mhurhangee/ep-ind-claims huggingface dataset:
An anvil configured for use with a circular stapling instrument, the anvil comprising: (a) a head comprising an annular surface defining an annular array of staple forming pockets; (b) a shank extending proximally from the head, wherein the shank and the head cooperatively define a bore, wherein the shank defines a lateral opening; and (c) a latch member, wherein the latch member comprises: (i) a proximally extending arm located within the lateral opening, and (ii) a latch shelf extending inwardly from the proximally extending arm into the bore, characterised in that: the proximally extending arm is pivotally coupled with the shank via a living hinge, and the shank, the latch member and the head together define a homogenous continuum of material. (a) a head comprising an annular surface defining an annular array of staple forming pockets; (b) a shank extending proximally from the head, wherein the shank and the head cooperatively define a bore, wherein the shank defines a lateral opening; and (c) a latch member, wherein the latch member comprises: (i) a proximally extending arm located within the lateral opening, and (ii) a latch shelf extending inwardly from the proximally extending arm into the bore, characterised in that: the proximally extending arm is pivotally coupled with the shank via a living hinge, and the shank, the latch member and the head together define a homogenous continuum of material. (i) a proximally extending arm located within the lateral opening, and (ii) a latch shelf extending inwardly from the proximally extending arm into the bore, characterised in that: the proximally extending arm is pivotally coupled with the shank via a living hinge, and the shank, the latch member and the head together define a homogenous continuum of material.
A pneumatic tyre comprising: a tread portion; a pair of sidewall portions; a pair of bead cores; a carcass layer comprising at least one carcass ply extending between the pair of bead cores through the tread portion and the pair of sidewall portions; a pair of first bead apex rubber components arranged disposed outward in a tyre radial direction of the pair of bead cores; and a belt layer disposed outward in the tyre radial direction of the carcass layer, wherein in an unloaded condition where the tyre is mounted onto a standard rim and inflated with an internal pressure at 50 kPa, the carcass layer has a profile that comprises an outer side portion, the outer side portion extending from a position where the carcass layer separates from the belt layer near an outer end of the belt layer in the tyre axial direction to a maximum width position of the carcass layer, each of the pair of outer side portions is located outside a virtual arc having a single radius of curvature passing through the position, the maximum width position, and an outermost end in the tyre radial direction of its first bead apex rubber component, and the carcass ply comprises a main portion extending between the pair of bead cores, and a pair of turn-up portions turned up around the pair of bead cores from inside to outside of the tyre, characterized in that a pair of second bead apex rubber components is disposed outwardly in the tyre axial direction of the pair of turn-up portions, and outermost ends of the pair of turn-up portions are located outwardly in the tyre radial direction of the maximum width position. a tread portion; a pair of sidewall portions; a pair of bead cores; a carcass layer comprising at least one carcass ply extending between the pair of bead cores through the tread portion and the pair of sidewall portions; a pair of first bead apex rubber components arranged disposed outward in a tyre radial direction of the pair of bead cores; and a belt layer disposed outward in the tyre radial direction of the carcass layer, in an unloaded condition where the tyre is mounted onto a standard rim and inflated with an internal pressure at 50 kPa, the carcass layer has a profile that comprises an outer side portion, the outer side portion extending from a position where the carcass layer separates from the belt layer near an outer end of the belt layer in the tyre axial direction to a maximum width position of the carcass layer, each of the pair of outer side portions is located outside a virtual arc having a single radius of curvature passing through the position, the maximum width position, and an outermost end in the tyre radial direction of its first bead apex rubber component, and the carcass ply comprises a main portion extending between the pair of bead cores, and a pair of turn-up portions turned up around the pair of bead cores from inside to outside of the tyre, characterized in that a pair of second bead apex rubber components is disposed outwardly in the tyre axial direction of the pair of turn-up portions, and outermost ends of the pair of turn-up portions are located outwardly in the tyre radial direction of the maximum width position.
Kitchen appliance comprising at least one handle bracket which extends slightly outwards on the horizontal plane and in which an opening is located, the aforementioned kitchen appliance includes a movable handle which extends along the longitudinal axis and includes a spout at one end which can be inserted into the aforementioned opening to assemble the handle on to the handle bracket by a pivoting motion, characterised in that the spout has a first bearing surface (17, 18, 117, 118) which co-operates with an internal wall (24, 124) of the opening to secure the handle on the handle bracket along the longitudinal axis when the handle is assembled on to the handle bracket and that the spout has a second bearing surface which co-operates with the bracket handle to generate, on the spout, a push along the longitudinal axis proportional to the torque exercised by the weight of the kitchen appliance, whereby the aforementioned effort enables the first bearing surface (17, 18, 117, 118) to be held against the internal wall (24, 124) of the opening.
Method for producing a carcass insert of a pneumatic vehicle tyre from a material web, which consists of a rubber compound in which reinforcing elements running parallel to one another are embedded, comprising the following method steps: - locally stretching the material in the longitudinal direction, forming a stretched portion in which the clear mutual spacing (a) of the reinforcing elements is at least twice as great as their mutual spacing in the non-stretched state, - cutting the stretched portion in the middle, so as to produce a piece of material web of which the stretched end portions (11, 12) contain or form the splicing region, - winding each individual piece of material web onto a carcass drum and splicing the end portions (11, 12) in an overlapping manner under the effect of external pressure, characterized by - transporting the material web to the carcass drum by means of a servicer with servicer trays (3, 4) and - carrying out the local stretching of the material web and the cutting of the stretched portion in the middle at the servicer, the material web being locally stretched in such a way that the stretched portion contains at least eight reinforcing elements. - locally stretching the material in the longitudinal direction, forming a stretched portion in which the clear mutual spacing (a) of the reinforcing elements is at least twice as great as their mutual spacing in the non-stretched state, - cutting the stretched portion in the middle, so as to produce a piece of material web of which the stretched end portions (11, 12) contain or form the splicing region, - winding each individual piece of material web onto a carcass drum and splicing the end portions (11, 12) in an overlapping manner under the effect of external pressure, characterized by - transporting the material web to the carcass drum by means of a servicer with servicer trays (3, 4) and - carrying out the local stretching of the material web and the cutting of the stretched portion in the middle at the servicer, the material web being locally stretched in such a way that the stretched portion contains at least eight reinforcing elements.
A process of assembling a probe (100, 200), the process comprising: providing a circuit board (120, 120') connected to a first electrical connector, the circuit board (120, 120') being connectable to a sensor; sliding a housing (119, 219) over the circuit board (120, 120'), the housing (119, 219) including a first end (134, 234) and a second end (132, 232); providing a reducing ring; sealingly connecting by laser welding the reducing ring to the first end (134, 234) of the housing (119, 219), with a water-tight seal, before the step of sliding the housing (119, 219) over the circuit board (120, 120'); sealingly connecting by laser welding the reducing ring to the first electrical connector with a water-tight seal; and sealing the second end (132, 232) of the housing (119, 219) with a water-tight seal. providing a circuit board (120, 120') connected to a first electrical connector, the circuit board (120, 120') being connectable to a sensor; sliding a housing (119, 219) over the circuit board (120, 120'), the housing (119, 219) including a first end (134, 234) and a second end (132, 232); providing a reducing ring; sealingly connecting by laser welding the reducing ring to the first end (134, 234) of the housing (119, 219), with a water-tight seal, before the step of sliding the housing (119, 219) over the circuit board (120, 120'); sealingly connecting by laser welding the reducing ring to the first electrical connector with a water-tight seal; and sealing the second end (132, 232) of the housing (119, 219) with a water-tight seal.
An anchor assembly for hollow walls, comprising an anchor body and a toggle member moveably mounted to said anchor body, said toggle member being displaceable between first and second positions thereof, wherein in said first position said toggle member is substantially aligned with said anchor body such that the anchor assembly can be rotated for insertion in the wall, and wherein in said second position said toggle member extends behind the wall at an angle relative to said anchor body with said anchor body extending through a hole in the wall, said toggle member being held captive in said first position but being displaceable longitudinally along said anchor body when an appropriate fastener is introduced in said anchor body, deflector means being provided for causing, after a sufficient longitudinal displacement of said toggle member has released the same from a captive state thereof, said toggle member to pivot relative to said anchor body to said second position, said toggle member being adapted to then threadably receive the fastener such that further rotation of the fastener draws said toggle member against a hidden side of the wall with said anchor body being held substantially fixed relative to the wall, said anchor body and said toggle member being provided with at least first and second locking means that cooperate for retaining said toggle member in said captive state when in said first position, characterized in that said first and second locking means (402, 404; 406, 408) are spaced apart from one another as being provided at associated proximal and distal ends of said anchor body and said toggle member, wherein said first locking means include cooperating first and second elements provided respectively on said toggle member and on said anchor body, and wherein said second locking means include cooperating first and second elements provided respectively on said toggle member and on said anchor body, said first (404, 408) and second (402, 406) elements being axially engaged to one another.
A quantity adjusting apparatus comprising: an operating section for adjusting a volume of an audio signal; a pulse output section for outputting a pulse according to an operating speed of the operating section; a storage section for storing a current volume of the audio signal; a counting section for counting a number of the pulses output from the pulse output section within a counting time; a quantity controller for performing a process for determining a new volume of the audio signal based on a pulse interval and storing the determined new volume as the current volume in the storage section, the same number of times as the number of the pulses counted by the counting section every counting time and for outputting last information stored as the current volume in the storage section; and a quantity changing section for changing the volume of the audio signal based on information about the current volume output from the quantity controller, wherein the quantity controller uses an alternate pulse interval that is based on the counting time and the number of pulses counted by the counting section within the counting time as the pulse interval, wherein the quantity controller divides the counting time by the number of pulses counted by the counting section, to calculate the alternate pulse interval. an operating section for adjusting a volume of an audio signal; a pulse output section for outputting a pulse according to an operating speed of the operating section; a storage section for storing a current volume of the audio signal; a counting section for counting a number of the pulses output from the pulse output section within a counting time; a quantity controller for performing a process for determining a new volume of the audio signal based on a pulse interval and storing the determined new volume as the current volume in the storage section, the same number of times as the number of the pulses counted by the counting section every counting time and for outputting last information stored as the current volume in the storage section; and a quantity changing section for changing the volume of the audio signal based on information about the current volume output from the quantity controller, wherein the quantity controller uses an alternate pulse interval that is based on the counting time and the number of pulses counted by the counting section within the counting time as the pulse interval, wherein the quantity controller divides the counting time by the number of pulses counted by the counting section, to calculate the alternate pulse interval.
A liquid laundry detergent composition of the present invention comprises a. a liquid phase; b. between 10% and 50% by weight of the composition of a water-soluble solid phase, wherein the solid phase comprises at least 30% by weight of the solid phase of a cleaning active, wherein the cleaning active comprises between 50% and 90% by weight of the cleaning active of a surfactant and between 10% and 20% by weight of the cleaning active of non-surfactant cleaning active, wherein the solid phase is dispersed within the liquid phase and wherein the water-soluble solid phase is defined as the solid obtained when the liquid laundry detergent composition is centrifuged at 1200 G for 10 mins; and wherein the liquid phase comprises between 5% and 40% by weight of the liquid of an alcohol wherein the alcohol is 1,2 propanediol, and when present in combination with any alcohol selected from ethylene glycol, 1,3 propanediol, tetramethylene glycol, pentamethylene glycol, hexamethylene glycol, 2,3-butane diol, 1,3 butanediol, diethylene glycol, triethylene glycol, polyethylene glycol, glycerol formal, dipropylene glycol, polypropylene glycol, dipropylene glycol n-butyl ether, and mixtures thereof, the liquid phase comprises between 5% and 40% by weight of the liquid of an alcohol selected from the group comprising ethylene glycol, 1,3 propanediol, 1,2 propanediol, tetramethylene glycol, pentamethylene glycol, hexamethylene glycol, 2,3-butane diol, 1,3 butanediol, diethylene glycol, triethylene glycol, polyethylene glycol, glycerol formal, dipropylene glycol, polypropylene glycol, dipropylene glycol n-butyl ether, and mixtures thereof; and wherein the composition comprises from 10% to 50% by weight of the composition of a non-amine neutralised anionic surfactant and wherein the liquid laundry detergent composition comprises less than 10% by weight of the liquid laundry detergent composition of an amine-neutralised anionic surfactant; and wherein the composition has an equilibrium relative humidity of less than 65% at 20°C as measured via the composition eRH test described herein; and wherein the composition comprises less than 5% by weight of the composition of a hydroxyl-containing amine compound. a. a liquid phase; b. between 10% and 50% by weight of the composition of a water-soluble solid phase, wherein the solid phase comprises at least 30% by weight of the solid phase of a cleaning active, wherein the cleaning active comprises between 50% and 90% by weight of the cleaning active of a surfactant and between 10% and 20% by weight of the cleaning active of non-surfactant cleaning active,
A method executed by an evolved NodeB, eNB,, for handling configuration information, which configuration information is a Multimedia Broadcast Multicast Service, MBMS, Single Frequency Network, MBSFN, area configuration information, the method comprising: receiving (501, 801), from a Mobility Management Entity, MME, a MBMS session start request; based on the received request, computing (502, 802) a first time for a start of the MBMS session, which first time is a first Multicast Control CHannel, MCCH, update time; periodically sending (504, 804), from the first time, the configuration information to a user equipment; stopping (507, 807) the sending of the configuration information to the user equipment when the MBMS session is a last MBMS session; and sending (508, 808) updated configuration information to the user equipment when the MBMS session is not the last MBMS session, which updated configuration information is updated MBSFN area configuration information, wherein the MBMS session start request comprises information about a time of MBMS data transfer, and wherein the first time is computed based on the time of MBMS data transfer. receiving (501, 801), from a Mobility Management Entity, MME, a MBMS session start request; based on the received request, computing (502, 802) a first time for a start of the MBMS session, which first time is a first Multicast Control CHannel, MCCH, update time; periodically sending (504, 804), from the first time, the configuration information to a user equipment; stopping (507, 807) the sending of the configuration information to the user equipment when the MBMS session is a last MBMS session; and sending (508, 808) updated configuration information to the user equipment when the MBMS session is not the last MBMS session, which updated configuration information is updated MBSFN area configuration information, wherein the MBMS session start request comprises information about a time of MBMS data transfer, and wherein the first time is computed based on the time of MBMS data transfer.
A tissue-removing catheter for removing tissue in a body lumen, the tissue-removing catheter comprising: an elongate drive member having an axis and proximal and distal end portions spaced apart from one another along the axis, the elongate drive member being sized and shaped to be received in the body lumen and configured to be rotated about the axis; a tissue-removing element operatively coupled to the distal end portion of the elongate drive member, the tissue-removing element being configured to be rotated by the elongate drive member to remove the tissue in the body lumen; an inner liner received within the elongate drive member and defining a liner passage sized and shaped to receive a guidewire therein, the inner liner having proximal and distal end portions; and a distal tip extending distally outward from the tissue-removing element, wherein the distal tip has a proximal end portion disposed within the tissue-removing element and a distal end portion spaced distally from the tissue-removing element, the distal tip defining a tip opening extending through the proximal and distal end portions, the tip opening being in communication with the liner passage and configured to receive the guidewire therein, wherein the tissue-removing element is rotatable relative to the distal tip, wherein the distal end portion of the inner liner is axially spaced apart from the proximal end portion of the distal tip such that the distal tip is free from direct connection to the inner liner; and further comprising a bearing assembly operatively coupled to the tissue-removing element, wherein the inner liner and the distal tip are coupled to the bearing assembly. an elongate drive member having an axis and proximal and distal end portions spaced apart from one another along the axis, the elongate drive member being sized and shaped to be received in the body lumen and configured to be rotated about the axis; a tissue-removing element operatively coupled to the distal end portion of the elongate drive member, the tissue-removing element being configured to be rotated by the elongate drive member to remove the tissue in the body lumen; an inner liner received within the elongate drive member and defining a liner passage sized and shaped to receive a guidewire therein, the inner liner having proximal and distal end portions; and a distal tip extending distally outward from the tissue-removing element, wherein the distal tip has a proximal end portion disposed within the tissue-removing element and a distal end portion spaced distally from the tissue-removing element, the distal tip defining a tip opening extending through the proximal and distal end portions, the tip opening being in communication with the liner passage and configured to receive the guidewire therein, wherein the tissue-removing element is rotatable relative to the distal tip, wherein the distal end portion of the inner liner is axially spaced apart from the proximal end portion of the distal tip such that the distal tip is free from direct connection to the inner liner; and
Open profile rail comprising a base portion and two leg portions (2, 3) adjoining the base portion and angled therefrom, wherein the profile rail comprises, in a direction transverse to its longitudinal extension, slots and incisions which are made parallel to one another, wherein the slots are directly formed in the material, the end points of the slot are not open, and the incisions are directly formed on an edge of a leg portion (2, 3) to be open towards said edge, and the slots and incisions are formed in the opposite leg portions (2, 3) and the base portion, wherein at least the slots extend from one of the leg portions (2, 3) into the adjoining base portion, wherein in a direction transverse to the longitudinal extension of the profile rail a slot follows in extension to each incision to form a web element, characterized in that each leg portion (2, 3) comprises a plurality of groups of slots and incisions arranged at a predetermined distance from one another, wherein the groups of incisions and slots of the two opposite leg portions (2, 3) are arranged offset to one another.