mhurhangee/patent-ind-claim-en huggingface dataset:
A clipping apparatus comprising: a device including an elongated shaft extending from a proximal end to a distal end, the elongated shaft including a coil extending from the proximal end to the distal end, the coil having a channel extending longitudinally therethrough; and a braided portion extending around a portion of the coil ; a capsule releasably coupled to the distal end ; a clip including a pair of tissue gripping arms for bringing together separated portions of tissue, wherein a proximal end of the clip is at least partially received within the capsule ; and a proximal actuating handle coupled to the clip via a control wire ; characterized in that the braided portion includes a plurality of lines wound together such that first and second ones of the lines intersect to enclose a predetermined angle α as defined in Fig. 1 therebetween, the angle being between 25 degrees and 55 degrees, wherein each of the first ones of the lines includes one of one, two, and three filaments and each of the second ones of the lines includes one of one, two, and three filaments. a device including an elongated shaft extending from a proximal end to a distal end, the elongated shaft including a coil extending from the proximal end to the distal end, the coil having a channel extending longitudinally therethrough; and a braided portion extending around a portion of the coil ; a coil extending from the proximal end to the distal end, the coil having a channel extending longitudinally therethrough; and a braided portion extending around a portion of the coil ; a capsule releasably coupled to the distal end ; a clip including a pair of tissue gripping arms for bringing together separated portions of tissue, wherein a proximal end of the clip is at least partially received within the capsule ; and a proximal actuating handle coupled to the clip via a control wire ; characterized in that the braided portion includes a plurality of lines wound together such that first and second ones of the lines intersect to enclose a predetermined angle α as defined in Fig. 1 therebetween, the angle being between 25 degrees and 55 degrees, wherein each of the first ones of the lines includes one of one, two, and three filaments and each of the second ones of the lines includes one of one, two, and three filaments.
An apparatus for braking and holding a processing element which has a head and which is automatically supplied to a tool, said apparatus comprising a guide channel for the processing element ; and a braking element which is movably supported between a braking position and a release position and which can be at least partly introduced into the guide channel to brake and hold the processing element supplied, characterized in that a part of the braking element which projects into the guide channel in the braking position and thereby narrows the guide channel has an end face which faces the guide channel and which forms a latch recess for holding the head of the processing element . a guide channel for the processing element ; and a braking element which is movably supported between a braking position and a release position and which can be at least partly introduced into the guide channel to brake and hold the processing element supplied, characterized in that a part of the braking element which projects into the guide channel in the braking position and thereby narrows the guide channel has an end face which faces the guide channel and which forms a latch recess for holding the head of the processing element .
Method for the closed-loop control of a voltage DC link by means of a backfeeding module of a serial bus system, which comprises the backfeeding module, bus subscribers (S1, S2, S3, S4) and a master module (M), the bus subscribers (S1, S2, S3, S4) being powered from the shared voltage DC link, each bus subscriber (S1, S2, S3, S4) periodically determining its power consumption value, a feedforward value for the voltage DC link being the sum of the power consumption values of all the bus subscribers (S1, S2, S3, S4) of the bus system, the master module (M) transmitting a telegram for querying the power consumption values to the bus subscribers (S1, S2, S3, S4), characterised in that a bus subscriber (S1, S2, S3, S4), in particular a final bus subscriber (S1, S2, S3, S4), writes its power consumption value to the telegram and sends the telegram back to the master module (M), each bus subscriber (S1, S2, S3, S4) by which the telegram passes on the way back to the master module (M) adding its power consumption value to the power consumption value contained in the telegram and overwriting that value with the sum of the power consumption values, a bus subscriber (S1, S2, S3, S4) arranged immediately downstream of the master module (M) adding its power consumption value to the power consumption value contained in the telegram, i.e. calculating the feedforward value for the backfeeding module, and writing the feedforward value to the telegram, the master module (M) analysing the telegram and storing the feedforward value, the backfeeding module reading out and analysing the feedforward value and controlling the voltage DC link by using the feedforward value, the master module (M) periodically sending the telegram for querying the power consumption values and overwriting a stored feedforward value after analysing the telegram, the telegram for querying the power consumption values being sent at least twice as often as each bus subscriber (S1, S2, S3, S4) determines its power consumption value, the backfeeding module inverting current from the voltage DC link, in particular inverting it sinusoidally, and backfeeding it into a power grid such that the power flowing into the power grid from the voltage DC link via the backfeeding module is controlled towards the feedforward value.
A manufacturing device of a roller mold which is a roller-like die to transfer a pattern, comprising: an electron beam irradiation device configured to irradiate, with electron beams, the roller mold coated with a resist; a mask which has an opening that is configured to allow passage of some of electron beams emitted from the electron beam irradiation device , and which is configured to form a plurality of beams that perform simultaneous depiction on the resist; a rotation drive device configured to rotate the roller mold around a rotary shaft ; a displacement amount detection sensor configured to detect a rotational runout displacement amount of the roller mold in the direction of the rotary shaft at the rotation by the rotation drive device ; a control device configured to receive a detection signal from the displacement amount detection sensor , and configured to transmit a control signal to allow a depiction position on the resist of the roller mold by the electron beams to follow the roller mold ; and an actuator which, based on the control signal from the control device , is configured to allow the depiction position by the electron beams to follow the displacement of the roller mold in the direction of the rotary shaft , wherein misalignment of an exposed position of the resist, which is caused by rotational runout displacement of the roller mold in the direction of the rotary shaft , is suppressed. an electron beam irradiation device configured to irradiate, with electron beams, the roller mold coated with a resist; a mask which has an opening that is configured to allow passage of some of electron beams emitted from the electron beam irradiation device , and which is configured to form a plurality of beams that perform simultaneous depiction on the resist; a rotation drive device configured to rotate the roller mold around a rotary shaft ; a displacement amount detection sensor configured to detect a rotational runout displacement amount of the roller mold in the direction of the rotary shaft at the rotation by the rotation drive device ; a control device configured to receive a detection signal from the displacement amount detection sensor , and configured to transmit a control signal to allow a depiction position on the resist of the roller mold by the electron beams to follow the roller mold ; and an actuator which, based on the control signal from the control device , is configured to allow the depiction position by the electron beams to follow the displacement of the roller mold in the direction of the rotary shaft , wherein misalignment of an exposed position of the resist, which is caused by rotational runout displacement of the roller mold in the direction of the rotary shaft , is suppressed.
A process for conducting two adjacent seismic surveys concurrently, in respective survey areas that are sufficiently close that recordings in one survey area will include seismic energy delivered in the other survey area, where each survey utilizes multiple sweep-type seismic vibrators (11, 12, 13, 14; 21, 22, 23, 24), where one survey is a conventional seismic survey shaking one shot point (A) at a time while the other is a phase encoded seismic survey and shakes multiple shot points (J, K, L, M) concurrently, and where the phase encoded seismic survey is conducted with the seismic vibrators using sweeps of about twice the length of time or longer as the sweeps of the seismic vibrators of the conventional seismic survey, wherein the sweeps begin at first frequency and end at a second frequency and progress from the first to the second wherein the first frequency of one survey is at least five percent different than the first frequency of the other survey.
A system for determining the remaining fatigue life of a shear pin of a ground engaging system of an agricultural implement , the system comprising a ground-engaging system including an attachment structure coupled to a frame of an agricultural implement , a ground-engaging tool pivotably coupled to the attachment structure at a pivot joint , a shear pin at least partially extending through the attachment structure and the ground-engaging tool to prevent pivoting of the ground-engaging tool about the pivot joint , a biasing element coupled between the attachment structure and the ground-engaging tool , the biasing element configured to bias the ground-engaging tool towards a ground-engaging position, at least one sensor configured to generate data indicative of a load on at least one component of the ground-engaging system , and a controller communicatively coupled to the at least one sensor , the system being characterized by the controller being configured to determine a remaining fatigue life of the shear pin based at least in part on the data indicative of the load on the at least one component of the ground-engaging system . at least one sensor configured to generate data indicative of a load on at least one component of the ground-engaging system , and a controller communicatively coupled to the at least one sensor , the system being characterized by the controller being configured to determine a remaining fatigue life of the shear pin based at least in part on the data indicative of the load on the at least one component of the ground-engaging system .
A guidance system for sliding doors , with a door guide of a running rail for guiding a track roller of the door guide , with a drive system having a drive device , and with a travel space of the door guide extending in the longitudinal direction of the running rail , the travel space being delimited at least in part by the running rail , wherein a cover is fastened to the running rail , characterized in that a passage for the sliding door is formed between the cover and the running rail , wherein an operating panel for the drive system is arranged at or in the passage , and wherein the operating panel is operable from a bottom side of the running rail .
Car tyre having a tread comprising a central portion (L1) located across an equatorial plane (X-X), a first shoulder portion (L2) located towards an outer side of the tyre and a second shoulder portion (L3) located towards an inner side of the tyre; first circumferential grooves axially delimiting the first shoulder portion (L2) and the second shoulder portion (L3) with respect to the central portion (L1) of the tread ; wherein: - said first shoulder portion (L2) and said second shoulder portion (L3) comprise a plurality of first transverse grooves having a first end located substantially at the respective edge of the tread , having a width greater than or equal to about 4 mm and an axial extension equal to at least 50% of the width of the shoulder portion in which they are located; - the number of said first transverse grooves of the first shoulder portion (L2) is lower than the number of said first transverse grooves of the second shoulder portion (L3); - said central portion (L1) comprises a second circumferential groove and a first and second circumferential ribs comprising a plurality of second transverse grooves ; characterized in that - said second transverse grooves have a maximum width smaller than or equal to about 3 mm and define in said circumferential ribs a void-to-rubber ratio smaller than 0.06; - said second transverse grooves extend at most over 80% of the width of the circumferential rib in which they are located; and in that - said first circumferential rib has a plurality of fifth transverse grooves having an extension smaller than 35% of the width of said first circumferential rib . - said first shoulder portion (L2) and said second shoulder portion (L3) comprise a plurality of first transverse grooves having a first end located substantially at the respective edge of the tread , having a width greater than or equal to about 4 mm and an axial extension equal to at least 50% of the width of the shoulder portion in which they are located; - the number of said first transverse grooves of the first shoulder portion (L2) is lower than the number of said first transverse grooves of the second shoulder portion (L3); - said central portion (L1) comprises a second circumferential groove and a first and second circumferential ribs comprising a plurality of second transverse grooves ; characterized in that - said second transverse grooves have a maximum width smaller than or equal to about 3 mm and define in said circumferential ribs a void-to-rubber ratio smaller than 0.06; - said second transverse grooves extend at most over 80% of the width of the circumferential rib in which they are located; and in that - said first circumferential rib has a plurality of fifth transverse grooves having an extension smaller than 35% of the width of said first circumferential rib .
Method for producing a concrete-steel connection , wherein, for the purpose of forming a structure which transmits and/or accommodates forces, steel formwork material is back-cast with concrete , where an intermediate layer of a filling material (4.1) is disposed between the steel formwork material , which remains in the structure under production, after the curing of the concrete , and the concrete for back-casting, characterized in that the filling material (4.1) is applied in the form of a two-component system which comprises as the first component a material which increases its volume after excitation and comprises as the second component an activator for exciting the material of the first component, the activator being activated, in other words brought to reaction, 20 days to 40 days after the back-casting of the steel formwork material with concrete , so that as a consequence of this activation the filling material (4.1) expands and, in so doing, penetrates gaps and/or cavities and at least partly fills the gaps and/or cavities which have formed between the steel formwork material and the back-cast concrete after the back-casting of the concrete.
Filter medium comprising a nonwoven layer, which has bicomponent fibres, and a melt-blown layer, which comprises polyester fibres having an average diameter (d1) of less than 1.8 μm, wherein the thickness of the nonwoven layer is less than 0.4 mm at a contact pressure of 0.1 bar, and at least 25% of the polyester fibres of the melt-blown layer have a diameter (d) of less than 1 μm.
A gas appliance control device, in particular for appliances that comprise at least one gas tap having a safety valve that includes an electromagnet (EM) that can be supplied via a thermo-electric generator (TC), wherein the device comprises at least one control module having a supporting structure , which can be associated to a gas tap , in particular within a body of a gas appliance , the supporting structure defining a housing contained within which is at least one first part of a circuit arrangement (25, PSD), wherein: - the control module comprises command means (22; 27) operable by a user for activating at least one timing function and/or a function of ignition of a gas burner , and - the first part of the circuit arrangement (25, PSD) comprises control means (MC, Ql), first electrical-interconnection means (25c, 25d+, 25d-, 47), and detection means configured for detecting actuation of the command means and supplying corresponding signals to the control means (MC, Ql), wherein the first electrical-interconnection means comprise first connector means , configured for connection to an electromagnet (EM) of a safety valve of a gas tap , and second connectors means (25d+; 25d-), configured for connection to a thermo-electric generator (TC) of said gas tap , wherein the circuit arrangement (25, PSD) further comprises control and/or command means (PSD, IS, FD, LE, BC, ISC) and/or an auxiliary module (PSD), among which a flame-detecting circuit (FD), characterized in that the flame-detecting circuit (FD) comprises: - means (MC, Q1) for causing brief openings of a circuit between the first connector means and the second connector means ; and - means (MC, C5) for detecting possible variations of voltage or over-voltages in said circuit between the first connector means and the second connector means following upon said brief openings. - the control module comprises command means (22; 27) operable by a user for activating at least one timing function and/or a function of ignition of a gas burner , and - the first part of the circuit arrangement (25, PSD) comprises control means (MC, Ql), first electrical-interconnection means (25c, 25d+, 25d-, 47), and detection means configured for detecting actuation of the command means and supplying corresponding signals to the control means (MC, Ql), - means (MC, Q1) for causing brief openings of a circuit between the first connector means and the second connector means ; and - means (MC, C5) for detecting possible variations of voltage or over-voltages in said circuit between the first connector means and the second connector means following upon said brief openings.
An in-line type point control lamp, comprising: a patch lamp bead and an in-line LED bracket ; wherein the patch lamp bead has two power lines and one signal line , and the in-line LED bracket has two power connecting parts and one signal connecting part , the two power lines are respectively connected to the two power connecting parts , and the signal line is connected to the signal connecting part , the patch lamp bead has a welding plate surface , and the two power connecting parts and the one signal connecting part are all welded on the welding plate surface , the welding plate surface has three bonding pads , and the two power connecting parts and the one signal connecting part are respectively welded on the three bonding pads . the three bonding pads are respectively electrically connected to the two power lines and one signal line , and the welding plate surface is located on a backside of the patch lamp bead . wherein the patch lamp bead has two power lines and one signal line , and the in-line LED bracket has two power connecting parts and one signal connecting part , the two power lines are respectively connected to the two power connecting parts , and the signal line is connected to the signal connecting part , the patch lamp bead has a welding plate surface , and the two power connecting parts and the one signal connecting part are all welded on the welding plate surface , the welding plate surface has three bonding pads , and the two power connecting parts and the one signal connecting part are respectively welded on the three bonding pads . the three bonding pads are respectively electrically connected to the two power lines and one signal line , and the welding plate surface is located on a backside of the patch lamp bead .
A self-propelled snow thrower , comprising: a snow removal system; a power system configured to drive the snow removal system to work, wherein the power system includes including a first motor arranged inside a housing , a circuit board located on the side of the first motor and simultaneously housed in the housing and a battery assembly installed on the housing and located outside the housing to provide energy for the first motor ; wherein the snow removal system includes a transmission shaft , an auger assembly in transmission connection with the transmission shaft , a snow throwing impeller mounted to the transmission shaft , and an impeller housing covering the outside of the snow throwing impeller , an output shaft of the first motor is connected with the transmission shaft directly, so that when the first motor rotates, power is transmitted to the transmission shaft through the output shaft , the rotation speed of the output shaft is substantially the same as the rotation speed of the transmission shaft and a rotation axis of the transmission shaft and a rotation axis of the output shaft are on a same line and wherein the position of the first motor is very close to the impeller housing . a snow removal system; a power system configured to drive the snow removal system to work, wherein the power system includes including a first motor arranged inside a housing , a circuit board located on the side of the first motor and simultaneously housed in the housing and a battery assembly installed on the housing and located outside the housing to provide energy for the first motor ; wherein the snow removal system includes a transmission shaft , an auger assembly in transmission connection with the transmission shaft , a snow throwing impeller mounted to the transmission shaft , and an impeller housing covering the outside of the snow throwing impeller , an output shaft of the first motor is connected with the transmission shaft directly, so that when the first motor rotates, power is transmitted to the transmission shaft through the output shaft , the rotation speed of the output shaft is substantially the same as the rotation speed of the transmission shaft and a rotation axis of the transmission shaft and a rotation axis of the output shaft are on a same line and wherein the position of the first motor is very close to the impeller housing .
Method of preparing a monolithic SCR catalyst with a plurality of gas flow channels comprising the steps of (a) providing a monolithic shaped substrate with a plurality of parallel gas flow channels; (b) coating the substrate with a washcoat slurry comprising titania; (c) drying and calcining the washcoated substrate; (d) impregnating the dried and calcined washcoated substrate with an aqueous impregnation solution comprising a precursor of a vanadium oxide; (e) drying the thus coated and impregnated washcoated substrate at a drying rate of 5 mm/min or less; and (f) activating the dried washcoated and impregnated substrate by calcining. (a) providing a monolithic shaped substrate with a plurality of parallel gas flow channels; (b) coating the substrate with a washcoat slurry comprising titania; (c) drying and calcining the washcoated substrate; (d) impregnating the dried and calcined washcoated substrate with an aqueous impregnation solution comprising a precursor of a vanadium oxide; (e) drying the thus coated and impregnated washcoated substrate at a drying rate of 5 mm/min or less; and (f) activating the dried washcoated and impregnated substrate by calcining.