mhurhangee/patent-ind-claim-en huggingface dataset:
A drill pipe comprising: a first tool joint ; a second tool joint ; and a tubular section between the first tool joint and the second tool joint , wherein the tubular section comprises a wall with an overall thickness comprising a nominal thickness (t 1 ) and a secondary thickness (t 2 ), wherein the secondary thickness (t 2 ) has an increased outer diameter (OD) compared to the nominal thickness (t 1 ) and is configured to abrade against a wall of a wellbore, thereby reducing the secondary thickness (t 2 ) and maintaining the nominal thickness (t 1 ); characterized in that an inner diameter (ID 2 ) of each tool joint is less than an entire inner diameter (ID 1 ) of the tubular section to accommodate for threaded connectors. a first tool joint ; a second tool joint ; and a tubular section between the first tool joint and the second tool joint , wherein the tubular section comprises a wall with an overall thickness comprising a nominal thickness (t 1 ) and a secondary thickness (t 2 ), wherein the secondary thickness (t 2 ) has an increased outer diameter (OD) compared to the nominal thickness (t 1 ) and is configured to abrade against a wall of a wellbore, thereby reducing the secondary thickness (t 2 ) and maintaining the nominal thickness (t 1 ); characterized in that an inner diameter (ID 2 ) of each tool joint is less than an entire inner diameter (ID 1 ) of the tubular section to accommodate for threaded connectors.
A method, comprising: sending, by a visited session management function, SMF, of a visited public land mobile network, PLMN, to a home SMF of a home PLMN of a wireless device, a request of the wireless device for a packet data unit, PDU, session in a first network slice of a plurality of network slices of the home PLMN; and receiving, by the visited SMF from the home SMF, a message indicating rejection of the request by the home SMF, the message comprising a cause value indicating that a network slice quota of the home PLMN has been reached for a number of PDU sessions for the first network slice. sending, by a visited session management function, SMF, of a visited public land mobile network, PLMN, to a home SMF of a home PLMN of a wireless device, a request of the wireless device for a packet data unit, PDU, session in a first network slice of a plurality of network slices of the home PLMN; and receiving, by the visited SMF from the home SMF, a message indicating rejection of the request by the home SMF, the message comprising a cause value indicating that a network slice quota of the home PLMN has been reached for a number of PDU sessions for the first network slice.
A cleaning composition comprising: a polymer system comprising: a hydrophobic polymer comprising an organoalkoxysilane; a hydrophilic polymer present in the cleaning composition in an amount ranging from 0.1% to 0.5% by weight based on the total weight of the cleaning composition; a surfactant system; and an acid, wherein the organoalkoxysilane has the formula Y-R 1 -Si(OR) 3 , wherein Y is an organic reactive group chosen from epoxide, methacrylate, -SH, amine, isocyanate, and vinyl; R 1 is an organic non-reactive group; and R is a hydrolysable group. a hydrophobic polymer comprising an organoalkoxysilane; a hydrophilic polymer present in the cleaning composition in an amount ranging from 0.1% to 0.5% by weight based on the total weight of the cleaning composition; a surfactant system; and an acid, wherein the organoalkoxysilane has the formula Y-R 1 -Si(OR) 3 , wherein Y is an organic reactive group chosen from epoxide, methacrylate, -SH, amine, isocyanate, and vinyl; R 1 is an organic non-reactive group; and R is a hydrolysable group.
A shovel comprising: an undercarriage ; an upper swing structure swingably mounted on the undercarriage ; an object detector provided on the upper swing structure ; and a control device capable of automatically braking a drive part of the shovel , wherein the control device has a first braking pattern and a second braking pattern different from the first braking pattern, the first braking pattern and the second braking pattern being according to a distance between the shovel and an object, the distance being detected by the object detector , and characterized in that ; the shovel comprises a body tilt sensor (S4) configured to detect an inclination of the shovel ; and in that the control device is configured to automatically brake the drive part according to the first braking pattern or the second braking pattern selected based on an output of the body tilt sensor (S4), after detection of the object by the object detector . an undercarriage ; an upper swing structure swingably mounted on the undercarriage ; an object detector provided on the upper swing structure ; and a control device capable of automatically braking a drive part of the shovel , wherein the control device has a first braking pattern and a second braking pattern different from the first braking pattern, the first braking pattern and the second braking pattern being according to a distance between the shovel and an object, the distance being detected by the object detector , and characterized in that ; the shovel comprises a body tilt sensor (S4) configured to detect an inclination of the shovel ; and in that the control device is configured to automatically brake the drive part according to the first braking pattern or the second braking pattern selected based on an output of the body tilt sensor (S4), after detection of the object by the object detector .
RF cable , comprising: a connector housing having an RF signal output interface ; a cable body having a first end portion connected to the connector housing and a second end portion comprising an RF signal input interface ; an RF signal transmission path formed from the RF signal input interface through the cable body and the connector housing to the RF signal output interface ; and a power measurement device integrated into the connector housing and configured to measure a power value of an RF signal transmitted through the RF signal transmission path , the RF cable being characterized by further comprising: a measurement signal output interface (26b; 25b); and a measurement signal transmission line (29a; 29b) connecting the power measurement device to the measurement signal output interface (26b; 25b), the power measurement device being configured to output a measurement signal indicating the measured power value of the RF signal at the measurement signal output interface (26b; 25b). a connector housing having an RF signal output interface ; a cable body having a first end portion connected to the connector housing and a second end portion comprising an RF signal input interface ; an RF signal transmission path formed from the RF signal input interface through the cable body and the connector housing to the RF signal output interface ; and a power measurement device integrated into the connector housing and configured to measure a power value of an RF signal transmitted through the RF signal transmission path , the RF cable being characterized by further comprising: a measurement signal output interface (26b; 25b); and a measurement signal transmission line (29a; 29b) connecting the power measurement device to the measurement signal output interface (26b; 25b), the power measurement device being configured to output a measurement signal indicating the measured power value of the RF signal at the measurement signal output interface (26b; 25b). a measurement signal output interface (26b; 25b); and a measurement signal transmission line (29a; 29b) connecting the power measurement device to the measurement signal output interface (26b; 25b), the power measurement device being configured to output a measurement signal indicating the measured power value of the RF signal at the measurement signal output interface (26b; 25b).
A bucket configured to be used with aircraft storage bin , wherein the bucket comprises: a bottom that includes a lower surface , an upper surface and right and left outer edges , a right side panel that includes a first section having a first transverse width (W1) and a second section having a second transverse width (W2), wherein a transition section is located between the first and second sections of the right side panel , wherein the second transverse width (W2) of the right side panel is less than the first transverse width (W1) of the right side panel, wherein at least a portion of the second section of the right side panel is received in a right side slot defined in the upper surface of the bottom of the bucket , such that the right side panel extends upwardly from the bottom , and a left side panel that includes a first section having a first transverse width (W1) and a second section having a second transverse width (W2), wherein a transition section is located between the first and second sections of the left side panel , wherein the second transverse width (W2) of the left side panel is less than the first transverse width (W1) of the left side panel, wherein at least a portion of the second section of the left side panel is received in a left side slot defined in the upper surface of the bottom of the bucket , such that the left side panel extends upwardly from the bottom . a bottom that includes a lower surface , an upper surface and right and left outer edges , a right side panel that includes a first section having a first transverse width (W1) and a second section having a second transverse width (W2), wherein a transition section is located between the first and second sections of the right side panel , wherein the second transverse width (W2) of the right side panel is less than the first transverse width (W1) of the right side panel, wherein at least a portion of the second section of the right side panel is received in a right side slot defined in the upper surface of the bottom of the bucket , such that the right side panel extends upwardly from the bottom , and a left side panel that includes a first section having a first transverse width (W1) and a second section having a second transverse width (W2), wherein a transition section is located between the first and second sections of the left side panel , wherein the second transverse width (W2) of the left side panel is less than the first transverse width (W1) of the left side panel, wherein at least a portion of the second section of the left side panel is received in a left side slot defined in the upper surface of the bottom of the bucket , such that the left side panel extends upwardly from the bottom .
A device for producing a bone cement paste from a monomer liquid and a cement powder as parent components of the bone cement paste , the device having a cartridge with a cylindrical interior chamber for mixing the parent components, whereby the interior chamber of the cartridge is closed on the front side up to a delivery opening for expelling the bone cement paste from the interior chamber, a delivery plunger which is arranged in the interior chamber of the cartridge and which is supported in a linearly movable manner in the direction of the delivery opening, the cement powder which is arranged in the interior chamber of the cartridge between the delivery opening and the delivery plunger , a monomer receptacle with an interior chamber in which a monomer liquid container containing the monomer liquid is contained, whereby in the monomer receptacle a conveying plunger is arranged that is movable in the longitudinal direction of the monomer receptacle , a compressed gas connection which is directly connected or connected via a compressed gas line in a pressure-tight manner with the interior chamber of the monomer receptacle , whereby the conveying plunger is arranged between the monomer liquid container and the compressed gas connection or the compressed gas line in the monomer receptacle , and a connection which connects the interior chamber of the monomer receptacle and the interior chamber of the cartridge which is permeable for the monomer liquid but impermeable for the cement powder , whereby the monomer liquid container is arranged between the conveying plunger and the connection .
A method of monitoring intrusion anomalies in an automotive environment, the method comprising: detecting intrusion anomalies for each of a plurality of engine control units ; receiving information, at a respective diagnostic communications manager associated with the respective engine control unit, regarding said detected intrusion anomalies; communicating said received information to an anomaly analyzer , said anomaly analyzer arranged to accumulate said detected intrusion anomalies of said plurality of engine control units, CHARACTERIZED BY : comparing said received information with a black list; and in the event that said received information is congruent with the black list, outputting at least one of: a command to disable a communication function of a telematics control unit ; and an alert message, wherein the communication utilizes a diagnostic over Internet protocol. detecting intrusion anomalies for each of a plurality of engine control units ; receiving information, at a respective diagnostic communications manager associated with the respective engine control unit, regarding said detected intrusion anomalies; communicating said received information to an anomaly analyzer , said anomaly analyzer arranged to accumulate said detected intrusion anomalies of said plurality of engine control units, CHARACTERIZED BY : comparing said received information with a black list; and in the event that said received information is congruent with the black list, outputting at least one of: a command to disable a communication function of a telematics control unit ; and an alert message, wherein the communication utilizes a diagnostic over Internet protocol. comparing said received information with a black list; and in the event that said received information is congruent with the black list, outputting at least one of: a command to disable a communication function of a telematics control unit ; and an alert message, a command to disable a communication function of a telematics control unit ; and an alert message, wherein the communication utilizes a diagnostic over Internet protocol.
System for controlling the relative movement of a load P comprising at least one main damping means of longitudinal action of displacement travel C, and having two ends, one being connected to a structure and the other being connected to the load, comprising a compensation device comprising at least a secondary damping means of longitudinal action having two ends, one of which is secured to the said structure and the other of which is connected to the end of the main damping means that is connected to the load, in that the said secondary damping means is arranged in such a way that, at one point of the travel C, the secondary damping means has an action in a direction orthogonal to the direction of the said movement, and characterized in that one of the ends of the secondary damping means of longitudinal action is connected to the end of the main damping means that is connected to the load via an articulated system.
A liquid storage configured to be detachably attached to a printing apparatus , comprising: a liquid storing portion for storing liquid; a liquid supply member coupled to the liquid storing portion and having a supply path for supplying the liquid stored in the liquid storing portion to the printing apparatus; and an adapter having a plurality of engaging portions configured to engage the liquid supply member, wherein each of the engaging portions has an engagement face to restrict movement of the liquid supply member , each of the engaging portions engages the liquid supply member with the engagement face facing the liquid supply member, an engagement direction in which each of the engaging portions engages the liquid supply member, the engagement direction being from the engagement face of each of the engaging portions toward the liquid supply member, is a direction normal to each engagement face, the engagement direction of each of the engaging portions is the same, each of the engaging portions is a snap-fit portion, and an engagement position (EP1, EP2, EP3) of each of the snap-fit portions in the engagement direction differs from the engagement positions of other snap-fit portions. a liquid storing portion for storing liquid; a liquid supply member coupled to the liquid storing portion and having a supply path for supplying the liquid stored in the liquid storing portion to the printing apparatus; and an adapter having a plurality of engaging portions configured to engage the liquid supply member, wherein each of the engaging portions has an engagement face to restrict movement of the liquid supply member , each of the engaging portions engages the liquid supply member with the engagement face facing the liquid supply member, an engagement direction in which each of the engaging portions engages the liquid supply member, the engagement direction being from the engagement face of each of the engaging portions toward the liquid supply member, is a direction normal to each engagement face, the engagement direction of each of the engaging portions is the same, each of the engaging portions is a snap-fit portion, and an engagement position (EP1, EP2, EP3) of each of the snap-fit portions in the engagement direction differs from the engagement positions of other snap-fit portions.
An adjustment system adapted for coupling to a die , the adjustment system comprising: a first adjustment module configured to be removably mountable to said die , the first adjustment module comprising: a first body , a first plurality of studs , each of said first plurality of studs is slidably positioned within said first body , and first actuators one for each of said first plurality of studs coupled to said first plurality of studs , said first actuators being configured to move each of said first plurality of studs ; and a second adjustment module configured to be removably mountable to said die , the second adjustment module comprising: a second body , a second plurality of studs , each of said second plurality of studs is slidably positioned within said second body , and second actuators one for each of said second plurality of studs coupled to said second plurality of studs , said second actuators being configured to move each of said second plurality of studs , a number of studs composing said first plurality of studs is different than a number of studs composing said second plurality of studs . a first adjustment module configured to be removably mountable to said die , the first adjustment module comprising: a first body , a first plurality of studs , each of said first plurality of studs is slidably positioned within said first body , and first actuators one for each of said first plurality of studs coupled to said first plurality of studs , said first actuators being configured to move each of said first plurality of studs ; and a first body , a first plurality of studs , each of said first plurality of studs is slidably positioned within said first body , and first actuators one for each of said first plurality of studs coupled to said first plurality of studs , said first actuators being configured to move each of said first plurality of studs ; and a second adjustment module configured to be removably mountable to said die , the second adjustment module comprising: a second body , a second plurality of studs , each of said second plurality of studs is slidably positioned within said second body , and second actuators one for each of said second plurality of studs coupled to said second plurality of studs , said second actuators being configured to move each of said second plurality of studs , a second body , a second plurality of studs , each of said second plurality of studs is slidably positioned within said second body , and second actuators one for each of said second plurality of studs coupled to said second plurality of studs , said second actuators being configured to move each of said second plurality of studs , a number of studs composing said first plurality of studs is different than a number of studs composing said second plurality of studs .
A crustacean oil composition comprising phospholipids and less than 0.5 ppm fluoride, said crustacean oil composition further comprising less than 0.001% (w/w) trimethyl amine.
A system for removing a viscous material from a surface of a material article , comprising: a flexible seal that is movable in a direction (H) substantially normal to the surface along a width (W) of the flexible seal between a first position and at least one second position, wherein the flexible seal is configured to contact the surface along the width (W) of the flexible seal; a movable biasing mechanism configured to move portions of the flexible seal and comprising at least one of a plurality of actuators, a plurality of springs or a fillable bladder fillable with a fluid medium, and a plurality of mounting devices comprising clamps , wherein an individual mounting device of the plurality of mounting devices is attached to at least one actuator of the plurality of actuators, at least one spring of the plurality of springs , or the fillable bladder, wherein the biasing mechanism is configured to move selected portions of the flexible seal along the width (W) of the flexible seal to conform the flexible seal to the surface of the material article across a width of the surface of the material article , and the seal can slide side-to-side in a lateral direction (L) along the width (W) of the seal within each clamp without escaping vertically out of each clamp . a flexible seal that is movable in a direction (H) substantially normal to the surface along a width (W) of the flexible seal between a first position and at least one second position, wherein the flexible seal is configured to contact the surface along the width (W) of the flexible seal; a movable biasing mechanism configured to move portions of the flexible seal and comprising at least one of a plurality of actuators, a plurality of springs or a fillable bladder fillable with a fluid medium, and a plurality of mounting devices comprising clamps , wherein an individual mounting device of the plurality of mounting devices is attached to at least one actuator of the plurality of actuators, at least one spring of the plurality of springs , or the fillable bladder, wherein the biasing mechanism is configured to move selected portions of the flexible seal along the width (W) of the flexible seal to conform the flexible seal to the surface of the material article across a width of the surface of the material article , and the seal can slide side-to-side in a lateral direction (L) along the width (W) of the seal within each clamp without escaping vertically out of each clamp .