mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a housing unit; a support unit for supporting said housing unit; an upper stimulation massage source or node extending from an upper portion of said housing unit, a lower stimulation massage source or node extending from said upper portion of said housing unit and disposed below said upper stimulation massage source or node when said housing unit is in an upright position, and at least one flexible unit (12, 79, 82a, 88) for supporting and enabling an angle between said housing unit and said support unit to be adjusted, characterised in that said upper stimulation massage source or node is operable for transferring a first percussive stimulation to a woman's lower abdomen proximate a top of a pubic bone; said lower stimulation massage source or node being operable for transferring, simultaneously with said first percussive stimulation, a second percussive stimulation to the woman's mons pubis region proximate a bottom of the pubic bone; a drive unit disposed below said lower stimulation massage source or node when said housing unit is in an upright position for driving said upper stimulation massage source or node to generate said first percussive stimulation and said lower stimulation massage source or node to generate said second percussive stimulation; where said first percussive stimulation and said second percussive stimulation combine to enable the woman to achieve a beneficial stimulation. a housing unit; a support unit for supporting said housing unit; an upper stimulation massage source or node extending from an upper portion of said housing unit, a lower stimulation massage source or node extending from said upper portion of said housing unit and disposed below said upper stimulation massage source or node when said housing unit is in an upright position, and at least one flexible unit (12, 79, 82a, 88) for supporting and enabling an angle between said housing unit and said support unit to be adjusted, characterised in that said upper stimulation massage source or node is operable for transferring a first percussive stimulation to a woman's lower abdomen proximate a top of a pubic bone; said lower stimulation massage source or node being operable for transferring, simultaneously with said first percussive stimulation, a second percussive stimulation to the woman's mons pubis region proximate a bottom of the pubic bone; a drive unit disposed below said lower stimulation massage source or node when said housing unit is in an upright position for driving said upper stimulation massage source or node to generate said first percussive stimulation and said lower stimulation massage source or node to generate said second percussive stimulation; where said first percussive stimulation and said second percussive stimulation combine to enable the woman to achieve a beneficial stimulation.
A surface treating agent comprising: an amide-based organic solvent; nanodiamond powder and carbon nanotube powder dispersed in the organic solvent; and a polytetrafluoroethylene (PTFE) solution mixed with the organic solvent. an amide-based organic solvent; nanodiamond powder and carbon nanotube powder dispersed in the organic solvent; and a polytetrafluoroethylene (PTFE) solution mixed with the organic solvent.
An automatic medication injection device comprising: a user grippable housing having a length extending in an axial direction between a proximal end and a distal end; a container (50, 181, 230, 316) of medication including an outlet that is disposed proximally of said housing proximal end at least during injection, said container including a barrel (52, 198) and a sealing plunger (58,194), said sealing plunger in sealing engagement with said barrel; a drive mechanism within said housing which when triggered automatically advances said container of medication within said housing and advances said sealing plunger proximally within said container to force medication from the outlet, said drive mechanism including an advancing portion (76, 160, 210, 310) that inserts within said barrel; a plurality of sound elements (90, 170, 220, 312) located on said advancing portion; and a plate-shaped clip (104, 142, 202, 240) defined by a curved body (110, 147, 204, 250, 302) including at least one actuating element (92, 145, 200, 245, 255, 300) extending inward from the curved body, the at least one actuating element movable axially within said housing with said container of medication, said at least one actuating element arranged to engage said plurality of sound elements to generate audible notices as said advancing portion moves past said at least one actuating element when advancing said sealing plunger for an injection. a user grippable housing having a length extending in an axial direction between a proximal end and a distal end; a container (50, 181, 230, 316) of medication including an outlet that is disposed proximally of said housing proximal end at least during injection, said container including a barrel (52, 198) and a sealing plunger (58,194), said sealing plunger in sealing engagement with said barrel; a drive mechanism within said housing which when triggered automatically advances said container of medication within said housing and advances said sealing plunger proximally within said container to force medication from the outlet, said drive mechanism including an advancing portion (76, 160, 210, 310) that inserts within said barrel; a plurality of sound elements (90, 170, 220, 312) located on said advancing portion; and a plate-shaped clip (104, 142, 202, 240) defined by a curved body (110, 147, 204, 250, 302) including at least one actuating element (92, 145, 200, 245, 255, 300) extending inward from the curved body, the at least one actuating element movable axially within said housing with said container of medication, said at least one actuating element arranged to engage said plurality of sound elements to generate audible notices as said advancing portion moves past said at least one actuating element when advancing said sealing plunger for an injection.
Humerus implant having a cup shaped body and a locking adapter, the cup shaped body having a center portion and a plurality of flexible first sidewall segments and second sidewall segments, with gaps between neighbored sidewall segments, the locking adapter having means for fixing the locking adapter to the cup shaped body, characterized in, that the first sidewall segments having a plurality of locking fins, the second sidewall segments having a plurality of recesses and holes, and the locking adapter having a locking ring for locking the sidewall segments (120, 130) into their final positions.
A method for configuring component carriers in carrier aggregation, comprising: receiving a carrier aggregation capability from a selected user equipment, UE, at an enhanced Node B, eNode B, configured to provide service for a plurality of UEs within the eNode B's network, wherein the carrier aggregation capability from the selected UE includes a maximum number of component carriers supported for an uplink to the eNode B, a maximum number of component carriers supported for a downlink from the eNode B, a maximum bandwidth supported for the uplink and the downlink, and support of selected frequency bands at the UE; configuring a plurality of component carriers at the eNode B for the selected UE based on the carrier aggregation capability of the selected UE; broadcasting from the eNode B, a component carrier configuration message containing component carrier configuration information that is common to the plurality of UEs; communicating from the eNode B component carrier configuration information that is specific to one of the plurality of UEs using dedicated communication signaling to form configured component carriers; and activating selected configured component carriers at the eNode B for the selected UE based on bandwidth and quality of service needs of the selected UE. receiving a carrier aggregation capability from a selected user equipment, UE, at an enhanced Node B, eNode B, configured to provide service for a plurality of UEs within the eNode B's network, wherein the carrier aggregation capability from the selected UE includes a maximum number of component carriers supported for an uplink to the eNode B, a maximum number of component carriers supported for a downlink from the eNode B, a maximum bandwidth supported for the uplink and the downlink, and support of selected frequency bands at the UE; configuring a plurality of component carriers at the eNode B for the selected UE based on the carrier aggregation capability of the selected UE; broadcasting from the eNode B, a component carrier configuration message containing component carrier configuration information that is common to the plurality of UEs; communicating from the eNode B component carrier configuration information that is specific to one of the plurality of UEs using dedicated communication signaling to form configured component carriers; and activating selected configured component carriers at the eNode B for the selected UE based on bandwidth and quality of service needs of the selected UE.
Process for the selective electrochemical conversion of CO2 into C2 hydrocarbons, at room temperature and atmospheric pressure, comprising a two-phase liquid / solid system consisting of an electrochemical cell with an anode and a cathode, characterized by said cathode being modified by copper electrodeposits having either: a. a monolayer porous structure / morphology with craters; b. a dendritic morphology or c. a multilayer tridimensional pore structure with different porous sizes. a. a monolayer porous structure / morphology with craters; b. a dendritic morphology or c. a multilayer tridimensional pore structure with different porous sizes.
Electrical connection system having a plug which has contact elements, and having a socket which has mating contact elements, wherein the plug can be magnetically connected to the socket by means of a magnet device in order to transmit signals or current, wherein the magnet device has two or more pairs of connections (10, 11) which comprise a magnet and a connection element which can be attracted by the magnet but is not itself permanently magnetic, wherein the magnet on each pair of connections is arranged in the socket, and the connection element which is not permanently magnetic is arranged in the plug, and wherein the plug and the socket can be connected to one another exclusively by the magnet device, and wherein the socket is integrated in an electronic component or an electronic appliance, and wherein the connection element, which is not permanently magnetic, is a soft-magnetic material and wherein the contact elements are inserted into the plug such that their contact surfaces are arranged essentially on a plane with a front face, facing the socket, of the plug, and the mating contact elements are inserted into the socket such that their mating contact surfaces are arranged essentially flush on a plane with a front face, facing the plug, of the socket, with the contact elements and the mating contact elements making contact over an area by means of their mutually aligned contact surfaces and mating contact surfaces, when the plug is magnetically connected to the socket.
A system for installing an optical fiber cable in a building hallway or living unit, comprising: an elongated cylinder or tube; characterized in that: the cylinder or tube contains both an adhesive and a continuous length of an optical fiber or cable embedded in the adhesive in a configuration that avoids formation of kinks or knots in the cable; an elongated nozzle configured to be fixed at a first end of the cylinder for depositing the adhesive and the cable from an open tip of the nozzle along a desired routing path in the building hallway or living unit; and an applicator assembly constructed and arranged for receiving the cylinder and for applying a dispensing force at a second end of the cylinder opposite the first end to urge the adhesive and the cable out of the open tip of the nozzle. an elongated cylinder or tube; characterized in that: the cylinder or tube contains both an adhesive and a continuous length of an optical fiber or cable embedded in the adhesive in a configuration that avoids formation of kinks or knots in the cable; an elongated nozzle configured to be fixed at a first end of the cylinder for depositing the adhesive and the cable from an open tip of the nozzle along a desired routing path in the building hallway or living unit; and an applicator assembly constructed and arranged for receiving the cylinder and for applying a dispensing force at a second end of the cylinder opposite the first end to urge the adhesive and the cable out of the open tip of the nozzle. the cylinder or tube contains both an adhesive and a continuous length of an optical fiber or cable embedded in the adhesive in a configuration that avoids formation of kinks or knots in the cable; an elongated nozzle configured to be fixed at a first end of the cylinder for depositing the adhesive and the cable from an open tip of the nozzle along a desired routing path in the building hallway or living unit; and an applicator assembly constructed and arranged for receiving the cylinder and for applying a dispensing force at a second end of the cylinder opposite the first end to urge the adhesive and the cable out of the open tip of the nozzle.
A method for resuming a connection performed at a second network node comprising: receiving, from a first network node at the second network node, a user equipment, UE, context prepopulated by the first network node; sending, from the second network node to a UE, a Radio Resource Control,RRC, connection resume request message including a freshness parameter and the UE context, wherein the freshness parameter is used to indicate early data transmission and wherein the freshness parameter is a temporary cell radio network temporary identifier, C-RNTI, assigned to the UE; and receiving, from the UE at the second network node, a RRC connection resume response message including an authentication token generated by the freshness parameter and the UE context, wherein the method further comprises sending, from the second network node to the UE, a RRC connection set up message including an omission indication which instructs the UE not to send an RRCConnectionResumeComplete message when there is no more data transmission after receiving the RRC connection resume response message. receiving, from a first network node at the second network node, a user equipment, UE, context prepopulated by the first network node; sending, from the second network node to a UE, a Radio Resource Control,RRC, connection resume request message including a freshness parameter and the UE context, wherein the freshness parameter is used to indicate early data transmission and wherein the freshness parameter is a temporary cell radio network temporary identifier, C-RNTI, assigned to the UE; and receiving, from the UE at the second network node, a RRC connection resume response message including an authentication token generated by the freshness parameter and the UE context, wherein the method further comprises sending, from the second network node to the UE, a RRC connection set up message including an omission indication which instructs the UE not to send an RRCConnectionResumeComplete message when there is no more data transmission after receiving the RRC connection resume response message.
A photomask, comprising: a substrate; a circuit pattern on the substrate; an electrostatic discharge ESD structure on the substrate, and the ESD structure surrounding the circuit pattern; and an ESD line (108a, 108b) on the substrate, and the ESD line (108a, 108b) extending between an edge of the substrate and the ESD structure, wherein the ESD line (108a, 108b) comprises an edge portion (EP1a) extending beyond an end of an edge of the ESD structure, and the edge portion of the ESD line (108a, 108b) comprises at least one comb-shaped structure, characterized in that the edge portion comprises a plurality of segments and a plurality of comb-shaped structures, each comb-shaped structure comprises a connecting part and at least two pins, and each segment and each connecting part are connected alternately to form a serpentine segment, wherein the pins in adjacent two of the comb-shaped structures protrude toward the edge (102a, 102b) of the substrate. a substrate; a circuit pattern on the substrate; an electrostatic discharge ESD structure on the substrate, and the ESD structure surrounding the circuit pattern; and an ESD line (108a, 108b) on the substrate, and the ESD line (108a, 108b) extending between an edge of the substrate and the ESD structure, wherein the ESD line (108a, 108b) comprises an edge portion (EP1a) extending beyond an end of an edge of the ESD structure, and the edge portion of the ESD line (108a, 108b) comprises at least one comb-shaped structure, characterized in that the edge portion comprises a plurality of segments and a plurality of comb-shaped structures, each comb-shaped structure comprises a connecting part and at least two pins, and each segment and each connecting part are connected alternately to form a serpentine segment, wherein the pins in adjacent two of the comb-shaped structures protrude toward the edge (102a, 102b) of the substrate.
An absorbent article in the form of a pant having a pre-formed waist and leg openings comprising: a first waist region, a second waist region, and a crotch region disposed between the first and second waist regions; a longitudinal centerline and a lateral centerline; a chassis comprising a topsheet, a backsheet and an absorbent core disposed between the topsheet and the backsheet; and a waist feature joined to the chassis in the first and/or second waist region and a portion extending longitudinally outboard of the chassis in said first and/or second waist region to form a free portion; wherein: the backsheet comprises a barrier layer having a maximum length, L BS, extending between a first barrier lateral edge and a second barrier lateral edge; the absorbent core comprises absorbent material enclosed in a core wrap having a maximum length, L CW, and wherein L CW is substantially the same as L BS and L CW is about 80% or greater of L BS; and the absorbent material is disposed in an absorbent material deposition area, the absorbent material deposition area having a maximum length, L AB, extending between a first absorbent area lateral edge and a second absorbent area lateral edge, wherein L AB is about 90% or greater of L BS. a first waist region, a second waist region, and a crotch region disposed between the first and second waist regions; a longitudinal centerline and a lateral centerline; a chassis comprising a topsheet, a backsheet and an absorbent core disposed between the topsheet and the backsheet; and a waist feature joined to the chassis in the first and/or second waist region and a portion extending longitudinally outboard of the chassis in said first and/or second waist region to form a free portion; wherein: the backsheet comprises a barrier layer having a maximum length, L BS, extending between a first barrier lateral edge and a second barrier lateral edge; the absorbent core comprises absorbent material enclosed in a core wrap having a maximum length, L CW, and wherein L CW is substantially the same as L BS and L CW is about 80% or greater of L BS; and the absorbent material is disposed in an absorbent material deposition area, the absorbent material deposition area having a maximum length, L AB, extending between a first absorbent area lateral edge and a second absorbent area lateral edge, wherein L AB is about 90% or greater of L BS. the backsheet comprises a barrier layer having a maximum length, L BS, extending between a first barrier lateral edge and a second barrier lateral edge; the absorbent core comprises absorbent material enclosed in a core wrap having a maximum length, L CW, and wherein L CW is substantially the same as L BS and L CW is about 80% or greater of L BS; and the absorbent material is disposed in an absorbent material deposition area, the absorbent material deposition area having a maximum length, L AB, extending between a first absorbent area lateral edge and a second absorbent area lateral edge, wherein L AB is about 90% or greater of L BS.
A computing device implemented method for deploying a lost circulation fabric (114, 412, 512, 804, 914, 1108, 1314, 1512, 1808, 1908) from a lost circulation fabric deployment system (100, 400, 512, 800, 900, 1100, 1300, 1500, 1806, 1906), the method comprising: receiving one or more signals representing one or more conditions within a wellbore (506, 1802, 1902) from at least one sensor (118, 1608); receiving one or more signals representing a remote trigger to deploy the lost circulation fabric from a downhole lost circulation fabric deployment system (100, 400, 512, 800, 900, 1100, 1300, 1500, 1806, 1906); determining whether to deploy the lost circulation fabric based on the one or more signals representing one or more conditions and the one or more signals representing a remote trigger; and deploying the lost circulation fabric from the downhole lost circulation fabric deployment system to at least partially seal a lost circulation zone (508, 1804, 1904) in the wellbore. receiving one or more signals representing one or more conditions within a wellbore (506, 1802, 1902) from at least one sensor (118, 1608); receiving one or more signals representing a remote trigger to deploy the lost circulation fabric from a downhole lost circulation fabric deployment system (100, 400, 512, 800, 900, 1100, 1300, 1500, 1806, 1906); determining whether to deploy the lost circulation fabric based on the one or more signals representing one or more conditions and the one or more signals representing a remote trigger; and deploying the lost circulation fabric from the downhole lost circulation fabric deployment system to at least partially seal a lost circulation zone (508, 1804, 1904) in the wellbore.