mhurhangee/patent-ind-claim-en huggingface dataset:
A suture clip comprising: a disc body having two adjacent portions joined by a hinge at a first location on a perimeter of the disc body and having a latch at a second location on the perimeter of the disc body diametrically opposite to the first location; a first suture engagement surface on a first portion of the disc body; and a second suture engagement surface on a second portion of the disc body; wherein the first and second suture engagement surfaces close sufficiently tightly to immobilize a pair of suture lengths therebetween when the two portions are closed and held together by the latch, wherein the latch comprises a barb on the first portion of the disc body and a locking arm on the second portion of the disc body, wherein the disc body further includes a barrier above the hinge to center the suture between the two portions of the disc body, wherein the barrier comprises an arm projecting from the suture engagement surface on one of the adjacent portions and a slot formed in the suture engagement surface on the other of the adjacent portions, wherein the arm is received in the slot as the two portions are closed and held together by the latch. a disc body having two adjacent portions joined by a hinge at a first location on a perimeter of the disc body and having a latch at a second location on the perimeter of the disc body diametrically opposite to the first location; a first suture engagement surface on a first portion of the disc body; and a second suture engagement surface on a second portion of the disc body; wherein the first and second suture engagement surfaces close sufficiently tightly to immobilize a pair of suture lengths therebetween when the two portions are closed and held together by the latch, wherein the latch comprises a barb on the first portion of the disc body and a locking arm on the second portion of the disc body, wherein the disc body further includes a barrier above the hinge to center the suture between the two portions of the disc body, wherein the barrier comprises an arm projecting from the suture engagement surface on one of the adjacent portions and a slot formed in the suture engagement surface on the other of the adjacent portions, wherein the arm is received in the slot as the two portions are closed and held together by the latch.
A method for manufacturing hot dip galvanized rolled high strength steel product, said method comprising: providing a rolled steel product; heating in a first heating step the rolled steel product in an oxidizing atmosphere and creating a layer of iron oxide on the surface of the rolled steel product; annealing and holding the rolled steel product in a dry, reducing atmosphere comprising in vol% 2-5 % H 2 , remaining being N 2 , and maintaining a layer of iron oxide, created in the heating step, on the surface of the rolled steel product; cooling the rolled steel product in a first cooling step to a temperature in a temperature range of 560-600 °C and holding for 3-10 seconds; quenching said rolled steel product, covered with the layer of iron oxide, in a second cooling step by immersing it into a zinc bath containing aluminium having a temperature between 440-450 °C for 1-5 seconds; cooling the rolled steel product in a third cooling step to room temperature. providing a rolled steel product; heating in a first heating step the rolled steel product in an oxidizing atmosphere and creating a layer of iron oxide on the surface of the rolled steel product; annealing and holding the rolled steel product in a dry, reducing atmosphere comprising in vol% 2-5 % H 2 , remaining being N 2 , and maintaining a layer of iron oxide, created in the heating step, on the surface of the rolled steel product; cooling the rolled steel product in a first cooling step to a temperature in a temperature range of 560-600 °C and holding for 3-10 seconds; quenching said rolled steel product, covered with the layer of iron oxide, in a second cooling step by immersing it into a zinc bath containing aluminium having a temperature between 440-450 °C for 1-5 seconds; cooling the rolled steel product in a third cooling step to room temperature.
A mutant Msp monomer comprising a variant of the sequence shown in SEQ ID NO: 2, wherein the variant comprises the following substitution: L88N, wherein the mutant Msp monomer retains the ability to form a pore.
Apparatus for characterizing an object based on measurement samples from one or more location sensors , the apparatus comprising: a processor circuit configured to compute line parameters of one or more lines fitting the measurement samples to obtain a characterization of the object ; compute a system covariance matrix including variances of the respective line parameters and covariances between different line parameters based on a system matrix including coordinates of the measurement samples and based on deviations of the measurement samples from the one or more lines ; and adjust a filter for estimating a current state of the object based on previous measurements using the computed system covariance matrix related to the current state. compute line parameters of one or more lines fitting the measurement samples to obtain a characterization of the object ; compute a system covariance matrix including variances of the respective line parameters and covariances between different line parameters based on a system matrix including coordinates of the measurement samples and based on deviations of the measurement samples from the one or more lines ; and adjust a filter for estimating a current state of the object based on previous measurements using the computed system covariance matrix related to the current state.
A conjugate that includes at least one modified amino acid residue with a side chain of formula (I): wherein W 2 is an anti-CD22 antibody.
A cushioning assembly for use in a cabin of an aircraft with at least one engine comprising: a first cushioning element having an internal structure including at least a first tuned absorber embedded within the first cushioning element , the first tuned absorber being tuned to absorb noise at a first predetermined frequency of at least 20 Hz; and a second cushioning element having an internal structure including at least one second tuned absorber embedded within the second cushioning element , the second tuned absorber tuned to absorb noise at a second predetermined frequency greater than the first predetermined frequency, said first and second predetermined frequencies being in the audible range, the assembly being characterized in that the first predetermined frequency corresponds to a frequency of a tonal noise produced by a low pressure shaft of the at least one engine and the second predetermined frequency corresponds to a frequency of a tonal noise produced by a high pressure shaft of the at least one engine; an internal structure of the cushioning elements includes a foam core , the tuned absorbers being defined in the foam core and including voids within the foam core, the tuned absorbers being tuned by changing the size, number, pattern and/or distribution of the voids and the first cushioning element is a mattress and the second cushioning element is a seat cushion having a smaller volume than the mattress. a first cushioning element having an internal structure including at least a first tuned absorber embedded within the first cushioning element , the first tuned absorber being tuned to absorb noise at a first predetermined frequency of at least 20 Hz; and a second cushioning element having an internal structure including at least one second tuned absorber embedded within the second cushioning element , the second tuned absorber tuned to absorb noise at a second predetermined frequency greater than the first predetermined frequency, said first and second predetermined frequencies being in the audible range, the assembly being characterized in that the first predetermined frequency corresponds to a frequency of a tonal noise produced by a low pressure shaft of the at least one engine and the second predetermined frequency corresponds to a frequency of a tonal noise produced by a high pressure shaft of the at least one engine; an internal structure of the cushioning elements includes a foam core , the tuned absorbers being defined in the foam core and including voids within the foam core, the tuned absorbers being tuned by changing the size, number, pattern and/or distribution of the voids and the first cushioning element is a mattress and the second cushioning element is a seat cushion having a smaller volume than the mattress.
A washing machine comprising: a case in which a receiving space is formed, and of which one surface is open; a drawer installed within the case so as to slide towards the open surface of the case and configured to perform at least one of a washing operation, a rinsing operation, a spin-drying operation, or an air-drying operation for laundry; and a locking device installed so as to restrict sliding of the drawer within the case , wherein the locking device comprises: a holder installed on an inner wall surface of the case ; a lever installed in the drawer so as to be insertable into the holder ; and an elastic member installed in a portion of the holder to which the lever is insertable, so as to come into close contact with the lever in a clearance between the holder and the lever , wherein the lever is configured to come into indirect contact with the holder through the elastic member , characterized in that the elastic member is formed in a shape in which a through hole is formed, and wherein the lever is insertable into the holder through the through hole so as to restrict sliding of the drawer . a case in which a receiving space is formed, and of which one surface is open; a drawer installed within the case so as to slide towards the open surface of the case and configured to perform at least one of a washing operation, a rinsing operation, a spin-drying operation, or an air-drying operation for laundry; and a locking device installed so as to restrict sliding of the drawer within the case , wherein the locking device comprises: a holder installed on an inner wall surface of the case ; a lever installed in the drawer so as to be insertable into the holder ; and an elastic member installed in a portion of the holder to which the lever is insertable, so as to come into close contact with the lever in a clearance between the holder and the lever , wherein a holder installed on an inner wall surface of the case ; a lever installed in the drawer so as to be insertable into the holder ; and an elastic member installed in a portion of the holder to which the lever is insertable, so as to come into close contact with the lever in a clearance between the holder and the lever , wherein the lever is configured to come into indirect contact with the holder through the elastic member , characterized in that the elastic member is formed in a shape in which a through hole is formed, and characterized in that the elastic member is formed in a shape in which a through hole is formed, and wherein the lever is insertable into the holder through the through hole so as to restrict sliding of the drawer .
Device for transferring flat folded and upright standing package sleeves to a further processing unit, in particular a filling machine for liquid or pasty products, wherein a certain number of package sleeves are provided in an outer package (OP) and wherein the outer packages (OP) of the package sleeves are opened and removed, having at least one gripping element located on a robot arm for transporting an outer package (OP) to a cutting and unpacking station , elements for cutting and unpacking the package sleeves, at least one suction device is provided for sucking off the cutting dust produced during cutting, and a gripping device for gripping the upright standing package sleeves freed from the outer package (OP) and for transferring them to the further processing unit, characterised in that the gripping device comprises at least one longitudinal side guide and that for supporting the end faces of the upright standing package sleeves, one end face of the gripping device is provided with a fixed support and a further variable support is arranged on the opposite side in order to compress the package sleeves.
Applicator system comprising an applicator , for intraoperative radiotherapy with low-energy X-ray radiation, and an elastic sterile sleeve , wherein the applicator comprises - an applicator body , - an outer surface with a circumferential outer face and with a distal end, - a receiving device which is arranged at a proximal end and with which the applicator can be secured to an X-ray irradiation device , and - an inner recess which has an opening at the proximal end and into which an X-ray radiation source is insertable, and wherein the applicator has a solid porous structure on its outer surface , wherein the solid porous structure forms a continuous air-permeable channel structure which is connected in an air-conducting manner to the proximal end of the applicator and gives the outer surface of the applicator a rigid form, wherein the sterile sleeve can be arranged on the outer surface of the applicator. - an applicator body , - an outer surface with a circumferential outer face and with a distal end, - a receiving device which is arranged at a proximal end and with which the applicator can be secured to an X-ray irradiation device , and - an inner recess which has an opening at the proximal end and into which an X-ray radiation source is insertable, and
A jellied food paste comprising from 0.150 to 7.50 % (dry matter weight /weight (w)) cacao pod husk (CPH), wherein CPH encompasses the whole pod shell of the cacao fruit either with or without the epicarp.
An antimicrobial mixture comprising: ▪ 4-(3-ethoxy-4-hydroxyphenyl)butan-2-one and salts thereof with an organic or inorganic acid or base, and solvates thereof such as the hydrates ; and ▪ at least ethylenediaminedisuccinic acid and salts thereof. ▪ 4-(3-ethoxy-4-hydroxyphenyl)butan-2-one and salts thereof with an organic or inorganic acid or base, and solvates thereof such as the hydrates ; and ▪ at least ethylenediaminedisuccinic acid and salts thereof.
A computer implemented method for detecting an incipient damage in a bearing comprising the steps of: - receiving from a plurality of sensors of the bearing a plurality of signals corresponding to a plurality of Acoustic Emission bursts, each Acoustic Emission burst being emitted each time an indentation is met during the rotation of the bearing at a contact point between a roller of the bearing and a race of the bearing, characterized in - analysing said plurality of signals for locating on the bearing the plurality of indentations corresponding to said plurality of Acoustic Emission bursts, - generating a map of points on a digital model of the bearing corresponding to the plurality of indentations on the bearing , the map of points being registered and updated throughout at least an interval of the lifetime of the bearing, - identifying an incipient damage in the bearing each time the distribution of the points in said map is not random, - generating an incipient damage warning message. - receiving from a plurality of sensors of the bearing a plurality of signals corresponding to a plurality of Acoustic Emission bursts, each Acoustic Emission burst being emitted each time an indentation is met during the rotation of the bearing at a contact point between a roller of the bearing and a race of the bearing, characterized in - analysing said plurality of signals for locating on the bearing the plurality of indentations corresponding to said plurality of Acoustic Emission bursts, - generating a map of points on a digital model of the bearing corresponding to the plurality of indentations on the bearing , the map of points being registered and updated throughout at least an interval of the lifetime of the bearing, - identifying an incipient damage in the bearing each time the distribution of the points in said map is not random, - generating an incipient damage warning message.
A method for conditioning air, the method comprises flowing a first air flow within a first ventilation system past a first cooling coil , which is connected to a cooling system with a cooling fluid and a cooler , characterised in that the temperature of the first air flow , when passing the first cooling coil , is lower than the temperature of the cooling fluid flowing through the first cooling coil and that the first air flow is heated and the cooling fluid flowing through the first cooling coil is cooled, when the first air flow passes through the first cooling coil , wherein the residual heat of the cooling fluid in the cooling system is used to heat the first air flow , and the method further comprises heating the first air flow by flowing the first air flow past a first heating coil , before flowing the first air flow past the first cooling coil , wherein the first heating coil is connected to a heating system with a heater .
A communication method, comprising: receiving (S1102), by a first session management network element, a protocol data unit, PDU, session modification request, the PDU session modification request comprises first identification information of multicast data and identification information of a first PDU session, and the first session management network element is configured to manage a user plane network element corresponding to the first PDU session; and obtaining (S1104), by the first session management network element, quality of service, QoS, context information of the multicast data based on the first identification information of the multicast data; characterized in that the method further comprises: sending (S1104), by the first session management network element, QoS context information of unicast data and third information to an access network device based on the QoS context information of the multicast data, wherein the third information is used for the access network device determining the QoS context information of the multicast data, and the third information comprises identification information of a multicast group corresponding to the multicast data. receiving (S1102), by a first session management network element, a protocol data unit, PDU, session modification request, the PDU session modification request comprises first identification information of multicast data and identification information of a first PDU session, and the first session management network element is configured to manage a user plane network element corresponding to the first PDU session; and obtaining (S1104), by the first session management network element, quality of service, QoS, context information of the multicast data based on the first identification information of the multicast data; characterized in that the method further comprises: sending (S1104), by the first session management network element, QoS context information of unicast data and third information to an access network device based on the QoS context information of the multicast data, wherein the third information is used for the access network device determining the QoS context information of the multicast data, and the third information comprises identification information of a multicast group corresponding to the multicast data. sending (S1104), by the first session management network element, QoS context information of unicast data and third information to an access network device based on the QoS context information of the multicast data, wherein the third information is used for the access network device determining the QoS context information of the multicast data, and the third information comprises identification information of a multicast group corresponding to the multicast data.
A diesel fuel composition comprising as an additive an ester compound which is the reaction product of a substituted succinic acid or an anhydride thereof and an alcohol of formula ROH, wherein R is an unsubstituted hydrocarbyl group; and the additive includes compounds having the formula (C1) or (C2): wherein R 1 is an unsubstituted alkyl or alkenyl group having 20 to 24 carbon atoms.
A system for controlling automation, the system comprising: a machine comprising: a first controller (L1A); a first element (E1) actuable by the first controller (L1A) at machine start-up to perform a first cycle characterized by a first cycle time; a second element (E2) actuable by the first controller (L1A) at machine start-up to perform a second cycle characterized by a second cycle time; wherein the first cycle time is longer in duration than the second cycle time; wherein the first controller (L1A) is configured to: actuate the first element (E1) to perform the first cycle at machine start-up; and delay actuation of the second element (E2) to perform the second cycle by a first delay time, such that the second element (E2) performs the second cycle at a delayed start time relative to the machine start-up; wherein the sum of the duration of the first delay time and the second cycle time is less than the first cycle time. a first controller (L1A); a first element (E1) actuable by the first controller (L1A) at machine start-up to perform a first cycle characterized by a first cycle time; a second element (E2) actuable by the first controller (L1A) at machine start-up to perform a second cycle characterized by a second cycle time; wherein the first cycle time is longer in duration than the second cycle time; wherein the first controller (L1A) is configured to: actuate the first element (E1) to perform the first cycle at machine start-up; and delay actuation of the second element (E2) to perform the second cycle by a first delay time, such that the second element (E2) performs the second cycle at a delayed start time relative to the machine start-up; wherein the sum of the duration of the first delay time and the second cycle time is less than the first cycle time. delay actuation of the second element (E2) to perform the second cycle by a first delay time, such that the second element (E2) performs the second cycle at a delayed start time relative to the machine start-up; wherein the sum of the duration of the first delay time and the second cycle time is less than the first cycle time.