mhurhangee/patent-ind-claim-en huggingface dataset:
Blade for a blade set for a hair clipper , wherein the blade is a movable blade and has a base portion and a tooth end , wherein the blade has a plurality of teeth formed parallel to each other , which extend outwards, characterized in that the teeth of the movable blade are dimensioned such, that its width (B) in the region of the respective tooth tip is substantially smaller than a distance (A) between two adjacent teeth such that the distance A between the adjacent teeth of the movable blade is at least three times as large or more than the width B of the tooth tips of the teeth of the movable blade and the width (B) of the tooth tips of the teeth is substantially in the range of less than 0.24 mm. the teeth of the movable blade are dimensioned such, that its width (B) in the region of the respective tooth tip is substantially smaller than a distance (A) between two adjacent teeth such that the distance A between the adjacent teeth of the movable blade is at least three times as large or more than the width B of the tooth tips of the teeth of the movable blade and the width (B) of the tooth tips of the teeth is substantially in the range of less than 0.24 mm.
A tire comprising a spiral belt layer provided at an outer periphery side of a tire carcass member , the spiral belt layer being structured with a belt cord wound in a helical shape; and a ring-shaped band respectively disposed at a tire diameter direction outer side of each of an end portion (28Ce1) of the spiral belt layer at one side in a tire width direction and an end portion (28Ce2) of the spiral belt layer at another side in the tire width direction, the band including a belt-shaped member that is wound at least one full circumference in a tire circumference direction, wherein: a region of the spiral belt layer in which a number of strands of the belt cord counted in the tire width direction is greater and a region in which the number is smaller are formed by one end portion and another end portion in the tire circumference direction of the belt cord being disposed at different positions in the tire circumference direction, and the band is provided with an overlap portion at which a number of layers of the belt-shaped member is greater than in another region of the band in the circumference direction, the overlap portion being provided at the region in which the number of strands of the belt cord is smaller. a spiral belt layer provided at an outer periphery side of a tire carcass member , the spiral belt layer being structured with a belt cord wound in a helical shape; and a ring-shaped band respectively disposed at a tire diameter direction outer side of each of an end portion (28Ce1) of the spiral belt layer at one side in a tire width direction and an end portion (28Ce2) of the spiral belt layer at another side in the tire width direction, the band including a belt-shaped member that is wound at least one full circumference in a tire circumference direction, wherein: a region of the spiral belt layer in which a number of strands of the belt cord counted in the tire width direction is greater and a region in which the number is smaller are formed by one end portion and another end portion in the tire circumference direction of the belt cord being disposed at different positions in the tire circumference direction, and the band is provided with an overlap portion at which a number of layers of the belt-shaped member is greater than in another region of the band in the circumference direction, the overlap portion being provided at the region in which the number of strands of the belt cord is smaller. a region of the spiral belt layer in which a number of strands of the belt cord counted in the tire width direction is greater and a region in which the number is smaller are formed by one end portion and another end portion in the tire circumference direction of the belt cord being disposed at different positions in the tire circumference direction, and the band is provided with an overlap portion at which a number of layers of the belt-shaped member is greater than in another region of the band in the circumference direction, the overlap portion being provided at the region in which the number of strands of the belt cord is smaller.
- A non-contact handling tool for gripping an object , wherein the tool comprises an ultrasonic transducer configured to emit ultrasound forming, in a near-field area of the gripping face, an excess pressure wave, and a fluid suction system configured to suck a fluid towards the gripping face, forming an under pressure in said near-field area, characterised in that the ultrasonic transducer is configured to operate at a frequency corresponding to the first resonant harmonic frequency of the transducer or to the first anti-resonant harmonic frequency of the transducer.
A retraction system for separating tissue, comprising: a first retraction blade including: a retraction blade portion having a proximal region and a distal region; a flange extending from the proximal region perpendicularly to the retraction blade portion; a foot portion extending from the distal region, the foot portion defining an oblique angle with respect to the retraction blade portion; and characterised in that the first retraction blade further includes a first extension member having a rod-shaped portion extending orthogonally away from the distal region of the retraction blade portion, the rod-shaped portion having a diameter corresponding to the rod-receiving channel of a pedicle screw as used in spine surgery. a first retraction blade including: a retraction blade portion having a proximal region and a distal region; a flange extending from the proximal region perpendicularly to the retraction blade portion; a foot portion extending from the distal region, the foot portion defining an oblique angle with respect to the retraction blade portion; and characterised in that the first retraction blade further includes a first extension member having a rod-shaped portion extending orthogonally away from the distal region of the retraction blade portion, the rod-shaped portion having a diameter corresponding to the rod-receiving channel of a pedicle screw as used in spine surgery. a retraction blade portion having a proximal region and a distal region; a flange extending from the proximal region perpendicularly to the retraction blade portion; a foot portion extending from the distal region, the foot portion defining an oblique angle with respect to the retraction blade portion; and characterised in that the first retraction blade further includes a first extension member having a rod-shaped portion extending orthogonally away from the distal region of the retraction blade portion, the rod-shaped portion having a diameter corresponding to the rod-receiving channel of a pedicle screw as used in spine surgery.
Method for mounting a stack of separating discs in a centrifugal separator bowl comprising a bowl body and a bowl hood , the method comprising steps of: a) mounting said stack of separating discs on a distributor ; b) placing and rotatably fixing said distributor in said bowl body ; c) mounting said bowl hood on said bowl body ; d) arranging a compression tool for compressing said stack of separating discs, said compression tool comprising a support having a centre axis (X), a screw arranged coaxially with said centre axis (X) in said support , and a nut threaded onto a first threaded end of said screw and adapted to be resting against a first end of said support , with a second end of said support resting axially on said bowl hood or a neck ring attached to said bowl hood and said screw extending into a central through-hole in said bowl hood ; e) fastening said screw with a second threaded end in a first threading of said distributor ; f) tightening said nut , in relation to said first threaded end of said screw in such a manner that said distributor is lifted to an upper position; g) fixing said distributor in its upper position; h) dismounting said compression tool . a) mounting said stack of separating discs on a distributor ; b) placing and rotatably fixing said distributor in said bowl body ; c) mounting said bowl hood on said bowl body ; d) arranging a compression tool for compressing said stack of separating discs, said compression tool comprising a support having a centre axis (X), a screw arranged coaxially with said centre axis (X) in said support , and a nut threaded onto a first threaded end of said screw and adapted to be resting against a first end of said support , with a second end of said support resting axially on said bowl hood or a neck ring attached to said bowl hood and said screw extending into a central through-hole in said bowl hood ; e) fastening said screw with a second threaded end in a first threading of said distributor ; f) tightening said nut , in relation to said first threaded end of said screw in such a manner that said distributor is lifted to an upper position; g) fixing said distributor in its upper position; h) dismounting said compression tool .
A method at a server system , comprising: receiving at least one structured data element within a spreadsheet published at least in part for access by a first client system ; defining a respective unique identifier that corresponds to the structured data element; sending the structured data element and the unique identifier to at least the first client system and a second client system distinct from the first client system; enabling (402 and 414) at least the first and second client systems to collaboratively access the structured data element; receiving at least one update (408 or 420) to the structured data element from the second client system, wherein the update references the unique identifier; and merging the update into a master table that contains at least the structured data element, based at least in part on the unique identifier. receiving at least one structured data element within a spreadsheet published at least in part for access by a first client system ; defining a respective unique identifier that corresponds to the structured data element; sending the structured data element and the unique identifier to at least the first client system and a second client system distinct from the first client system; enabling (402 and 414) at least the first and second client systems to collaboratively access the structured data element; receiving at least one update (408 or 420) to the structured data element from the second client system, wherein the update references the unique identifier; and merging the update into a master table that contains at least the structured data element, based at least in part on the unique identifier.
Aerosol-generating device comprising: - a main body ; - a top cover , wherein the top cover comprises a cavity configured for insertion of an aerosol-generating article comprising aerosol-forming substrate into the cavity ; and - an ejector , wherein the top cover is movable between a first position and a second position with respect to the main body , wherein, in the first position, the top cover is extended from the main body and the cavity is accessible for insertion of the aerosol-generating article , wherein, in the second position, the top cover is retracted towards the main body and the cavity is closed, and wherein the ejector is configured to eject the aerosol-generating article from the cavity during movement of the top cover from the first position to the second position. - a main body ; - a top cover , wherein the top cover comprises a cavity configured for insertion of an aerosol-generating article comprising aerosol-forming substrate into the cavity ; and - an ejector ,
A network function configured for operation in a mobile telecommunications network , the network function being configured to: - obtain from a User Equipment, UE, a Protocol Data Unit, PDU, session request for establishment of a redundant PDU session; - determine said redundant PDU session to be established based on at least one network condition, wherein said at least one network condition comprises one or many of: a threshold of network load, a threshold of network function load, a threshold of network function service load, a threshold of network function performance, a threshold of network function Quality of Service, QoS, support, or a threshold of network QoS support, - provide the UE of the outcome of the determination if said redundant PDU session is to be established, wherein the network function is further configured to - provide the UE with an indication as to why a redundant session cannot be established when it is determined that said redundant PDU session cannot be established, wherein the network function is configured to send at least one of indications: Redundancy Not Supported; Redundancy Not Required; Resource Not Available for Redundant User plane; Redundancy user plane supported with other network options; when the redundant PDU session cannot be established. - obtain from a User Equipment, UE, a Protocol Data Unit, PDU, session request for establishment of a redundant PDU session; - determine said redundant PDU session to be established based on at least one network condition, wherein said at least one network condition comprises one or many of: a threshold of network load, a threshold of network function load, a threshold of network function service load, a threshold of network function performance, a threshold of network function Quality of Service, QoS, support, or a threshold of network QoS support, a threshold of network load, a threshold of network function load, a threshold of network function service load, a threshold of network function performance, a threshold of network function Quality of Service, QoS, support, or a threshold of network QoS support, - provide the UE of the outcome of the determination if said redundant PDU session is to be established, wherein the network function is further configured to - provide the UE with an indication as to why a redundant session cannot be established when it is determined that said redundant PDU session cannot be established, wherein the network function is configured to send at least one of indications: Redundancy Not Supported; Redundancy Not Required; Resource Not Available for Redundant User plane; Redundancy user plane supported with other network options; when the redundant PDU session cannot be established. Redundancy Not Supported; Redundancy Not Required; Resource Not Available for Redundant User plane; Redundancy user plane supported with other network options; when the redundant PDU session cannot be established.
Use of a casein composition for increasing the blood serum concentration of free leucine in a subject, wherein the casein composition comprises or the casein is in the form of a calcium depleted milk protein concentrate or isolate (MPC or MPI), the casein being 10 to 100% calcium depleted, having a degree of hydrolysis less than 1% and having an unmodified phosphorylation pattern; and wherein the use is not for the purpose of carrying out therapy on the human or animal body.
An apparatus for grafting at least one biological tissue , comprising: at least one hollow tube comprising at least two points or extensions provided at a distal end thereof, wherein an inner diameter of the at least one hollow tube is less than about 1 mm, wherein at least one section of the at least one hollow tube is structured to be inserted into the at least one biological tissue at a donor site to remove at least one portion of a graft tissue therefrom when the section of the at least one hollow tube is withdrawn from the donor site , and wherein the at least one section of the at least one hollow tube is structured to be inserted into a recipient site to place the at least one portion of the graft tissue therein, characterized in that a distal portion of the hollow tube or the entire hollow tube is made of a biodegradable material, and by further comprising a notch provided in a wall of the at least one hollow tube , wherein the notch is structured to facilitate breakage of the at least one hollow tube at the location of the notch. at least one hollow tube comprising at least two points or extensions provided at a distal end thereof, wherein an inner diameter of the at least one hollow tube is less than about 1 mm, wherein at least one section of the at least one hollow tube is structured to be inserted into the at least one biological tissue at a donor site to remove at least one portion of a graft tissue therefrom when the section of the at least one hollow tube is withdrawn from the donor site , and wherein the at least one section of the at least one hollow tube is structured to be inserted into a recipient site to place the at least one portion of the graft tissue therein, characterized in that a distal portion of the hollow tube or the entire hollow tube is made of a biodegradable material, and by further comprising a notch provided in a wall of the at least one hollow tube , wherein the notch is structured to facilitate breakage of the at least one hollow tube at the location of the notch.
A self-propelled robotic lawnmower comprising at least one wheel configured to support the lawnmower during operation, wherein the at least one wheel comprises a rolling surface , wherein the lawnmower further comprises at least one electric motor , wherein the at least one wheel is powered by the at least one electric motor to provide motive power to the lawnmower , characterized in that the lawnmower further comprises: - a cleaning device configured to clean the rolling surface , and - an actuator configured to move the cleaning device relative the rolling surface . wherein the lawnmower further comprises at least one electric motor , wherein the at least one wheel is powered by the at least one electric motor to provide motive power to the lawnmower , characterized in that the lawnmower further comprises: - a cleaning device configured to clean the rolling surface , and - an actuator configured to move the cleaning device relative the rolling surface . - a cleaning device configured to clean the rolling surface , and - an actuator configured to move the cleaning device relative the rolling surface .
Steer-by-wire steering system , comprising a steering column module and a steering mechanism , the steering column module having at least one rotational angle sensor for detecting a steering wheel rotational angle on a steering handle , an actuator for generating a counter torque on the steering handle and at least one control unit , and the steering mechanism having at least one control unit , an actuator for generating a rack force on a rack and at least one sensor system for detecting or determining a rack position, the control units being connected for data transmission, characterized in that the control unit of the steering mechanism is designed such that it wakes up periodically and/or situationally in the parked state and detects or determines a current rack position, wherein, in the case of a change in the rack position, the control unit controls the actuator of the steering mechanism such that the actuator maintains the current rack position or a different predetermined rack position with maximum rack force.
A flexible display device comprising: a flexible touch screen part ; and a bending detection part provided below the touch screen part , wherein the bending detection part comprises: a sheet part bonded to a lower side of the touch screen part to be flexibly deformable, the sheet part having a wave-shaped part formed at one surface of the sheet part in a wave shape; and a sensor part provided along the wave-shaped part , the sensor part comprising a plurality of sensors, each of the sensors having an electrostatic capacitance that changes depending on a deformation of the wave-shaped part ; each of the sensors comprising: a first metal plate provided along a curved surface of the wave-shaped part ; and a second metal plate provided along the curved surface to be adjacent to the first metal plate , wherein when the sheet part is bent, an electrostatic capacitance between the first and second metal plates at a bent location is changed. a flexible touch screen part ; and a bending detection part provided below the touch screen part , wherein the bending detection part comprises: a sheet part bonded to a lower side of the touch screen part to be flexibly deformable, the sheet part having a wave-shaped part formed at one surface of the sheet part in a wave shape; and a sensor part provided along the wave-shaped part , the sensor part comprising a plurality of sensors, each of the sensors having an electrostatic capacitance that changes depending on a deformation of the wave-shaped part ; a sheet part bonded to a lower side of the touch screen part to be flexibly deformable, the sheet part having a wave-shaped part formed at one surface of the sheet part in a wave shape; and a sensor part provided along the wave-shaped part , the sensor part comprising a plurality of sensors, each of the sensors having an electrostatic capacitance that changes depending on a deformation of the wave-shaped part ; each of the sensors comprising: a first metal plate provided along a curved surface of the wave-shaped part ; and a second metal plate provided along the curved surface to be adjacent to the first metal plate , wherein when the sheet part is bent, an electrostatic capacitance between the first and second metal plates at a bent location is changed. a first metal plate provided along a curved surface of the wave-shaped part ; and a second metal plate provided along the curved surface to be adjacent to the first metal plate , wherein when the sheet part is bent, an electrostatic capacitance between the first and second metal plates at a bent location is changed.
A method for predicting, using an algorithm, a remaining lifetime parameter of a component installed in a system, in particular of an engine component and/or a filter, the method comprising: - repeatedly sensing at least one parameter of the system to obtain a history of data values; - fitting an aging pattern to the data values; and - determining a remaining lifetime parameter of the component from the aging pattern, characterized in that first data values measured during initialization of the algorithm are retained as anchor values for the fitting throughout the lifetime parameter determination of the component, second data values from a most recent time period are used in the fitting, and at least some data values between the first and second data values are erased with time such that the fitting is based on a subset of the data values determined since the initialization of the algorithm. the method comprising: - repeatedly sensing at least one parameter of the system to obtain a history of data values; - fitting an aging pattern to the data values; and - determining a remaining lifetime parameter of the component from the aging pattern, - repeatedly sensing at least one parameter of the system to obtain a history of data values; - fitting an aging pattern to the data values; and - determining a remaining lifetime parameter of the component from the aging pattern, characterized in that first data values measured during initialization of the algorithm are retained as anchor values for the fitting throughout the lifetime parameter determination of the component, second data values from a most recent time period are used in the fitting, and at least some data values between the first and second data values are erased with time such that the fitting is based on a subset of the data values determined since the initialization of the algorithm.