mhurhangee/ep-ind-claims huggingface dataset:
A slide fastener comprising: a first fastener stringer which comprises a fixing pin; a second fastener stringer which comprises an insertion pin; a slider which couples or separates the first and second fastener stringers (100, 200), and a row of fastener elements formed on the second fastener stringer, wherein the fastener elements are configured to be inserted into the slider when the fixing pin and the insertion pin are coupled in the vertical direction, wherein a first fastening member is provided on the fixing pin, and a second fastening member is provided on the insertion pin and coupled to the first fastening member with directionality, wherein a guide protrusion is formed on one of the first fastening member and the second fastening member, and a guide groove, which corresponds to the guide protrusion, is formed in the other of the first fastening member and the second fastening member, which does not have the guide protrusion, and the second fastener stringer separated from the slider is inserted into the slider when the first fastener stringer and the second fastener stringer are coupled in a vertical direction, characterized by the guide groove being divided into a first section, a second section, which is wider than the first section, and an inclined surface between the first section and the second section. a first fastener stringer which comprises a fixing pin; a second fastener stringer which comprises an insertion pin; a slider which couples or separates the first and second fastener stringers (100, 200), and a row of fastener elements formed on the second fastener stringer, wherein the fastener elements are configured to be inserted into the slider when the fixing pin and the insertion pin are coupled in the vertical direction, wherein a first fastening member is provided on the fixing pin, and a second fastening member is provided on the insertion pin and coupled to the first fastening member with directionality, wherein a guide protrusion is formed on one of the first fastening member and the second fastening member, and a guide groove, which corresponds to the guide protrusion, is formed in the other of the first fastening member and the second fastening member, which does not have the guide protrusion, and the second fastener stringer separated from the slider is inserted into the slider when the first fastener stringer and the second fastener stringer are coupled in a vertical direction, characterized by the guide groove being divided into a first section, a second section, which is wider than the first section, and an inclined surface between the first section and the second section.
A wireless communication relay station apparatus for relaying communication between a first wireless communication apparatus and a second wireless communication apparatus in at least two or more frequency bands, the wireless communication relay station apparatus comprising: a transmitter which is configured, in a first subframe, to transmit a first uplink signal to the first wireless communication apparatus in a first frequency band, and to transmit a first downlink signal to the second wireless communication apparatus in a second frequency band; a receiver which is configured, in a second subframe, to receive a second downlink signal from the first wireless communication apparatus in the first frequency band, and to receive a second uplink signal from the second wireless communication apparatus in the second frequency band; and a timing setter which is configured to set a transmission timing for the first uplink signal in the first subframe in accordance with a transmission delay amount between the wireless communication relay station apparatus and the first wireless communication apparatus, wherein the transmitter is configured, at the set transmission timing, to transmit the first uplink signal to the first wireless communication apparatus in the first frequency band, and to transmit the first downlink signal to the second wireless communication apparatus in the second frequency band. a transmitter which is configured, in a first subframe, to transmit a first uplink signal to the first wireless communication apparatus in a first frequency band, and to transmit a first downlink signal to the second wireless communication apparatus in a second frequency band; a receiver which is configured, in a second subframe, to receive a second downlink signal from the first wireless communication apparatus in the first frequency band, and to receive a second uplink signal from the second wireless communication apparatus in the second frequency band; and a timing setter which is configured to set a transmission timing for the first uplink signal in the first subframe in accordance with a transmission delay amount between the wireless communication relay station apparatus and the first wireless communication apparatus, wherein the transmitter is configured, at the set transmission timing, to transmit the first uplink signal to the first wireless communication apparatus in the first frequency band, and to transmit the first downlink signal to the second wireless communication apparatus in the second frequency band.
A suspension spring unit for a vehicle chassis for arrangement between a vehicle body and a wheel carrier, comprising at least four leaf springs composed of a fiber composite material, wherein the leaf springs have a flat extent between two spring ends and are connected to each other in pairs at a distance from each other by means of end connecting elements over the spring ends, and therefore at least two leaf spring pairs arranged in series are formed, and wherein the leaf spring pairs are connected to each other via central regions, which are formed between the spring ends, of the leaf springs by means of central connecting elements characterized in that the end connecting elements are formed from a rubber, from plastic or from a metallic material and have two in particular obliquely formed receiving slots in which the spring ends of the leaf springs are accommodated.
A media sheet registration assembly comprising: an impression cylinder configured to rollingly engage a blanket cylinder to form a nip, the impression cylinder including at least one gripper configured to selectively secure an end of a media sheet relative to the impression cylinder; and a conditioning roller (70; 150) selectively engageable directly against the impression cylinder to apply pressure on the secured media sheet between the conditioning roller (70; 150) and the impression cylinder prior to passage of the media sheet through the nip; a translational module configured to control translation of the conditioning roller (70; 150) toward and away from the impression cylinder to cause selective engagement of the conditioning roller (70; 150) against the impression cylinder; and a pressure module configured to control an application of pressure by the conditioning roller (70; 150) to the media sheet on the impression cylinder to flatten the media sheet. an impression cylinder configured to rollingly engage a blanket cylinder to form a nip, the impression cylinder including at least one gripper configured to selectively secure an end of a media sheet relative to the impression cylinder; and a conditioning roller (70; 150) selectively engageable directly against the impression cylinder to apply pressure on the secured media sheet between the conditioning roller (70; 150) and the impression cylinder prior to passage of the media sheet through the nip; a translational module configured to control translation of the conditioning roller (70; 150) toward and away from the impression cylinder to cause selective engagement of the conditioning roller (70; 150) against the impression cylinder; and a pressure module configured to control an application of pressure by the conditioning roller (70; 150) to the media sheet on the impression cylinder to flatten the media sheet.
Method of manufacturing a steering knuckle (20"') of a commercial vehicle with a given end contour, comprising the following steps: preforging a blank to obtain a semi-finished or almost-finished steering knuckle of a commercial vehicle, wherein an outer contour of the preforged steering knuckle is smaller than an end contour of the steering knuckle (20", 20'"), and then shaping the steering knuckle in a die, wherein shaping is carried out essentially while still at the forging temperature of the preceding step of preforging, wherein during shaping the die is closed and one or more tools (31a, 31b) are introduced into the steering knuckle and in the process the material of the steering knuckle is displaced and the die is filled from the inside in such a way that the given end contour is achieved. preforging a blank to obtain a semi-finished or almost-finished steering knuckle of a commercial vehicle, wherein an outer contour of the preforged steering knuckle is smaller than an end contour of the steering knuckle (20", 20'"), and then shaping the steering knuckle in a die, wherein shaping is carried out essentially while still at the forging temperature of the preceding step of preforging, wherein during shaping the die is closed and one or more tools (31a, 31b) are introduced into the steering knuckle and in the process the material of the steering knuckle is displaced and the die is filled from the inside in such a way that the given end contour is achieved.
A communication control device comprising: an allocation unit configured to allocate transmit power to each of a plurality of small cells, comprising at least a first small cell and a second small cell, so as to moderate interference on a macro cell of a radio communication system from each small cell that at least partially overlaps with the macro cell; a judgment unit configured to, when the second small cell exerts interference exceeding an allowed level on the first small cell, judge whether the interference is unidirectional or bidirectional; and a control unit configured to control the interference between the first small cell and the second small cell with a first technique when the interference is unidirectional, and a second technique when the interference is bidirectional, where the first technique and the second technique are different. an allocation unit configured to allocate transmit power to each of a plurality of small cells, comprising at least a first small cell and a second small cell, so as to moderate interference on a macro cell of a radio communication system from each small cell that at least partially overlaps with the macro cell; a judgment unit configured to, when the second small cell exerts interference exceeding an allowed level on the first small cell, judge whether the interference is unidirectional or bidirectional; and a control unit configured to control the interference between the first small cell and the second small cell with a first technique when the interference is unidirectional, and a second technique when the interference is bidirectional, where the first technique and the second technique are different.
Apparatus (70, 72, 50, 100) for gripping elongate members that are connected end to end and form a string, comprising: a body; a pair of legs extending from the body and separated by a gap, each leg comprising an inwardly-facing surface; an engagement surface extending between the pair of legs; a head portion on the body opposite the legs; a gripping surface disposed on the head portion for engaging an elongate member of the string; characterized by an adhering fastener (154, 155) supported on at least one of the legs. a body; a pair of legs extending from the body and separated by a gap, each leg comprising an inwardly-facing surface; an engagement surface extending between the pair of legs; a head portion on the body opposite the legs; a gripping surface disposed on the head portion for engaging an elongate member of the string; characterized by an adhering fastener (154, 155) supported on at least one of the legs.
A process for producing a compound by use of a fluidized bed reactor comprising an internal space having a catalyst housed in a fluidizable manner therein, a first feed port into which a starting material gas comprising a hydrocarbon is fed to the fluidized bed reactor, a second feed port into which an oxygen-containing gas comprising oxygen is fed to the fluidized bed reactor, and a discharge port into which a reaction product gas is discharged from the fluidized bed reactor, comprising a reaction step of subjecting the hydrocarbon to a vapor phase catalytic ammoxidation reaction in the presence of the catalyst in the internal space to produce the corresponding unsaturated nitrile, respectively, wherein in the reaction step, a linear velocity (m/sec) of the starting material gas at the first feed port is adjusted against a degree of abrasion resistance (%) of the catalyst so as to satisfy the condition represented by the following formula or: condition: when the degree of abrasion resistance (%) of the catalyst, determined as described in the description, is not less than 0 and not more than 4, 5 ≤ linear velocity m / sec ≤ 12.5 × degree of abrasion resistance % + 100 condition: when the degree of abrasion resistance (%) of the catalyst, determined as described in the description, is more than 4 and not more than 62, 5 ≤ linear velocity m / sec ≤ − 2.5 × degree of abrasion resistance % + 160. comprising a reaction step of subjecting the hydrocarbon to a vapor phase catalytic ammoxidation reaction in the presence of the catalyst in the internal space to produce the corresponding unsaturated nitrile, respectively, wherein in the reaction step, a linear velocity (m/sec) of the starting material gas at the first feed port is adjusted against a degree of abrasion resistance (%) of the catalyst so as to satisfy the condition represented by the following formula or: condition: when the degree of abrasion resistance (%) of the catalyst, determined as described in the description, is not less than 0 and not more than 4, 5 ≤ linear velocity m / sec ≤ 12.5 × degree of abrasion resistance % + 100 condition: when the degree of abrasion resistance (%) of the catalyst, determined as described in the description, is more than 4 and not more than 62, 5 ≤ linear velocity m / sec ≤ − 2.5 × degree of abrasion resistance % + 160. condition: when the degree of abrasion resistance (%) of the catalyst, determined as described in the description, is not less than 0 and not more than 4, 5 ≤ linear velocity m / sec ≤ 12.5 × degree of abrasion resistance % + 100 condition: when the degree of abrasion resistance (%) of the catalyst, determined as described in the description, is more than 4 and not more than 62, 5 ≤ linear velocity m / sec ≤ − 2.5 × degree of abrasion resistance % + 160.
A method (i) for determining the prognosis of a patient having a non-small cell lung cancer tumor, comprising determining in a sample of said tumor the presence or absence of a E746K, L747S or A755V epidermal growth factor receptor (EGFR) protein mutation or a gene encoding a E746K, L747S or A755V EGFR protein mutation, whereby the presence of said EGFR protein mutation or said gene encoding said EGFR protein mutation indicates better prognosis compared to the absence of said EGFR protein mutation or said gene encoding said EGFR protein mutation; or (ii) of identifying a non-small cell lung cancer tumor that is susceptible to treatment with an EGFR inhibitor, comprising determining the presence or absence of a E746K, L747S or A755V EGFR protein mutation or a gene encoding a E746K, L747S or A755V EGFR protein mutation in a sample of the tumor, whereby the presence of said EGFR protein mutation or said gene encoding said EGFR protein mutation indicates the tumor is susceptible to treatment with an EGFR inhibitor. (i) for determining the prognosis of a patient having a non-small cell lung cancer tumor, comprising determining in a sample of said tumor the presence or absence of a E746K, L747S or A755V epidermal growth factor receptor (EGFR) protein mutation or a gene encoding a E746K, L747S or A755V EGFR protein mutation, whereby the presence of said EGFR protein mutation or said gene encoding said EGFR protein mutation indicates better prognosis compared to the absence of said EGFR protein mutation or said gene encoding said EGFR protein mutation; or (ii) of identifying a non-small cell lung cancer tumor that is susceptible to treatment with an EGFR inhibitor, comprising determining the presence or absence of a E746K, L747S or A755V EGFR protein mutation or a gene encoding a E746K, L747S or A755V EGFR protein mutation in a sample of the tumor, whereby the presence of said EGFR protein mutation or said gene encoding said EGFR protein mutation indicates the tumor is susceptible to treatment with an EGFR inhibitor.
A sealing arrangement for sealing the butt joins between the elements of an element façade, having horizontal and vertical sealing profiles (5, 6), which are formed to be arranged at the element butt ends, wherein, when used as intended, the horizontal sealing profiles extend beyond the element butt end and the vertical sealing profiles each end at a distance from the corners of the elements, and between the sealing profiles running through horizontally and the vertical sealing profiles, elastic sealing pieces are provided, which are separate from said sealing profiles characterised in that the separate elastic sealing pieces butt against the horizontal sealing profiles.
A pin actuator assembly for a telescoping boom, the pin actuator assembly comprising: a locking head comprising a base, an operating plate operably coupled to the base, one or more cylinder pins and/or one or more section lock arms movable in response to movement of the operating plate relative to the base; an actuator operably coupled to the operating plate and configured to move the operating plate relative to the base, the actuator comprising an electric motor and a drive arm, wherein the electric motor is configured to drive the drive arm between an extended drive arm position and a retracted drive arm position; characterized by a motion mitigator comprising a housing, a rod coupled to the drive arm, movable relative to the housing and operably coupled to the actuator, a first biasing member, a second biasing member, a slide plate movably disposed on the rod and serving as a seat for first ends of the first and second biasing members (40, 44), and a retainer plate disposed at or near a free end of the rod and serving as a seat for a second end of the first biasing member, wherein a second end of the second biasing member is seated at a portion of the housing. a locking head comprising a base, an operating plate operably coupled to the base, one or more cylinder pins and/or one or more section lock arms movable in response to movement of the operating plate relative to the base; an actuator operably coupled to the operating plate and configured to move the operating plate relative to the base, the actuator comprising an electric motor and a drive arm, wherein the electric motor is configured to drive the drive arm between an extended drive arm position and a retracted drive arm position; characterized by a motion mitigator comprising a housing, a rod coupled to the drive arm, movable relative to the housing and operably coupled to the actuator, a first biasing member, a second biasing member, a slide plate movably disposed on the rod and serving as a seat for first ends of the first and second biasing members (40, 44), and a retainer plate disposed at or near a free end of the rod and serving as a seat for a second end of the first biasing member, wherein a second end of the second biasing member is seated at a portion of the housing.
A solid-fuel heating apparatus comprising a combustion chamber provided with a windowed door opening to the outside, an intake device for receiving outside combustion air in said chamber, an output duct for the burnt gases and a sealed enclosure for preheating the combustion air conveying the latter into the combustion chamber, connected at a first end to the intake device and ending at a second end with a plurality of orifices releasing the air preheated through the preheating enclosure into the combustion chamber, the preheating enclosure being made up of a set of sealed ducts exchanging heat with the combustion gases and the burnt gases (3,8,12,15,17,18,19), ending with the aforementioned orifices, wherein said orifices are on the one hand positioned in lines spaced apart from one another and on the other hand have a size decreasing by height, over a distance that does not exceed the lower half of the height of the combustion chamber, so as to modulate the flow of preheated air released into the chamber while enveloping the flame and combustion area according to the natural conical shape of the latter, and wherein the set of sealed ducts exchanging heat with the combustion gases and the burnt gases is arranged to comprise a duct section for preheating the combustion air that is concentric with at least one section of the discharge duct for the burnt gases and has a length comprised between 20 and 40 cm.
A method of conditioning a condensate generated from a carbon dioxide rich flue gas in a compression section of a gas purification unit, comprising a) compressing (44, 44', 44", 44"') the carbon dioxide rich flue gas from a flue gas condenser; b) cooling (70, 70', 70", 80, 82) of the compressed carbon dioxide rich flue gas below the water dew point to form said condensate (72, 73, 74, 76) comprising carbon dioxide; characterized in: c) recirculating the condensate (72, 73, 74, 76) formed during the cooling in b) to an inlet of a lower end of the flue gas condenser; d) introducing the condensate of step c) into the flue gas condenser; e) degassing of the condensate whereby a carbon dioxide rich vapor is released into a vapor phase in the lower end of the flue gas condenser. a) compressing (44, 44', 44", 44"') the carbon dioxide rich flue gas from a flue gas condenser; b) cooling (70, 70', 70", 80, 82) of the compressed carbon dioxide rich flue gas below the water dew point to form said condensate (72, 73, 74, 76) comprising carbon dioxide; characterized in: c) recirculating the condensate (72, 73, 74, 76) formed during the cooling in b) to an inlet of a lower end of the flue gas condenser; d) introducing the condensate of step c) into the flue gas condenser; e) degassing of the condensate whereby a carbon dioxide rich vapor is released into a vapor phase in the lower end of the flue gas condenser. c) recirculating the condensate (72, 73, 74, 76) formed during the cooling in b) to an inlet of a lower end of the flue gas condenser; d) introducing the condensate of step c) into the flue gas condenser; e) degassing of the condensate whereby a carbon dioxide rich vapor is released into a vapor phase in the lower end of the flue gas condenser.