mhurhangee/patent-ind-claim-en huggingface dataset:
A composite material including a carbon fiber having a weight average fiber length of 1 mm or more and 100 mm or less and a thermoplastic resin, wherein the composite material satisfies K1 ≤ 1.5 × K2, wherein: K1 represents an inclination of an approximate straight line obtained by: performing strain sweep tests from 0% to 100% on the composite material at a temperature of 270°C, a shear of 100 rad/sec, and a normal load of 2N; plotting, in double logarithmic scales, the values of strain% versus the values of complex viscosity coefficient Pa·sec in a range of 35% strain or more; and performing linear approximation thereon, and K2 represents an inclination of an approximate straight line obtained by: performing strain sweep tests from 0% to 100% on the composite material at a temperature of 270°C, a shear of 100 rad/sec, and a normal load of 2N; plotting, in double logarithmic scales, the values of strain% versus the values of complex viscosity coefficient Pa·sec in a range of less than 35% strain; and performing linear approximation thereon. K1 represents an inclination of an approximate straight line obtained by: performing strain sweep tests from 0% to 100% on the composite material at a temperature of 270°C, a shear of 100 rad/sec, and a normal load of 2N; plotting, in double logarithmic scales, the values of strain% versus the values of complex viscosity coefficient Pa·sec in a range of 35% strain or more; and performing strain sweep tests from 0% to 100% on the composite material at a temperature of 270°C, a shear of 100 rad/sec, and a normal load of 2N; plotting, in double logarithmic scales, the values of strain% versus the values of complex viscosity coefficient Pa·sec in a range of 35% strain or more; and performing linear approximation thereon, and K2 represents an inclination of an approximate straight line obtained by: performing strain sweep tests from 0% to 100% on the composite material at a temperature of 270°C, a shear of 100 rad/sec, and a normal load of 2N; plotting, in double logarithmic scales, the values of strain% versus the values of complex viscosity coefficient Pa·sec in a range of less than 35% strain; and performing linear approximation thereon. performing strain sweep tests from 0% to 100% on the composite material at a temperature of 270°C, a shear of 100 rad/sec, and a normal load of 2N; plotting, in double logarithmic scales, the values of strain% versus the values of complex viscosity coefficient Pa·sec in a range of less than 35% strain; and performing linear approximation thereon.
A microwave ablation system, comprising: a display; a microwave applicator including an antenna configured to deliver microwave energy; a microwave generator coupled to the microwave applicator and configured to generate a microwave signal and transmit the microwave signal to the antenna; and a radiometer configured to measure emissions from a plurality of thermal bands created around a distal end of the microwave applicator when the microwave applicator delivers microwave energy, the plurality of thermal bands forming a thermal field, being represented on the display with different colours, and providing in-situ quantitative information of a material in the thermal field; wherein the radiometer is (i) incorporated within the microwave applicator, or (ii) disposed between the microwave applicator and the microwave generator. a display; a microwave applicator including an antenna configured to deliver microwave energy; a microwave generator coupled to the microwave applicator and configured to generate a microwave signal and transmit the microwave signal to the antenna; and a radiometer configured to measure emissions from a plurality of thermal bands created around a distal end of the microwave applicator when the microwave applicator delivers microwave energy, the plurality of thermal bands forming a thermal field, being represented on the display with different colours, and providing in-situ quantitative information of a material in the thermal field; wherein the radiometer is (i) incorporated within the microwave applicator, or (ii) disposed between the microwave applicator and the microwave generator.
A steering axle assembly comprising: a housing having a wheel bearing ; a wheel axle that is rotatably supported in the wheel bearing for rotation about a wheel rotation axis; a pivot assembly for pivoting the housing about a housing pivot axis that is transverse to the wheel rotation axis, the pivot assembly comprising first and second swivel pins for pivotally mounting within first and second pivot bearings ; a brake mechanism having an assembly of members mounted on and around the wheel axle and further having an actuator for causing mutual engagement between the members to brake rotation of the wheel axle about the wheel rotation axis, wherein the actuator comprises a moveable actuation element moveably mounted within or through the first swivel pin . a housing having a wheel bearing ; a wheel axle that is rotatably supported in the wheel bearing for rotation about a wheel rotation axis; a pivot assembly for pivoting the housing about a housing pivot axis that is transverse to the wheel rotation axis, the pivot assembly comprising first and second swivel pins for pivotally mounting within first and second pivot bearings ; a brake mechanism having an assembly of members mounted on and around the wheel axle and further having an actuator for causing mutual engagement between the members to brake rotation of the wheel axle about the wheel rotation axis, wherein the actuator comprises a moveable actuation element moveably mounted within or through the first swivel pin .
A security tag for a garment article for anti-theft purpose, said security tag comprising: a first tag part , and a second tag part for sandwiching said garment article between said first tag part and said second tag part , said first tag part comprising: - a pin lock for receiving a pin and securing said pin , - a handle for locking and unlocking said pin lock, said handle being movable between a first position and a second position, said pin being secured by said pin lock when said pin lock being locked by said handle in said first position, said pin being releasable from said pin lock when said pin lock being unlocked by said handle in said second position, said first tag part further comprising: - a handle lock for arresting said handle in said first position, said second tag part comprising: a pin head with said pin extending from said pin head for penetrating said garment article , and engaging said pin lock for locking said first tag and said second tag together. a first tag part , and a second tag part for sandwiching said garment article between said first tag part and said second tag part , said first tag part comprising: - a pin lock for receiving a pin and securing said pin , - a handle for locking and unlocking said pin lock, - a pin lock for receiving a pin and securing said pin , - a handle for locking and unlocking said pin lock, said handle being movable between a first position and a second position, said pin being secured by said pin lock when said pin lock being locked by said handle in said first position, said pin being releasable from said pin lock when said pin lock being unlocked by said handle in said second position, said first tag part further comprising: - a handle lock for arresting said handle in said first position, - a handle lock for arresting said handle in said first position, said second tag part comprising: a pin head with said pin extending from said pin head for penetrating said garment article , and engaging said pin lock for locking said first tag and said second tag together.
Solid anhydrous composition comprising: 1) at least particles comprising a core containing at least one beneficial agent and a shell surrounding the core; the said shell comprising at least one hydrophobic-modified polysaccharide chosen from starch C 5 -C 20 -alkenyl succinate and at least one water-soluble carbohydrate chosen from maltodextrins having a Dextrose Equivalent ranging from 4 to 20; the said particles simultaneously exhibiting a poured powder density ranging from 300.0 g/l to 600.0 g/l and an absolute density of greater than 1.0; the particles being spherical and having a number-average diameter ranging from 1 to 30 μm and a volume-average diameter ranging from 5 to 150 μm; and 2) at least one structuring agent. 1) at least particles comprising a core containing at least one beneficial agent and a shell surrounding the core; the said shell comprising at least one hydrophobic-modified polysaccharide chosen from starch C 5 -C 20 -alkenyl succinate and at least one water-soluble carbohydrate chosen from maltodextrins having a Dextrose Equivalent ranging from 4 to 20; the said particles simultaneously exhibiting a poured powder density ranging from 300.0 g/l to 600.0 g/l and an absolute density of greater than 1.0; the particles being spherical and having a number-average diameter ranging from 1 to 30 μm and a volume-average diameter ranging from 5 to 150 μm; and 2) at least one structuring agent.
An allowance setting system configured to: when a normal mounting position of an electronic component on a component mounting surface of a substrate is defined as a normal position (A), a deviation of an actual mounting position of the electronic component in a surface direction of the component mounting surface with respect to the normal position (A) is defined as a linear surface direction deviation (Bx, By), and a deviation of the actual mounting position of the electronic component in a rotation direction within the component mounting surface with respect to the normal position (A) is defined as an angular deviation (Bθ), set multiple linear surface direction inspection allowances characterized in that the linear surface direction inspection allowances are set according to the angular deviation (Bθ) for evaluating the linear surface direction deviation (Bx, By) in a substrate inspection before reflow. when a normal mounting position of an electronic component on a component mounting surface of a substrate is defined as a normal position (A), a deviation of an actual mounting position of the electronic component in a surface direction of the component mounting surface with respect to the normal position (A) is defined as a linear surface direction deviation (Bx, By), and a deviation of the actual mounting position of the electronic component in a rotation direction within the component mounting surface with respect to the normal position (A) is defined as an angular deviation (Bθ), set multiple linear surface direction inspection allowances characterized in that the linear surface direction inspection allowances are set according to the angular deviation (Bθ) for evaluating the linear surface direction deviation (Bx, By) in a substrate inspection before reflow.
Surgery assistance system for guiding a medical auxiliary instrument , in particular an endoscope camera, at least a section of which can be introduced through a first surgical opening and moved in controlled manner in an operating space in a patient's body , comprising a robot kinematics system , the distal end of which accommodates the medical auxiliary instrument by means of an auxiliary instrument carrier , which is movable for guiding the medical auxiliary instrument in the operating space in controlled manner by motorised means, via control signals (SS) generated by a control unit (CU), wherein at least one voice control routine (SSR) is executed in the control unit (CU), via which various voice commands (SB, SB1, SB2) are captured, evaluated, and assigned control signals (SS) are calculated on the basis thereof, characterized in that the voice control routine (SSR) is designed to capture and evaluate voice command combinations (SBK) consisting of at least a first and a second voice command (SB1, SB2), wherein an item of direction or speed information (RI, VI, RI1 to RI10) is assigned to the first voice command (SB1) and an item of magnitude information (BI, BI1 to BI10) is assigned to the second voice command (SB2) in a reference coordinate system (BKS), and that at least one assigned control signal (SS) is calculated on the basis of the captured direction or speed information (RI, VI, RI1 to RI10) and the captured magnitude information (BI, BI1 to BI10) of the voice command combination (SBK), via which signal at least the movement of the medical auxiliary instrument is controlled in terms of direction or speed and magnitude, wherein the direction information (RI, RI1 to RI10) specifies the direction of movement of the auxiliary instrument in the Cartesian reference coordinate system (BKS) and the magnitude information (BI, BI1 to BI10) specifies the travel distance or travel path along the direction of movement in the Cartesian reference coordinate system (BKS), wherein the voice control routine (SSR) is configured to capture and evaluate temporally immediately consecutive first and second voice commands (SB1, SB2) within a predetermined time period.
A metal/ceramic bonding substrate comprising: a ceramic substrate ; a metal plate of aluminum bonded directly to one side of the ceramic substrate ; and a metal base member of aluminum which is the same material as that of the metal plate , wherein the metal base member is bonded directly to the other side of the ceramic substrate without contacting the one side of the ceramic substrate , characterized in that a part of a side face of the ceramic substrate is bonded directly to the metal base member . a ceramic substrate ; a metal plate of aluminum bonded directly to one side of the ceramic substrate ; and a metal base member of aluminum which is the same material as that of the metal plate , wherein the metal base member is bonded directly to the other side of the ceramic substrate without contacting the one side of the ceramic substrate , characterized in that a part of a side face of the ceramic substrate is bonded directly to the metal base member .
A computer-implemented method for use on a distance vector control signaling protocol peer device, the method comprising: receiving, by the peer device, a control plane message from a downstream peer device, the control plane message including a network address of the downstream peer device as a next hop value, a prefix value, and at least one label associated with the prefix value; and responsive to receiving the control plane message, generating, by the peer device, a new control plane message including a network address of the peer device as a next hop value, the prefix value from the control plane message, and a label stack including the at least one label from the control plane message and a local label associated with the peer device, and sending, by the peer device, the new control plane message to an upstream peer device. receiving, by the peer device, a control plane message from a downstream peer device, the control plane message including a network address of the downstream peer device as a next hop value, a prefix value, and at least one label associated with the prefix value; and a network address of the downstream peer device as a next hop value, a prefix value, and at least one label associated with the prefix value; and responsive to receiving the control plane message, generating, by the peer device, a new control plane message including a network address of the peer device as a next hop value, the prefix value from the control plane message, and a label stack including the at least one label from the control plane message and a local label associated with the peer device, and sending, by the peer device, the new control plane message to an upstream peer device. generating, by the peer device, a new control plane message including a network address of the peer device as a next hop value, the prefix value from the control plane message, and a label stack including the at least one label from the control plane message and a local label associated with the peer device, and a network address of the peer device as a next hop value, the prefix value from the control plane message, and a label stack including the at least one label from the control plane message and a local label associated with the peer device, and sending, by the peer device, the new control plane message to an upstream peer device.
Pneumatic vehicle tyre of a radial type of construction, with a profiled tread comprising grooves, an envelope that extends along the bases of the grooves forming a reinforcing contour that remains the same over the circumference of the tread , the reinforcing contour running in the axial direction and over the extent of the width of the ground contact area (B) of the tread , which is determined with a tyre fitted on a standardized rim, a load of 70% of the maximum load-bearing capacity and an internal pressure of 85% of the standard pressure according to ETRTO standards, and runs in the form of a wave that is made up of at least three elevations , the lowest points in the radial direction of the wave troughs between the elevations being at the profile depth and the highest points in the radial direction of the elevations being at a distance (a) of 1.0 mm to 3.0 mm from the periphery of the tread and the waveform of the reinforcing contour having three elevations running mirror-symmetrically with respect to the equatorial plane (A-A) of the tyre, characterized in that the middle of the three elevations has a width (b z ) of 50% to 60% of the width of the ground contact area (B) of the tread , the width (b z ) being determined as the axial distance (a) of the lowest point of the wave troughs between the elevations .
Electronic component comprising - at least a first electronic element arranged inside a first casing of magnetic material, - at least a second electronic element arranged inside a second casing of magnetic material, wherein - at least a first outer surface of the first casing and at least a second outer surface of the second casing are connected to each other with a non-magnetic layer , characterized in that said first outer surface of the first casing and said second outer surface of the second casing are connected to each other with at least one connection support , - wherein the connection support is adapted to be tension-resistant and is adapted and arranged such that the connection support substantially completely prevents an increase in a distance between the first outer surface and the second outer surface upon heating the non-magnetic layer and wherein the connection support penetrates or pierces the non-magnetic layer . - at least a first electronic element arranged inside a first casing of magnetic material, - at least a second electronic element arranged inside a second casing of magnetic material, - at least a first outer surface of the first casing and at least a second outer surface of the second casing are connected to each other with a non-magnetic layer , - wherein the connection support is adapted to be tension-resistant and is adapted and arranged such that the connection support substantially completely prevents an increase in a distance between the first outer surface and the second outer surface upon heating the non-magnetic layer and wherein the connection support penetrates or pierces the non-magnetic layer .
A jack-up rig with a cantilever comprising a crane system, the crane system comprising: - a crane with a suspension member , the suspension member being arranged over the crane , - two skid beams attached to a lower portion of the cantilever , the two skid beams being displaceably connected to a plurality of slides arranged on the jack-up rig , so that the cantilever is movable relative to the jack-up rig via the two skid beams and the plurality of slides, characterized in that - the crane hangs on a first of the two skid beams via the suspension member . - a crane with a suspension member , the suspension member being arranged over the crane , - two skid beams attached to a lower portion of the cantilever , the two skid beams being displaceably connected to a plurality of slides arranged on the jack-up rig , so that the cantilever is movable relative to the jack-up rig via the two skid beams and the plurality of slides, - the crane hangs on a first of the two skid beams via the suspension member .
A method for preparing a ceramic powder from a bone of a bird's beak, which comprises the steps of: (a) retrieving a bone from a bird's beak; and (b) preparing ceramic powder by pulverizing the retrieved bone of the bird's beak; which further comprises a step of removing a heterologous substance remained in the bone of the bird's beak after the step of (a); wherein the removal of the heterologous substance is carried out by (i) the treatment with the chemical reagent selected from the group consisting of an aqueous solution of a hydrogen peroxide, urea hydrogen peroxide, sodium percarbonate, a compound containing hydrogen peroxide and a mixture thereof or (ii) heat treatment; and wherein the bird is selected from the group consisting of a duck, a goose and a chicken. (a) retrieving a bone from a bird's beak; and (b) preparing ceramic powder by pulverizing the retrieved bone of the bird's beak;
A fastening tool for driving a fastener into a structure, comprising: a housing , having a proximal end , a distal end and a longitudinal axis , and having a centre of mass arranged between said proximal end and said distal end ; a handle , connected to said housing at said proximal end and protruding from said housing in a direction substantially perpendicular to said longitudinal axis ; a magazine carrier module , connected to said housing at said distal end and extending away from said housing in a direction substantially perpendicular to said longitudinal axis ; and a battery housing , configured to retainingly receive a battery , operably coupled between respective distal ends of said handle and said magazine carrier module so as to provide a total centre of mass of said fastening tool that is substantially coinciding with a trigger member of said handle , characterised in that said battery housing comprises a dampening member provided between an internal wall of said battery housing and the battery during use. a housing , having a proximal end , a distal end and a longitudinal axis , and having a centre of mass arranged between said proximal end and said distal end ; a handle , connected to said housing at said proximal end and protruding from said housing in a direction substantially perpendicular to said longitudinal axis ; a magazine carrier module , connected to said housing at said distal end and extending away from said housing in a direction substantially perpendicular to said longitudinal axis ; and a battery housing , configured to retainingly receive a battery , operably coupled between respective distal ends of said handle and said magazine carrier module so as to provide a total centre of mass of said fastening tool that is substantially coinciding with a trigger member of said handle , characterised in that said battery housing comprises a dampening member provided between an internal wall of said battery housing and the battery during use.