranged in a tray, comprising a final station (S2, S2') with a motorized heat-sealing conveyor (2, 2') to mutually secure said flaps (L1-L4) with a heat-sealing operation, characterised in that this final heat-sealing station (S2, S2') is provided with an upper protective chamber (3, 3') for the operator, and which limits the loss into the work environment of heat produced by said heat-sealing conveyor (2, 2'), now incorporated in this protective chamber (3, 3'), which has a shape and size such as to allow the packaged products to be conveyed there through without interference, this protective chamber (3, 3') being provided with an inlet opening (4, 4') usually communicating with the casing of the packaging machine (M1, M2) and being provided with an outlet opening (5, 5') for conveying the packaged products, wherein at least this last outlet opening (5, 5') is closed by a swinging barrier (105, 105') that prevents loss of heat towards the outside and that is arranged to swing and open only in the direction of normal flow of the packaged products and due to the thrust of these latter, but which cannot swing in the opposite direction, to act also as safety barrier, said protective chamber (3, 3') being provided on at least one of the walls not involved by said swinging barriers (105, 105') and in view, with at least one window (6, 6') closed by at least one door preferably made of transparent material (106, 106'), which in the open position allows the operator to rapidly remove the packaged product stationary on the heat-sealing conveyor (2, 2'), there being provided safety means to automatically shut down at least the power supply to this heat-sealing conveyor (2, 2') when said door (106, 106') is opened.
Method for the production of a packaging steel from a cold-rolled steel sheet of an unalloyed or low-alloyed steel with a carbon content of less than 0.1 wt.% and the following upper limits for the weight fraction of the alloy components: - N: max. 0.02%, - Mn: max. 0.4%, - Si: max. 0.04%, - Al: max. 0.1 %, - Cr: max. 0.1 %, - P: max. 0.03%, - Cu: max. 0.1 %, - Ni: max. 0.1 %, - Sn: max. 0.04%, - Mo: max. 0.04%, - V: max. 0.04%, - Ti: max. 0.05%, - Nb: max. 0.05%, - B: max. 0.005%, - other alloy components, including impurities: max. 0.05%, - remainder iron, characterized in that the steel sheet is first annealed in a recrystallizing manner by electromagnetic induction at a heating rate of more than 75 K/s to temperatures above the Ac1- temperaure and after the recristallizing induction annealing cooled at a cooling rate of at least 100 K/s, whereby a multiphase structure is formed in the steel, which comprises ferrite and at least one of the structure components martensite, bainite, and/or residual austenite. - N: max. 0.02%, - Mn: max. 0.4%, - Si: max. 0.04%, - Al: max. 0.1 %, - Cr: max. 0.1 %, - P: max. 0.03%, - Cu: max. 0.1 %, - Ni: max. 0.1 %, - Sn: max. 0.04%, - Mo: max. 0.04%, - V: max. 0.04%, - Ti: max. 0.05%, - Nb: max. 0.05%, - B: max. 0.005%, - other alloy components, including impurities: max. 0.05%, - remainder iron,
An apparatus for encoding an image, the apparatus comprising: a coding mode determiner configured to divide an input image into a plurality of coding units; an intra predictor configured to generate a prediction block using intra prediction; a transform/quantization unit configured to transform and quantize a residual block to generate a quantized transform block; an inverse quantization/transform unit configured to inversely quantize and inversely transform the quantized transform block; and an entropy coder configured to entropy-code quantized transform coefficients of the quantized transform block, wherein the quantized transform coefficients are divided into a plurality of sub-blocks if it is determined that a size of a transform block is equal to or larger than 8x8 in an intra prediction, wherein the plurality of sub-blocks are scanned and non-zero coefficients of each sub-block are scanned according to a scan pattern, wherein said scan pattern for scanning the plurality of sub-blocks and for scanning the non-zero coefficients of each sub-block is determined by an intra prediction mode of the prediction block to entropy-code the scanned non-zero coefficients, and wherein, when the intra prediction mode is a horizontal mode, the scan pattern is a vertical scan pattern, wherein a scan pattern for generating a plurality of flags is the same as the scan pattern for scanning the non-zero coefficients of each sub-block, wherein each flag indicates whether a corresponding transform coefficient is 0 or not. a coding mode determiner configured to divide an input image into a plurality of coding units; an intra predictor configured to generate a prediction block using intra prediction; a transform/quantization unit configured to transform and quantize a residual block to generate a quantized transform block; an inverse quantization/transform unit configured to inversely quantize and inversely transform the quantized transform block; and an entropy coder configured to entropy-code quantized transform coefficients of the quantized transform block,
A network access control method, comprising: configuring network access permission of a first application, wherein the network access permission comprises allowing the first application to access a network resource by using a first type of network access point, and the first type of network access point comprises at least one first network access point; accessing a second network access point, wherein the second network access point belongs to the first type of network access point; when the first application is running, allowing the first application to access the network resource by using the second network access point; and when a third network access point is accessed, if the third network access point does not belong to the first type of network access point, prohibiting the first application from accessing the network resource by using the third network access point, while allowing a second application to access the network resource by using the third network access point; wherein after the third network access point is accessed, the method further comprises: keeping a connection to the second network access point; wherein after the keeping a connection to the second network access point, the method further comprises: keeping the first application accessing the network resource by using the second network access point. configuring network access permission of a first application, wherein the network access permission comprises allowing the first application to access a network resource by using a first type of network access point, and the first type of network access point comprises at least one first network access point; accessing a second network access point, wherein the second network access point belongs to the first type of network access point; when the first application is running, allowing the first application to access the network resource by using the second network access point; and when a third network access point is accessed, if the third network access point does not belong to the first type of network access point, prohibiting the first application from accessing the network resource by using the third network access point, while allowing a second application to access the network resource by using the third network access point; wherein after the third network access point is accessed, the method further comprises: keeping a connection to the second network access point; wherein after the keeping a connection to the second network access point, the method further comprises: keeping the first application accessing the network resource by using the second network access point.
A method of providing horticulture light to a plant in a horticulture arrangement, the method comprising: - providing during a controlling mode first horticulture light to the plant with an average intensity selected from the range of at least 150 μmol/m 2 /s, wherein at least 15% of the photons of the first horticulture light have a wavelength selected from the range of 700-800 nm, wherein at least 45% of the photons of the first horticulture light have a wavelength selected from the range of 640-700 nm, wherein at maximum 10% of the photons of the first horticulture light have a wavelength selected from the range of 400-500 nm, and wherein the percentages of the photons relate to the total number of photons in the spectral range of 400-800 nm. - providing during a controlling mode first horticulture light to the plant with an average intensity selected from the range of at least 150 μmol/m 2 /s, wherein at least 15% of the photons of the first horticulture light have a wavelength selected from the range of 700-800 nm, wherein at least 45% of the photons of the first horticulture light have a wavelength selected from the range of 640-700 nm, wherein at maximum 10% of the photons of the first horticulture light have a wavelength selected from the range of 400-500 nm, and wherein the percentages of the photons relate to the total number of photons in the spectral range of 400-800 nm.
A peristaltic pump including a peristaltic pump segment that is configured to operate with the peristaltic pump, the pump segment comprising: a tubing segment defining a resilient pumping volume between an upstream portion and a downstream portion of the tubing segment, the pumping volume being selectively engagable by a plunger disposed adjacent to the pumping volume of the tubing segment, wherein the pumping volume is selectively engaged by the plunger to expand the pumping volume to draw fluid flow into the pumping volume and to contract the pumping volume to conduct fluid flow from the pumping volume; and a check valve coupled to the upstream portion of the tubing segment, the check valve comprising a valve element in fluid communication with a valve inlet and a valve outlet, wherein the valve outlet is in fluid communication with the pumping volume, and the valve element is configured to permit fluid flow from the valve inlet to the pumping volume during expansion of the pumping volume and to prevent fluid flow from the pumping volume to the valve inlet during contraction of the pumping volume, and characterized in that: the peristaltic pump comprises a disabled upstream occluder or an omitted upstream occluder. a tubing segment defining a resilient pumping volume between an upstream portion and a downstream portion of the tubing segment, the pumping volume being selectively engagable by a plunger disposed adjacent to the pumping volume of the tubing segment, wherein the pumping volume is selectively engaged by the plunger to expand the pumping volume to draw fluid flow into the pumping volume and to contract the pumping volume to conduct fluid flow from the pumping volume; and a check valve coupled to the upstream portion of the tubing segment, the check valve comprising a valve element in fluid communication with a valve inlet and a valve outlet, wherein the valve outlet is in fluid communication with the pumping volume, and the valve element is configured to permit fluid flow from the valve inlet to the pumping volume during expansion of the pumping volume and to prevent fluid flow from the pumping volume to the valve inlet during contraction of the pumping volume, and characterized in that: the peristaltic pump comprises a disabled upstream occluder or an omitted upstream occluder.
A method of fabricating a blade of composite material having an incorporated metal leading edge for a gas turbine aeroengine, characterized in that the method comprises in succession: • placing a metal strip for making the leading edge of a blade in a cavity of an injection mold for making the blade; • closing (E30; E30') the injection mold; • injecting (E40; E40'; E40") a filled thermoplastic resin under pressure into the cavity of the mold so as to shape and overmold the metal strip; • compacting (E40-3) the assembly; • solidifying (E40-4) the resin by regulating the temperature of the injection mold; and • unmolding the resulting blade, wherein the injection step is carried out in the cavity of the mold, said cavity being deprived of any fiber preform. • placing a metal strip for making the leading edge of a blade in a cavity of an injection mold for making the blade; • closing (E30; E30') the injection mold; • injecting (E40; E40'; E40") a filled thermoplastic resin under pressure into the cavity of the mold so as to shape and overmold the metal strip; • compacting (E40-3) the assembly; • solidifying (E40-4) the resin by regulating the temperature of the injection mold; and • unmolding the resulting blade,
Control unit for a battery system, comprising: a first microcontroller configured to receive a signal (40, 41) indicative of a state of at least one of a plurality of battery cells and to generate a first control signal suitable for controlling a power switch based on the signal (40, 41); a first communication interface configured to receive a second state signal indicative of an operation state of a second microcontroller; and a switch control circuit configured to: receive the first control signal and to generate a second control signal suitable for controlling the power switch based on the signal (40, 41), and the switch control circuit comprising a multiplexer to output one of the first and second control signal (42, 44) to the power switch based on at least one received state signal (43, 53, 63) indicative of an operation state of the first microcontroller and the second microcontroller. a first microcontroller configured to receive a signal (40, 41) indicative of a state of at least one of a plurality of battery cells and to generate a first control signal suitable for controlling a power switch based on the signal (40, 41); a first communication interface configured to receive a second state signal indicative of an operation state of a second microcontroller; and a switch control circuit configured to: receive the first control signal and to generate a second control signal suitable for controlling the power switch based on the signal (40, 41), and
Container with label, comprising: - a containment member suitable for containing at least one substance and having an outer surface; - at least a sheet label which can be combined with said outer surface and having at least a first face substantially facing said outer surface and a second face opposite said first face; and - at least a sheet auxiliary member housed face to face between said outer surface and said first face, said label being removable from said containment member for picking up said auxiliary member; characterized in that: - said label is combined with said outer surface by interposition of at least a first layer of adhesive material which is a glue of the non-reusable type suitable for allowing the separation of said label from said containment member and preventing any fresh gluing, and which is only applied on a first portion of said first face, a second portion of said first face being without said first layer of adhesive material; and - said auxiliary member is combined with said first face by interposition of at least a second layer of adhesive material which is an adhesive of the removable type suitable for allowing the separation of said auxiliary member from said label when said label is removed from said containment member, and which is only applied on said second portion of the first face without said first layer of adhesive material. - a containment member suitable for containing at least one substance and having an outer surface; - at least a sheet label which can be combined with said outer surface and having at least a first face substantially facing said outer surface and a second face opposite said first face; and - at least a sheet auxiliary member housed face to face between said outer surface and said first face, said label being removable from said containment member for picking up said auxiliary member; - said label is combined with said outer surface by interposition of at least a first layer of adhesive material which is a glue of the non-reusable type suitable for allowing the separation of said label from said containment member and preventing any fresh gluing, and which is only applied on a first portion of said first face, a second portion of said first face being without said first layer of adhesive material; and - said auxiliary member is combined with said first face by interposition of at least a second layer of adhesive material which is an adhesive of the removable type suitable for allowing the separation of said auxiliary member from said label when said label is removed from said containment member, and which is only applied on said second portion of the first face without said first layer of adhesive material.
Injector for inserting an intraocular lens into the capsular bag of an eye, having an injector body which delimits an interior in which the intraocular lens should be arranged in a storage state of the intraocular lens; an injector tip which has an opening; a plunger configured to displace the intraocular lens out of the injector via the opening by way of a longitudinal displacement of the plunger in an insertion direction toward the opening, with the intraocular lens having an optic body with an optical axis and a rear haptic in relation to the insertion direction and a front haptic in relation to the insertion direction; a rear displacement mechanism (100, 130, 160) configured to displace an optic body distant longitudinal end of the rear haptic onto the optic body along a rear trajectory by way of a displacement of the plunger; a front displacement mechanism (21, 31) configured to displace an optic body distant longitudinal end of the front haptic along a front trajectory which has a front component parallel to the optical axis; and a handle (80, 90, 96) which is configured to be operable from outside of the injector and which has a first catch (82, 92, 97) which is coupled to the plunger and is configured to carry along the plunger in the insertion direction by way of a longitudinal displacement of the handle (80, 90, 96) and has a second catch (83, 93) configured to carry along the front displacement mechanism (21, 31) so that, by way of the longitudinal displacement of the handle (80, 90, 96), the longitudinal end of the rear haptic is displaceable onto the optic body, the longitudinal end of the front haptic is displaceable along the front trajectory, and the optic body is displaceable in the insertion direction by means of the plunger.
A process for the preparation of a polyether polyol, said process comprising polymerising one or more alkylene oxides in the presence of a multimetal cyanide complex catalyst and an initiator compound, wherein the process is carried out in a reactor vessel equipped with means for agitating its contents and the one or more alkylene oxides are supplied to an agitated mixture comprising the multimetal cyanide complex catalyst and the initiator via a feed inlet device, said feed inlet device comprising a sparger, wherein the agitating means comprises one or more impellers or wherein the agitating means comprises a jet of the reaction mixture.
An apparatus for performing a STUN traceroute and comprising a local endpoint, the apparatus further comprising: means for establishing a media exchange with a remote endpoint using an IP address and a first port number of the remote endpoint; means for sending a first plurality of Simple Traversal of User Datagram Protocol Through Network Address Translators, STUN, requests (11B, 13B, 15B, 17B) having different Time-To-Live, TTL, values to said remote endpoint comprising a STUN server; wherein said STUN requests are sent to said IP address and said first port number of the remote endpoint; means for receiving back one or more TTL exceeded error messages (12, 14, 16, 42, 44), each of the error messages indicating the presence of a router (R1, R2, R3, R4, R5) located between the remote endpoint and said local endpoint; means for receiving back a non-error STUN response message from the remote endpoint; and means for determining that the STUN traceroute is complete based on the received non-error STUN response message. means for establishing a media exchange with a remote endpoint using an IP address and a first port number of the remote endpoint; means for sending a first plurality of Simple Traversal of User Datagram Protocol Through Network Address Translators, STUN, requests (11B, 13B, 15B, 17B) having different Time-To-Live, TTL, values to said remote endpoint comprising a STUN server; wherein said STUN requests are sent to said IP address and said first port number of the remote endpoint; means for receiving back one or more TTL exceeded error messages (12, 14, 16, 42, 44), each of the error messages indicating the presence of a router (R1, R2, R3, R4, R5) located between the remote endpoint and said local endpoint; means for receiving back a non-error STUN response message from the remote endpoint; and means for determining that the STUN traceroute is complete based on the received non-error STUN response message.
Method for joining the ends of two or more coilable metal strips arranged flat on top of one another, in order to draw these successively through a treatment or machining system, wherein the strip ends are joined together by a plurality of connecting elements arranged transversely to the direction of the strip, wherein initially all holes are punched simultaneously in a first stroke and subsequently all connecting elements are pressed simultaneously in a second stroke, characterised in that the metal strips are as-rolled metal strips and the connecting elements are eyelets.