mhurhangee/patent-ind-claim-en huggingface dataset:
A method for supporting multi-tenancy in software defined networking, SDN, the method comprising: sending a request (S1), by a processing entity , to an SDN control entity of a virtual network system, to perform a specific function for an application processed by the processing entity , wherein an existing protocol to invoke the specific function is re-used as interface between the processing entity and the SDN control entity ; and indicating (S1), by the processing entity , an identification of a virtual network operator associated with the application to the SDN control entity ; receiving (S1), by the SDN control entity , said request; performing (S2), by the SDN control entity , the specific function based on the identification of the virtual network operator, wherein the SDN control entity includes the request and the identification of the virtual network operator in a wrapper protocol between the SDN control entity and a serving entity providing the specific function, and communicates the request included in the wrapper protocol to the serving entity ; receiving (S3) and processing (S4), by the serving entity , the request included in the wrapper protocol; returning (S5), by the serving entity to the SDN control entity , a response to the request using the wrapper protocol; receiving (S5), by the SDN control entity , the response using the wrapper protocol; evaluating (S6), by the SDN control entity , the response; and after having evaluated the response, responding (S7), by the SDN control entity , to the request received from the processing entity . sending a request (S1), by a processing entity , to an SDN control entity of a virtual network system, to perform a specific function for an application processed by the processing entity , wherein an existing protocol to invoke the specific function is re-used as interface between the processing entity and the SDN control entity ; and indicating (S1), by the processing entity , an identification of a virtual network operator associated with the application to the SDN control entity ; receiving (S1), by the SDN control entity , said request; performing (S2), by the SDN control entity , the specific function based on the identification of the virtual network operator, wherein the SDN control entity includes the request and the identification of the virtual network operator in a wrapper protocol between the SDN control entity and a serving entity providing the specific function, and communicates the request included in the wrapper protocol to the serving entity ; receiving (S3) and processing (S4), by the serving entity , the request included in the wrapper protocol; returning (S5), by the serving entity to the SDN control entity , a response to the request using the wrapper protocol; receiving (S5), by the SDN control entity , the response using the wrapper protocol; evaluating (S6), by the SDN control entity , the response; and after having evaluated the response, responding (S7), by the SDN control entity , to the request received from the processing entity .
Assembly for closing a tube , said assembly comprising: - a stopper comprising a punch adapted to cut a lid , said lid being adapted to block a neck of a head of the tube, said stopper being configured to be fixed on said neck in a first position, termed standby position, and a second position, termed usage position, - a ring movably fixed to said stopper , said assembly being configured to make it possible to pass from a deployed position with the aim of said punch being protected by said ring in the standby position of said stopper to a retracted position with the aim of boring of said lid by said punch in the usage position of said stopper , a passing of said assembly from the deployed position to the retracted position being carried out by sliding of the stopper through the ring , said assembly comprising at least one protruding element configured to engage with at least one groove for the passage from the deployed position to the retracted position, characterised in that said protruding element and said groove are configured to carry out a bayonet type movement. - a stopper comprising a punch adapted to cut a lid , said lid being adapted to block a neck of a head of the tube, said stopper being configured to be fixed on said neck in a first position, termed standby position, and a second position, termed usage position, - a ring movably fixed to said stopper ,
A guidance system for injecting therapeutic agents into the eye, the guidance system comprising: a connector for connecting to a hypodermic needle; a sheath which in use surrounds the hypodermic needle; a biasing device , between the connector and the sheath; wherein the sheath is moveable between a first position into which it is biased by the biasing device and a second retracted position against the force of the biasing device, so that in use, the tip of the hypodermic needle is covered in the first position but a defined length of the hypodermic needle is exposed in the second position; and characterised in that the system is further provided with a distance gauge to position the hypodermic needle a set distance from a fixed location, wherein the distance gauge comprises an arm connected to a convex side of a C-shaped tip, the arm being mounted on the sheath. a connector for connecting to a hypodermic needle; a sheath which in use surrounds the hypodermic needle; a biasing device , between the connector and the sheath; wherein the sheath is moveable between a first position into which it is biased by the biasing device and a second retracted position against the force of the biasing device, so that in use, the tip of the hypodermic needle is covered in the first position but a defined length of the hypodermic needle is exposed in the second position; and characterised in that the system is further provided with a distance gauge to position the hypodermic needle a set distance from a fixed location, wherein the distance gauge comprises an arm connected to a convex side of a C-shaped tip, the arm being mounted on the sheath.
A soft suture anchoring system, comprising: a suture anchor fabricated entirely of soft material, comprising a length of suture having a plurality of loops disposed therein and further comprising a tensioning suture limb disposed along the suture anchor(io) and extending from one end of the suture anchor ; and an inserter for inserting the suture anchor into a bone hole, the inserter comprising a shaft for holding and deploying the suture anchor and a handle proximal to the shaft; said handle comprising a crossbar attachable to the tensioning suture limb for holding and maintaining the tensioning limb under a first level of holding tension (T hold ) sufficient to hold the tensioning suture limb in place, and a pinching mechanism for pinching the tensioning suture limb against the crossbar , and a tensioning mechanism which moves said crossbar proximally to apply a second level of deployment tension (T load ) to the tensioning limb to expand a lateral dimension of the suture anchor in order to deploy the anchor ; characterised in that said shaft comprises a cross pin thereon, wherein the shaft is movable, in use, axially in a proximal direction relative to the crossbar until the cross pin contacts and pulls the crossbar in the proximal direction in conjunction with the shaft. a suture anchor fabricated entirely of soft material, comprising a length of suture having a plurality of loops disposed therein and further comprising a tensioning suture limb disposed along the suture anchor(io) and extending from one end of the suture anchor ; and an inserter for inserting the suture anchor into a bone hole, the inserter comprising a shaft for holding and deploying the suture anchor and a handle proximal to the shaft; said handle comprising a crossbar attachable to the tensioning suture limb for holding and maintaining the tensioning limb under a first level of holding tension (T hold ) sufficient to hold the tensioning suture limb in place, and a pinching mechanism for pinching the tensioning suture limb against the crossbar , and a tensioning mechanism which moves said crossbar proximally to apply a second level of deployment tension (T load ) to the tensioning limb to expand a lateral dimension of the suture anchor in order to deploy the anchor ; characterised in that said shaft comprises a cross pin thereon, wherein the shaft is movable, in use, axially in a proximal direction relative to the crossbar until the cross pin contacts and pulls the crossbar in the proximal direction in conjunction with the shaft.
Tracked vehicle , comprising a vehicle chassis comprising a crane adaptable to the vehicle chassis , characterized in that the crane is equipped with a swivel bracket (2.1) and an extension arm (2.2), wherein the swivel bracket (2.1) comprises at least one swivel mechanism (2.1.1), a swivel bearing (2.1.3) and at least one rocker cylinder (2.1.4), wherein the extension arm (2.2) comprises at least two cable guide heads (2.2.3), wherein the extension arm (2.2) comprises at least two winches (2.2.1) arranged in the extension arm (2.2) and two winch cables (2.2.2), wherein the extension arm (2.2) is equipped with at least two stop eyes (2.2.4), wherein the crane can be operated in a single lift and in a double lift, wherein in the double lift, one end of one of the two winch cables (2.2.2) is guided over a redirection roller (2.2.6) and fastened to one of the two stop eyes (2.2.4), and wherein the two winch cables (2.2.2) are guided through the extension arm (2.2) to the two cable guide heads (2.2.3), on which the two winch cables (2.2.2) are guided out of the extension arm (2.2). characterized in that the crane is equipped with a swivel bracket (2.1) and an extension arm (2.2), wherein the swivel bracket (2.1) comprises at least one swivel mechanism (2.1.1), a swivel bearing (2.1.3) and at least one rocker cylinder (2.1.4), wherein the extension arm (2.2) comprises at least two cable guide heads (2.2.3), wherein the extension arm (2.2) comprises at least two winches (2.2.1) arranged in the extension arm (2.2) and two winch cables (2.2.2), wherein the extension arm (2.2) is equipped with at least two stop eyes (2.2.4), wherein the crane can be operated in a single lift and in a double lift, wherein in the double lift, one end of one of the two winch cables (2.2.2) is guided over a redirection roller (2.2.6) and fastened to one of the two stop eyes (2.2.4), and wherein the two winch cables (2.2.2) are guided through the extension arm (2.2) to the two cable guide heads (2.2.3), on which the two winch cables (2.2.2) are guided out of the extension arm (2.2).
A particulate material comprising: a shaped abrasive particle having a body including alumina, the body comprising: a first layer including a central region including the geometric center of the body having a first dopant concentration (D 1c ); and a second layer overlying the first layer, the second layer including a peripheral region including an external surface of the body spaced apart from the geometric center having a second dopant concentration (D 2c ); wherein the body comprises a dopant concentration difference (ΔD c ) between the first dopant concentration and the second dopant concentration of at least 0.2 wt%, the dopant concentration difference (ΔDc) being defined by the equation (C1-C2/C1)x100%, C1 being the higher concentration of dopant material and C2 being the lower concentration of dopant material; and wherein the first layer and the second layer are arranged in a stepped configuration relative to each other, wherein the stepped configuration is defined by a lateral shift of the first layer with respect to the second layer. a first layer including a central region including the geometric center of the body having a first dopant concentration (D 1c ); and a second layer overlying the first layer, the second layer including a peripheral region including an external surface of the body spaced apart from the geometric center having a second dopant concentration (D 2c ); wherein the body comprises a dopant concentration difference (ΔD c ) between the first dopant concentration and the second dopant concentration of at least 0.2 wt%, the dopant concentration difference (ΔDc) being defined by the equation (C1-C2/C1)x100%, C1 being the higher concentration of dopant material and C2 being the lower concentration of dopant material; and wherein the first layer and the second layer are arranged in a stepped configuration relative to each other, wherein the stepped configuration is defined by a lateral shift of the first layer with respect to the second layer.
A method for controlling a washing machine comprising a tub , a vibration sensor provided at the tub and a drum configured to accommodate laundry therein and rotatably provided in the tub , characterized in that the method comprises: measuring (S510) a value of multi-axis vibration of the tub during a detection section of a dewatering process in which the drum rotates at a predetermined rotational speed; determining (S520) a predicted value of maximum vibration displacement of the tub expected to be generated during the dewatering process based on the measured value; and determining (S530) whether to restart the dewatering process after the detection section, based on the predicted value of the maximum vibration displacement and a predetermined reference value. measuring (S510) a value of multi-axis vibration of the tub during a detection section of a dewatering process in which the drum rotates at a predetermined rotational speed; determining (S520) a predicted value of maximum vibration displacement of the tub expected to be generated during the dewatering process based on the measured value; and determining (S530) whether to restart the dewatering process after the detection section, based on the predicted value of the maximum vibration displacement and a predetermined reference value.
An electronic cigarette device comprising a mouthpiece (116; 216; 316; 416) provided with a mouthpiece opening (118; 218; 318; 418); a vapor flow channel (105; 205; 305; 405) arranged to guide a generated vapor to the mouthpiece opening; and a sensor (150; 250; 350; 450) arranged in the vapor flow channel at a position physically displaced from an atomizer (194; 294; 394; 494), the electronic cigarette device further comprising one or more processors; characterised in that the one or more processors are configured to: apply a first power to a heater of an atomizer; determine a first temperature measurement in the vapor flow channel using the sensor; determine a first power adjustment for the heater based upon the first temperature measurement; and adjust the first power to a second power based upon the first power adjustment and apply the second power to the heater. a mouthpiece (116; 216; 316; 416) provided with a mouthpiece opening (118; 218; 318; 418); a vapor flow channel (105; 205; 305; 405) arranged to guide a generated vapor to the mouthpiece opening; and a sensor (150; 250; 350; 450) arranged in the vapor flow channel at a position physically displaced from an atomizer (194; 294; 394; 494), the electronic cigarette device further comprising one or more processors; characterised in that the one or more processors are configured to: apply a first power to a heater of an atomizer; determine a first temperature measurement in the vapor flow channel using the sensor; determine a first power adjustment for the heater based upon the first temperature measurement; and adjust the first power to a second power based upon the first power adjustment and apply the second power to the heater. apply a first power to a heater of an atomizer; determine a first temperature measurement in the vapor flow channel using the sensor; determine a first power adjustment for the heater based upon the first temperature measurement; and adjust the first power to a second power based upon the first power adjustment and apply the second power to the heater.
A crown head for a timepiece, especially for diving watches, comprising a cap having a cover and an axial skirt , a tube designed to be secured in a case of the timepiece, a sealing gasket arranged between the tube and the axial skirt , and a central pipe designed to be engaged with the tube , the central pipe and the cap forming an assembly able to be placed in different axial positions with respect to the tube , the crown head further comprising a safety valve having an evacuation channel designed to be in fluidic communication with the inside of the case when the valve is in an open configuration so as to evacuate an excess of fluid, the safety valve moreover comprising a pressure regulator arranged inside the evacuation channel to control the outlet speed of the fluid, characterized in that the pressure regulator comprises a ball arranged to cooperate with a ball seat , the ball being arranged on the ball seat so as to obstruct the passage of a fluid in the evacuation channel when the internal pressure upstream from the ball is less than a predetermined value, the ball being dislodged from the ball seat when said internal pressure exceeds the predetermined value in order to establish said fluidic communication.
Packaging and distribution assembly for a fluid product , comprising: - a storage member , comprising a tubular reservoir able to receive a first fluid composition , said tubular reservoir having an elongated shape between a first and a second end, - a closed chamber in communication with the tubular reservoir, - a pressurization member , able to move axially with respect to the storage member, in such a way as to decrease a volume of said closed chamber; with the closed chamber being sealed from the air in a deployed configuration of the storage and pressurization members, corresponding to a maximum volume of the closed chamber; the assembly being characterized in that the storage member and the pressurization member comprise means for breaking the seal of the closed chamber in a compact configuration of said storage and pressurization members, said compact configuration corresponding to a minimum volume of the closed chamber. - a storage member , comprising a tubular reservoir able to receive a first fluid composition , said tubular reservoir having an elongated shape between a first and a second end, - a closed chamber in communication with the tubular reservoir, - a pressurization member , able to move axially with respect to the storage member, in such a way as to decrease a volume of said closed chamber;
A studdable tire comprising: a stud ; and a tread portion to which the stud is mounted, wherein the tread portion has a designated rotation direction (R), the tread portion includes a plurality of blocks and a lateral groove which is adjacent to each block on a rear side in the rotation direction, the lateral groove includes a gently-tilted portion that extends at an angle of not greater than 30 degrees relative to a tire axial direction, the stud is mounted to at least one of the plurality of blocks , the stud includes a body embedded in the block and a pin portion that projects from the body in a tire radial direction, the body has a top flange formed in an outer side portion in the tire radial direction, the top flange includes a tapered portion in a planar view, and the top flange is disposed such that the tapered portion is oriented toward the rear side of the block in the rotation direction (R), wherein the tread portion has a plurality of tilted grooves that extend diagonally relative to a tire axial direction, the tilted grooves each including a plurality of first and second tilted grooves (11; 12), the studdable tire is characterized in that each of the first tilted groove and second tilted groove includes a first steeply-tilted portion , which is tilted relative to the tire axial direction, a second steeply-tilted portion , which is tilted relative to the tire axial direction, and a gently-tilted portion , which is tilted relative to the axial tire direction between the first steeply-tilted portion and the second steeply-tilted portion . a stud ; and a tread portion to which the stud is mounted, wherein the tread portion has a designated rotation direction (R), the tread portion includes a plurality of blocks and a lateral groove which is adjacent to each block on a rear side in the rotation direction, the lateral groove includes a gently-tilted portion that extends at an angle of not greater than 30 degrees relative to a tire axial direction, the stud is mounted to at least one of the plurality of blocks , the stud includes a body embedded in the block and a pin portion that projects from the body in a tire radial direction, the body has a top flange formed in an outer side portion in the tire radial direction, the top flange includes a tapered portion in a planar view, and the top flange is disposed such that the tapered portion is oriented toward the rear side of the block in the rotation direction (R), wherein the tread portion has a plurality of tilted grooves that extend diagonally relative to a tire axial direction, the tilted grooves each including a plurality of first and second tilted grooves (11; 12), the studdable tire is characterized in that each of the first tilted groove and second tilted groove includes a first steeply-tilted portion , which is tilted relative to the tire axial direction, a second steeply-tilted portion , which is tilted relative to the tire axial direction, and a gently-tilted portion , which is tilted relative to the axial tire direction between the first steeply-tilted portion and the second steeply-tilted portion .