mhurhangee/patent-ind-claim-en huggingface dataset:
A piercing tool , comprising: a distal end portion , which has a cylindrical shape, and is set so as to be first brought into abutment against an object ; and a main body portion , which has a cylindrical shape at at least a part of the main body portion , and has one end portion to which the distal end portion is mounted, wherein the distal end portion is removably mounted to the one end portion of the main body portion , and has an inner peripheral surface having a female thread formed at an end portion of the distal end portion on a side to be mounted to the main body portion , and wherein the main body portion has an outer peripheral surface having a male thread formed so as to be engaged with the female thread at the end portion of the main body portion on a side to which the distal end portion is mounted, characterized in that : the main body portion includes an incomplete thread portion formed in an inner end portion area in the male thread , and the distal end portion has a penetrating screw hole in a portion facing the male thread , and, when the distal end portion is mounted to the one end portion of the main body portion , a stop screw having no head portion is fitted and fixed into the penetrating screw hole . a distal end portion , which has a cylindrical shape, and is set so as to be first brought into abutment against an object ; and a main body portion , which has a cylindrical shape at at least a part of the main body portion , and has one end portion to which the distal end portion is mounted, wherein the distal end portion is removably mounted to the one end portion of the main body portion , and has an inner peripheral surface having a female thread formed at an end portion of the distal end portion on a side to be mounted to the main body portion , and wherein the main body portion has an outer peripheral surface having a male thread formed so as to be engaged with the female thread at the end portion of the main body portion on a side to which the distal end portion is mounted, wherein the distal end portion is removably mounted to the one end portion of the main body portion , and has an inner peripheral surface having a female thread formed at an end portion of the distal end portion on a side to be mounted to the main body portion , and wherein the main body portion has an outer peripheral surface having a male thread formed so as to be engaged with the female thread at the end portion of the main body portion on a side to which the distal end portion is mounted, the main body portion includes an incomplete thread portion formed in an inner end portion area in the male thread , and the distal end portion has a penetrating screw hole in a portion facing the male thread , and, when the distal end portion is mounted to the one end portion of the main body portion , a stop screw having no head portion is fitted and fixed into the penetrating screw hole .
Device for stoving a coating layer on a wire comprising a passageway , having a stoving zone , for the wire , a circulating air fan for generating a circulating air flow that is conducted through the passageway and circulated by means of an air guide system and an exhaust air fan for discharging an exhaust air flow from the circulating air flow being provided such that fresh air flows in at the inlet and at the outlet of the passageway in order to stove the coating, characterised in that a speed controller of the circulating air fan or of the exhaust air fan is provided depending on an adjustable setpoint of the temperature in the stoving zone , the setpoint of the temperature in the stoving zone being associated with a speed value of the circulating air fan or of the exhaust air fan .
A wire bending machine comprising: a bending head ; and a clamping mechanism disposed on a slidable surface adjacent to the bending head, the clamping mechanism further comprising: a housing ; a rotary shaft extending through the housing, wherein the rotary shaft includes a wire channel and is rotatable within the housing; two or more jaws , wherein the two or more jaws are coupled to the rotary shaft; a rotating jaw holder , wherein the rotating jaw holder encircles the two or more jaws and is supported by a bearing within a jaw actuation bracket ; wherein the jaw actuation bracket encircles the rotating jaw holder, and wherein the jaw actuation bracket is movably coupled to the housing; wherein the rotating jaw holder is rotatable within the jaw actuation bracket; and wherein the jaw actuation bracket is movable from a first position to a second position, wherein when the jaw actuation bracket is in the second position it urges the two or more jaws together. a bending head ; and a clamping mechanism disposed on a slidable surface adjacent to the bending head, the clamping mechanism further comprising: a housing ; a rotary shaft extending through the housing, wherein the rotary shaft includes a wire channel and is rotatable within the housing; two or more jaws , wherein the two or more jaws are coupled to the rotary shaft; a rotating jaw holder , wherein the rotating jaw holder encircles the two or more jaws and is supported by a bearing within a jaw actuation bracket ; wherein the jaw actuation bracket encircles the rotating jaw holder, and wherein the jaw actuation bracket is movably coupled to the housing; wherein the rotating jaw holder is rotatable within the jaw actuation bracket; and wherein the jaw actuation bracket is movable from a first position to a second position, wherein when the jaw actuation bracket is in the second position it urges the two or more jaws together. a housing ; a rotary shaft extending through the housing, wherein the rotary shaft includes a wire channel and is rotatable within the housing; two or more jaws , wherein the two or more jaws are coupled to the rotary shaft; a rotating jaw holder , wherein the rotating jaw holder encircles the two or more jaws and is supported by a bearing within a jaw actuation bracket ; wherein the jaw actuation bracket encircles the rotating jaw holder, and wherein the jaw actuation bracket is movably coupled to the housing; wherein the rotating jaw holder is rotatable within the jaw actuation bracket; and wherein the jaw actuation bracket is movable from a first position to a second position, wherein when the jaw actuation bracket is in the second position it urges the two or more jaws together.
A synthetic nutritional composition comprising: i. ruminant milk fat wherein the milk fat is capable of activating the aryl hydrocarbon receptor (AhR) in an AhR activity assay as defined in Example 1; and ii. a ruminant immunoglobulin in an amount of between 115 μg and 50 mg per gram of dry composition; characterized in that at least 30% of the ruminant immunoglobulin is non-denatured; and wherein the amount of milk fat is between 10 and 60 g of fat per 100 gram of formula, wherein the amount of ruminant fat is between 5 and 90 wt% as determined to the total amount of fat, and wherein the ruminant milk fat is not exposed to a temperature above 80 °C. i. ruminant milk fat wherein the milk fat is capable of activating the aryl hydrocarbon receptor (AhR) in an AhR activity assay as defined in Example 1; and ii. a ruminant immunoglobulin in an amount of between 115 μg and 50 mg per gram of dry composition; characterized in that at least 30% of the ruminant immunoglobulin is non-denatured; and wherein the amount of milk fat is between 10 and 60 g of fat per 100 gram of formula, wherein the amount of ruminant fat is between 5 and 90 wt% as determined to the total amount of fat, and wherein the ruminant milk fat is not exposed to a temperature above 80 °C.
A strap for a wearable communication device, comprising: a substrate portion configured to retain the wearable communication device when worn by a wearer; and a coil proximate a perimeter of the substrate portion , wherein the coil is electrically connected to the wearable communication device and comprises a near field communication, NFC, antenna; characterized in that a length of the strap is adjustable by removing or adding a section of the strap without interrupting a conductive connection between portions of the coil ; wherein the strap is a chain-type strap, made with removable sections, including conductive portions and non-conductive portions ; wherein a clasp is used to connect the strap and to maintain the electrical connections, and wherein the strap includes a metal. a substrate portion configured to retain the wearable communication device when worn by a wearer; and a coil proximate a perimeter of the substrate portion , wherein the coil is electrically connected to the wearable communication device and comprises a near field communication, NFC, antenna; characterized in that a length of the strap is adjustable by removing or adding a section of the strap without interrupting a conductive connection between portions of the coil ; wherein the strap is a chain-type strap, made with removable sections, including conductive portions and non-conductive portions ; wherein a clasp is used to connect the strap and to maintain the electrical connections, and wherein the strap includes a metal.
Tandem charge for a missile, comprising: a pre-charge , in particular a hollow pre-charge; a primary charge , which has a shell comprising a tip orientated towards the pre-charge ; and a cap , which is placed on the tip and formed to deflect shock waves which occur upon detonation of the pre-charge , the cap being of a different material from the shell , and the cap having a multilayer construction of materials (A, B) of different shockwave impedance. a pre-charge , in particular a hollow pre-charge; a primary charge , which has a shell comprising a tip orientated towards the pre-charge ; and a cap , which is placed on the tip and formed to deflect shock waves which occur upon detonation of the pre-charge , the cap being of a different material from the shell , and the cap having a multilayer construction of materials (A, B) of different shockwave impedance.
A polymer having the structure (I): wherein L is a linking group, R is a hydrocarbon group or a substituted-hydrocarbon group, and x is 2 or more, preferably from 2 to 100, more preferably from 2 to 50; and wherein each {Q} contains a plurality of polymer blocks, each polymer block being composed of 3 or more monomer units, such that the moiety {Q}-L-{Q} has the structure {P n .....P 2 P 1 }-L-{P 1 P 2 .....P n } where each P n is an individual polymer block, the number of polymer blocks n in each {Q} being the same; wherein for each value of n the polymer blocks are identical; and wherein n is an integer of 2 or more, preferably from 2 to 100, more preferably from 2 to 50; and wherein each polymer block has the structure (II): wherein m is an integer of at least 3; wherein R 1 is hydrogen or methyl; wherein X is a hydrocarbon group having from 1 to 50, preferably 1 to 30 carbon atoms, a substituted-hydrocarbon group having from 1 to 50, preferably 1 to 30 carbon atoms, COOR 2 , COSR 2 or CONR 2 R 3 , OCOR 2 , CONHR 2 , CN, COSiR 2 R 3 R 4 or Cl wherein R 2 , R 3 and R 4 are independently hydrogen, a hydrocarbon group having from 1 to 50, preferably 1 to 30 carbon atoms, or a substituted-hydrocarbon group having from 1 to 50, preferably 1 to 30 carbon atoms; and wherein in each block having structure (II), each R 1 and each X and each m may be the same or different.
A method for wireless communication performed by a user equipment, UE , comprising: receiving bundling indicators for a plurality of downlink transmissions and corresponding downlink assignment indicators associated with the bundling indicators; determining a demodulation reference signal, DMRS, bundling configuration based on the bundling indicators and the corresponding downlink assignment indicators; and processing demodulation reference signals according to the DMRS bundling configuration. receiving bundling indicators for a plurality of downlink transmissions and corresponding downlink assignment indicators associated with the bundling indicators; determining a demodulation reference signal, DMRS, bundling configuration based on the bundling indicators and the corresponding downlink assignment indicators; and processing demodulation reference signals according to the DMRS bundling configuration.
A connector apparatus for coupling a subsea component to a subsea member , the subsea component and the subsea member each having an outer profile, the connector apparatus comprising: a locking member configured to contact and engage the outer profiles of the subsea member and subsea component ; and a load support member disposed axially below the locking member and configured to engage the subsea member , wherein a load path is created below the locking member when the load support member is engaged with the subsea member , such that a secondary load path is provided for an applied bending moment which increases the bending capacity of the connector apparatus ; and an actuatable lock ring assembly axially moveable within the connector apparatus , the lock ring assembly comprising: a lock ring configured to move the locking member between a locked position and an unlocked position; and a support lock ring configured to move the load support member between the locked position and the unlocked position. a locking member configured to contact and engage the outer profiles of the subsea member and subsea component ; and a load support member disposed axially below the locking member and configured to engage the subsea member , wherein a load path is created below the locking member when the load support member is engaged with the subsea member , such that a secondary load path is provided for an applied bending moment which increases the bending capacity of the connector apparatus ; and an actuatable lock ring assembly axially moveable within the connector apparatus , the lock ring assembly comprising: a lock ring configured to move the locking member between a locked position and an unlocked position; and a support lock ring configured to move the load support member between the locked position and the unlocked position. a lock ring configured to move the locking member between a locked position and an unlocked position; and a support lock ring configured to move the load support member between the locked position and the unlocked position.
Construction and/or insulating element comprising - an electrically non-conductive foam structure , - a shaped body of a fibre composite material, which completely or partially encloses the foam structure , and - a capacitor , which has a layered construction on a base element with open pores having inner pore surfaces, wherein the base element comprises the electrically non-conductive foam structure and an electrically conductive layer in a region of a part of the inner pore surfaces and, by means of the electrically conductive layer , forms a continuous electrode , wherein a) a layer of a solid body electrolyte is arranged directly on the electrode , b) an electrically conductive layer which forms a counter electrode is arranged directly on the solid body electrolyte and c) the counter electrode is applied as a thin layer so that, within the open pores , a continuous free space remains, and d) the electrically conductive part of the inner pore surfaces is nanostructured. - an electrically non-conductive foam structure , - a shaped body of a fibre composite material, which completely or partially encloses the foam structure , and - a capacitor , which has a layered construction on a base element with open pores having inner pore surfaces, wherein the base element comprises the electrically non-conductive foam structure and an electrically conductive layer in a region of a part of the inner pore surfaces and, by means of the electrically conductive layer , forms a continuous electrode , wherein a) a layer of a solid body electrolyte is arranged directly on the electrode , b) an electrically conductive layer which forms a counter electrode is arranged directly on the solid body electrolyte and c) the counter electrode is applied as a thin layer so that, within the open pores , a continuous free space remains, and d) the electrically conductive part of the inner pore surfaces is nanostructured. a) a layer of a solid body electrolyte is arranged directly on the electrode , b) an electrically conductive layer which forms a counter electrode is arranged directly on the solid body electrolyte and c) the counter electrode is applied as a thin layer so that, within the open pores , a continuous free space remains, and d) the electrically conductive part of the inner pore surfaces is nanostructured.
A negative electrode active material comprising secondary particles assembled from primary particles, wherein the primary particles are silicon composite primary particles represented by Mg-SiO x wherein 0 < x < 2, and artificial graphite primary particles, the artificial graphite primary particles and the silicon composite primary particles are mixed at a weight ratio of artificial graphite primary particles : silicon composite primary particles = 80:20-96:4, and the assembled secondary particles are coated with an amorphous carbon coating layer. wherein the primary particles are silicon composite primary particles represented by Mg-SiO x wherein 0 < x < 2, and artificial graphite primary particles, the artificial graphite primary particles and the silicon composite primary particles are mixed at a weight ratio of artificial graphite primary particles : silicon composite primary particles = 80:20-96:4, and the assembled secondary particles are coated with an amorphous carbon coating layer.
A medicament delivery device comprising: - a medicament container having an attached medicament delivery member ; - a housing adapted to receive the medicament container , the medicament container being movable between a retracted position in which the medicament delivery member is contained within the housing and an extended position in which the medicament delivery member extends from the housing; - a drive unit comprising a drive spring arranged inside a plunger rod that acts upon the medicament container to advance it from its retracted positon to its extended position and to expel its contents through the medicament delivery member ; - a medicament container holder for carrying the medicament container as it is advanced, the medicament container holder having a proximal end through which the medicament delivery member extends and a distal end opposite the proximal end; and - a holding member releasably connected to the drive unit and attached to the medicament container holder ; characterized in that the holding member comprises, at its proximal end a biasing element arranged to bias the medicament container in the proximal direction in the medicament container holder and wherein the biasing element comprises a resilient structure in the form of a tubular wall provided with slots extending in the generally circumferential direction and the biasing element is capable of reducing any gaps between the medicament container and the medicament container holder and handling the forces from the drive spring so as to avoid breakage of the medicament container . - a medicament container having an attached medicament delivery member ; - a housing adapted to receive the medicament container , the medicament container being movable between a retracted position in which the medicament delivery member is contained within the housing and an extended position in which the medicament delivery member extends from the housing; - a drive unit comprising a drive spring arranged inside a plunger rod that acts upon the medicament container to advance it from its retracted positon to its extended position and to expel its contents through the medicament delivery member ; - a medicament container holder for carrying the medicament container as it is advanced, the medicament container holder having a proximal end through which the medicament delivery member extends and a distal end opposite the proximal end; and - a holding member releasably connected to the drive unit and attached to the medicament container holder ; characterized in that the holding member comprises, at its proximal end a biasing element arranged to bias the medicament container in the proximal direction in the medicament container holder and wherein the biasing element comprises a resilient structure in the form of a tubular wall provided with slots extending in the generally circumferential direction and the biasing element is capable of reducing any gaps between the medicament container and the medicament container holder and handling the forces from the drive spring so as to avoid breakage of the medicament container .
Motor vehicle comprising a passenger seat , said passenger seat being able to switch from a configuration facing the road to a configuration facing back to the road and vice versa, said vehicle comprising a seatbelt associated with the passenger seat in the back-to-the-road-configuration, said belt being provided with a bolt and a winder , said winder being fixed to a front wheel arch , the vehicle comprising a recess positioned on a floor of the vehicle behind the winder and alongside the seat , said recess having a bottom to which are fixed means for anchoring the bolt of the belt , said recess having a movable flap that can swich from a position of closure for which it closes said recess to a position of opening for which it allows an individual seated on the seat to access the bolt to allow him or her to hook on to the seatbelt .