mhurhangee/ep-ind-claims huggingface dataset:
Lance holder for lance pipes, in particular oxygen lances, that are used above all in the iron and steel making industries, with a clamping head, having a fixing part surrounding the lance pipe and a tubular clamping part that can be moved on this and a tubular sealing ring that clamps the lance pipe and is controllable and thus sealing through the fixing part as well as a backfire safety device and a non-return valve that is actuated by a cylindrical spring, characterised by the fact that the tubular clamping part is extended in the direction of flow of the oxygen gas beyond the outer housing of the clamping head shaped as a sliding sleeve and designed to form a prefixing part, whereby the sliding sleeve is connected flexibly with a swivelling hand lever through a knee lever and is designed to form a central clamping part with the part of the clamping part remaining in the outer housing.
A bottom hole assembly located on a work string for cutting and recovering inner casing located within outer casing from a wellbore, comprising: a spear for casing removal, the spear comprising an anchor mechanism configured to grip a section of the inner casing in the wellbore for removal thereof; a casing cutter having a cutting mechanism configured to cut the inner casing; and characterised in that: the bottom hole assembly includes at least one first clean-up tool (32,34) configured to remove material from inside the outer casing above the inner casing. a spear for casing removal, the spear comprising an anchor mechanism configured to grip a section of the inner casing in the wellbore for removal thereof; a casing cutter having a cutting mechanism configured to cut the inner casing; and characterised in that: the bottom hole assembly includes at least one first clean-up tool (32,34) configured to remove material from inside the outer casing above the inner casing.
A method for identifying an abnormal message, comprising: receiving, by a security enforcement unit SEU, a first message, and determining a first difference value between a feature value of the first message and a feature value of a second message, wherein the second message is a message that is received before the first message is received; determining, by the SEU from a plurality of difference classes, a difference class corresponding to the first difference value, wherein different difference classes in the plurality of difference classes correspond to different value ranges of a difference value; and inputting, by the SEU, an identifier of the difference class corresponding to the first difference value into a pre-stored abnormal message identification model, to determine whether the first message is an abnormal message or a non-abnormal message, wherein the different value ranges of the difference values corresponding to the different difference classes in the plurality of difference classes belong to a plurality of preset value ranges, the plurality of preset value ranges are obtained by dividing, according to a natural breakpoint algorithm, a first value range of the feature wherein the first value range of the feature is based on an upper limit of the first value range and a lower limit of the first value range, the upper limit of the first value range is a maximum value corresponding to the feature value in a training data set of the abnormal message identification model, and the lower limit of the first value range is a minimum value corresponding to the feature value in the data set. receiving, by a security enforcement unit SEU, a first message, and determining a first difference value between a feature value of the first message and a feature value of a second message, wherein the second message is a message that is received before the first message is received; determining, by the SEU from a plurality of difference classes, a difference class corresponding to the first difference value, wherein different difference classes in the plurality of difference classes correspond to different value ranges of a difference value; and inputting, by the SEU, an identifier of the difference class corresponding to the first difference value into a pre-stored abnormal message identification model, to determine whether the first message is an abnormal message or a non-abnormal message, wherein the different value ranges of the difference values corresponding to the different difference classes in the plurality of difference classes belong to a plurality of preset value ranges, the plurality of preset value ranges are obtained by dividing, according to a natural breakpoint algorithm, a first value range of the feature wherein the first value range of the feature is based on an upper limit of the first value range and a lower limit of the first value range, the upper limit of the first value range is a maximum value corresponding to the feature value in a training data set of the abnormal message identification model, and the lower limit of the first value range is a minimum value corresponding to the feature value in the data set.
A process comprising: oxidizing a substrate material to form an oxidized substrate material; contacting at least one aliphatic cyclic ester with at least one catalyst in a supercritical fluid to from at least one polyester; exposing at least a portion of the oxidized substrate material to the supercritical fluid possessing the at least one polyester; and grafting the at least one polyester onto or within the oxidized substrate material. oxidizing a substrate material to form an oxidized substrate material; contacting at least one aliphatic cyclic ester with at least one catalyst in a supercritical fluid to from at least one polyester; exposing at least a portion of the oxidized substrate material to the supercritical fluid possessing the at least one polyester; and grafting the at least one polyester onto or within the oxidized substrate material.
A method for wireless communication performed at a first wireless device (205, 605), comprising: transmitting, to a second wireless device (215, 610), a directional channel reservation request on a beamformed transmit beam over a shared radio frequency spectrum band, the directional channel reservation request including a first expected response time duration for the first wireless device (205, 605) to receive a channel reservation response from the second wireless device (215, 610) in response to the directional channel reservation request; receiving the channel reservation response from the second wireless device (215, 610) during the first expected response time duration; transmitting, to the second wireless device (215, 610), a directional transmission, using a beamformed transmit beam, according to the directional channel reservation request; and transmitting a second channel reservation response following the directional transmission, the second channel reservation response including a second expected response time duration for the first wireless device (205, 605) to receive an acknowledgement in response to the directional transmission. transmitting, to a second wireless device (215, 610), a directional channel reservation request on a beamformed transmit beam over a shared radio frequency spectrum band, the directional channel reservation request including a first expected response time duration for the first wireless device (205, 605) to receive a channel reservation response from the second wireless device (215, 610) in response to the directional channel reservation request; receiving the channel reservation response from the second wireless device (215, 610) during the first expected response time duration; transmitting, to the second wireless device (215, 610), a directional transmission, using a beamformed transmit beam, according to the directional channel reservation request; and transmitting a second channel reservation response following the directional transmission, the second channel reservation response including a second expected response time duration for the first wireless device (205, 605) to receive an acknowledgement in response to the directional transmission.
A switching apparatus (30,130) comprising: first and second nodes (32,34) operably connectable to a line voltage; first and second switching branches (38,40) connected in parallel between the first and second nodes (32,34), the first switching branch including at least one first switching element (46,60); and the second switching branch including a pair of switching assemblies connected in series between the first and second nodes (32,34), the second switching branch further including a junction between the pair of switching assemblies, each switching assembly including at least one second switching element, at least one of the switching assemblies further including at least one impedance element connected in parallel to the second switching element, wherein the switching apparatus (30,130) further includes a shunt impedance and a third node, the shunt impedance arranged to form a permanent electrical connection between the junction and the third node, the third node operably connectable to a voltage that is different in magnitude to the line voltage, the or each impedance element arranged in the corresponding switching assembly to combine with the shunt impedance so as to define a current path which extends between the corresponding first or second node (32,34) and the third node, and wherein the first and second switching branches (38,40) are configured so that the first switching branch is in a turned-on state and the second switching branch is in a turned-off state in a normal operating mode of the switching apparatus. first and second nodes (32,34) operably connectable to a line voltage; first and second switching branches (38,40) connected in parallel between the first and second nodes (32,34), the first switching branch including at least one first switching element (46,60); and the second switching branch including a pair of switching assemblies connected in series between the first and second nodes (32,34), the second switching branch further including a junction between the pair of switching assemblies, each switching assembly including at least one second switching element, at least one of the switching assemblies further including at least one impedance element connected in parallel to the second switching element, wherein the switching apparatus (30,130) further includes a shunt impedance and a third node, the shunt impedance arranged to form a permanent electrical connection between the junction and the third node, the third node operably connectable to a voltage that is different in magnitude to the line voltage, the or each impedance element arranged in the corresponding switching assembly to combine with the shunt impedance so as to define a current path which extends between the corresponding first or second node (32,34) and the third node, and wherein the first and second switching branches (38,40) are configured so that the first switching branch is in a turned-on state and the second switching branch is in a turned-off state in a normal operating mode of the switching apparatus.
A terminal comprising: a receiving section adapted to receive a downlink control channel, PDCCH; and a control section adapted to control an allocation pattern of transmission time intervals that is applied to a subframe having two slots, each slot having three transmission time intervals each having a different number of symbols, each slot having seven symbols, wherein the control section is adapted to perform a receiving process by selecting one allocation pattern from a plurality of allocation patterns depending on a number of symbols allocated to the PDCCH in one subframe, and wherein each allocation pattern has a transmission time interval formed with three symbols and two transmission time intervals each formed with two symbols. a receiving section adapted to receive a downlink control channel, PDCCH; and a control section adapted to control an allocation pattern of transmission time intervals that is applied to a subframe having two slots, each slot having three transmission time intervals each having a different number of symbols, each slot having seven symbols, wherein the control section is adapted to perform a receiving process by selecting one allocation pattern from a plurality of allocation patterns depending on a number of symbols allocated to the PDCCH in one subframe, and wherein each allocation pattern has a transmission time interval formed with three symbols and two transmission time intervals each formed with two symbols.
A case for liquid state cosmetics, the case comprising: a case body provided with a content storage part in which the liquid content is stored; a shoulder unit coupled to close an upper portion of the case body and provided with an inflow part having a content inflow hole in a center thereof; a piston unit disposed in the case body to move according to discharge of the content; a pumping unit inserted into the inflow part and connected to the content inflow hole to discharge the content through pumping action due to elasticity, wherein the piston unit is slidably inserted into the case body to move downward when the pumping unit operates; and a button unit elevatably coupled to an upper portion of the shoulder unit and connected to the pumping unit and having an outlet hole, through which the content is discharged, at a center thereof, the button unit operating the pumping unit to discharge the content to the outlet hole by the pumping action of the pumping unit; characterized in that the pumping unit comprises a pumping member which is made of an elastic material so that the content is discharged through the pumping action such as compression and expansion due to the elasticity and through which a content moving passage connected to the content inflow hole passes through the inside thereof. a case body provided with a content storage part in which the liquid content is stored; a shoulder unit coupled to close an upper portion of the case body and provided with an inflow part having a content inflow hole in a center thereof; a piston unit disposed in the case body to move according to discharge of the content; a pumping unit inserted into the inflow part and connected to the content inflow hole to discharge the content through pumping action due to elasticity, wherein the piston unit is slidably inserted into the case body to move downward when the pumping unit operates; and a button unit elevatably coupled to an upper portion of the shoulder unit and connected to the pumping unit and having an outlet hole, through which the content is discharged, at a center thereof, the button unit operating the pumping unit to discharge the content to the outlet hole by the pumping action of the pumping unit; characterized in that the pumping unit comprises a pumping member which is made of an elastic material so that the content is discharged through the pumping action such as compression and expansion due to the elasticity and through which a content moving passage connected to the content inflow hole passes through the inside thereof.
A separation system for separating a sprue from an injection molded component, particularly a micro-injection molded component, the system comprising: at least one laser source, wherein the laser source is configured to emit and direct a laser beam onto the component, and at least one component holding device, that is assigned to the laser source and that is adapted to hold and move the component in such a way that the laser beam follows a predefined separation line on the component, wherein the predefined separation line separates a sprue section of the component, including a sprue, from a component section of the component, and wherein the laser source is configured to emit the laser beam such that separating the sprue section from the component section along the separation line is performed under photoablation, the separation system being characterized in that it further comprises a separation chamber, wherein the separation chamber is adapted to receive the component at least partially so that an intersection point between the laser beam and the separation line lies within the separation chamber, and wherein the separation chamber is configured to be filled with an inert gas. at least one laser source, wherein the laser source is configured to emit and direct a laser beam onto the component, and at least one component holding device, that is assigned to the laser source and that is adapted to hold and move the component in such a way that the laser beam follows a predefined separation line on the component, wherein the predefined separation line separates a sprue section of the component, including a sprue, from a component section of the component, and wherein the laser source is configured to emit the laser beam such that separating the sprue section from the component section along the separation line is performed under photoablation, the separation system being characterized in that it further comprises a separation chamber, wherein the separation chamber is adapted to receive the component at least partially so that an intersection point between the laser beam and the separation line lies within the separation chamber, and wherein the separation chamber is configured to be filled with an inert gas.
A device for grinding coffee beans, comprising a body provided with a vertical inlet hopper for the coffee beans and with a separate vertical outlet for the ground coffee, which are mutually connected by way of a horizontal seat within which a shaft is associated axially and rotatably, a first axially movable grinder being keyed to said shaft and cooperating with means adapted to allow a first, micro-adjustment of the granulometry of the ground coffee, and said first grinder interacting with a facing second axially movable grinder, which cooperates with means adapted to allow a second, macro-adjustment of the grinding as a function of the type of coffee beans selected.
A method for producing an ester comprising: A. pre-esterifying a primary polyol by esterifying the primary polyol with a carboxylic acid; B. reacting the pre-esterified primary polyol with ozone, and optionally a biobased oil, oil derivative, or modified oil, in the presence of a solvent at a temperature between about -80°C to about 80°C to produce intermediate products; and C. refluxing the intermediate products or further reacting at lower than reflux temperature, wherein esters are produced from the intermediate products at double bond sites; and substantially all of the fatty acids are transesterified to esters at the fatty acid sites. A. pre-esterifying a primary polyol by esterifying the primary polyol with a carboxylic acid; B. reacting the pre-esterified primary polyol with ozone, and optionally a biobased oil, oil derivative, or modified oil, in the presence of a solvent at a temperature between about -80°C to about 80°C to produce intermediate products; and C. refluxing the intermediate products or further reacting at lower than reflux temperature, wherein esters are produced from the intermediate products at double bond sites; and substantially all of the fatty acids are transesterified to esters at the fatty acid sites.
A dispensing system for dispensing active ingredient fluids, in particular into the flushing liquid of a toilet bowl, comprising • a first reservoir containing a first active ingredient fluid, • at least one second reservoir containing a second active ingredient fluid that is different from the first active ingredient fluid, • the reservoir (2, 3) being configured such that the active ingredient fluids (4, 5) are prevented from intermixing in the reservoirs and the flushing liquid is prevented from entering the reservoirs (2, 3), • the first reservoir comprising a first dispensing orifice arranged on the bottom and the second reservoir comprising a second dispensing orifice arranged on the bottom, characterized in that • the first dispensing orifice and the second dispensing orifice form a common dispensing orifice through which the first active ingredient fluid and the second active ingredient fluid leave the reservoirs (2, 3), • a dispensing device connected downstream of the common dispensing orifice of the reservoirs (2, 3) in the flow direction of the active ingredient fluids being provided, which device controls the dispensing of the active ingredient fluids (4, 5) into the flushing liquid. • a first reservoir containing a first active ingredient fluid, • at least one second reservoir containing a second active ingredient fluid that is different from the first active ingredient fluid, • the reservoir (2, 3) being configured such that the active ingredient fluids (4, 5) are prevented from intermixing in the reservoirs and the flushing liquid is prevented from entering the reservoirs (2, 3), • the first reservoir comprising a first dispensing orifice arranged on the bottom and the second reservoir comprising a second dispensing orifice arranged on the bottom, • the first dispensing orifice and the second dispensing orifice form a common dispensing orifice through which the first active ingredient fluid and the second active ingredient fluid leave the reservoirs (2, 3), • a dispensing device connected downstream of the common dispensing orifice of the reservoirs (2, 3) in the flow direction of the active ingredient fluids being provided, which device controls the dispensing of the active ingredient fluids (4, 5) into the flushing liquid.
A temperature measuring method capable of switching calculation based on displacement detection, comprising: provision of a temperature measuring instrument, said temperature measuring instrument including an infrared temperature measuring unit and an arithmetic unit; characterized by further providing a displacement detecting unit for detecting a change of position of said temperature measuring instrument, wherein said displacement detecting unit is disposed in said temperature measuring instrument; wherein, during the process of measuring a temperature, said infrared temperature measuring unit obtains an infrared signal C; wherein, when the displacement detecting unit feeds back that the temperature measuring instrument is under an inactive state, said infrared signal C is combined with a point calculation formula A to obtain a body temperature value D1; wherein, when the displacement detecting unit feeds back that the temperature measuring instrument is under an active state, said infrared signal C is combined with a scanning calculation formula B to obtain a body temperature value D2; and wherein the point calculation formula A and the scanning calculation formula B are arithmetic formulas stored in the arithmetic unit respectively. provision of a temperature measuring instrument, said temperature measuring instrument including an infrared temperature measuring unit and an arithmetic unit; characterized by further providing a displacement detecting unit for detecting a change of position of said temperature measuring instrument, wherein said displacement detecting unit is disposed in said temperature measuring instrument; wherein, during the process of measuring a temperature, said infrared temperature measuring unit obtains an infrared signal C; wherein, when the displacement detecting unit feeds back that the temperature measuring instrument is under an inactive state, said infrared signal C is combined with a point calculation formula A to obtain a body temperature value D1; wherein, when the displacement detecting unit feeds back that the temperature measuring instrument is under an active state, said infrared signal C is combined with a scanning calculation formula B to obtain a body temperature value D2; and wherein the point calculation formula A and the scanning calculation formula B are arithmetic formulas stored in the arithmetic unit respectively.