mhurhangee/ep-ind-claims huggingface dataset:
A retainer (60, 90) for a bit assembly, comprising: a retainer body including an arcuate top portion (70, 100) defining a radially expandable area (72, 102) and a pair of opposed arcuate legs (62, 64, 92, 94) that define an aperture (66, 96) of the retainer, wherein the legs are joined together by the arcuate top portion, each arcuate leg depending from opposite sides of the arcuate top portion, the radially expandable area comprising a constant first radial cross-section (84, 114) and the radially expandable area being 180 degrees of the arcuate top portion; each arcuate leg including a cavity (74, 76, 104, 106) extending inwardly from a flat distal surface of the leg opposite the arcuate top portion; and each leg of the pair of opposed arcuate legs comprising a second radial cross-section (78, 80, 108, 110) located between the radially expandable area and a distal end (63, 65, 93, 95) of the leg, the second radial cross-section being greater than the first radial cross-section of the radially expandable area, wherein the radial cross-section increases, starting from the radially expandable area, from the first radial cross- section to the second radial cross-section. a retainer body including an arcuate top portion (70, 100) defining a radially expandable area (72, 102) and a pair of opposed arcuate legs (62, 64, 92, 94) that define an aperture (66, 96) of the retainer, wherein the legs are joined together by the arcuate top portion, each arcuate leg depending from opposite sides of the arcuate top portion, the radially expandable area comprising a constant first radial cross-section (84, 114) and the radially expandable area being 180 degrees of the arcuate top portion; each arcuate leg including a cavity (74, 76, 104, 106) extending inwardly from a flat distal surface of the leg opposite the arcuate top portion; and each leg of the pair of opposed arcuate legs comprising a second radial cross-section (78, 80, 108, 110) located between the radially expandable area and a distal end (63, 65, 93, 95) of the leg, the second radial cross-section being greater than the first radial cross-section of the radially expandable area, wherein the radial cross-section increases, starting from the radially expandable area, from the first radial cross- section to the second radial cross-section.
A powdery lipase preparation which is a granulated material comprising a lipase derived from Rhizopus oryzae and/or a lipase derived from Rhizopus delemar and a soybean powder having a fat content of 5 mass% or more.
Mechanism for mechanically coupling an upper facade panel and a lower facade panel, comprising: - an upper guide comprising: - a plate, - at least one extension extending mainly perpendicularly to the plate, from this, and comprising an opening of a length, measured along a first axis, larger than a width, measured along a second axis; - a lower guide comprising: - a plate, - at least one extension extending mainly perpendicularly to the plate, and from this; characterised in that it also comprises: - a sheath extending along a third axis mainly parallel to the plate of the lower guide, and fixedly held by the extension of the lower guide; - a pin extending, both into the sheath and through the opening of the upper guide; - means for limiting a movement of the pin parallel to the third axis, through the opening of the upper guide. - an upper guide comprising: - a plate, - at least one extension extending mainly perpendicularly to the plate, from this, and comprising an opening of a length, measured along a first axis, larger than a width, measured along a second axis; - a plate, - at least one extension extending mainly perpendicularly to the plate, from this, and comprising an opening of a length, measured along a first axis, larger than a width, measured along a second axis; - a lower guide comprising: - a plate, - at least one extension extending mainly perpendicularly to the plate, and from this; - a plate, - at least one extension extending mainly perpendicularly to the plate, and from this; - a sheath extending along a third axis mainly parallel to the plate of the lower guide, and fixedly held by the extension of the lower guide; - a pin extending, both into the sheath and through the opening of the upper guide; - means for limiting a movement of the pin parallel to the third axis, through the opening of the upper guide.
A method for wireless communication, comprising the steps of: dynamically tuning a mobile terminal antenna using an antenna tuning circuit to antenna hop from a current center frequency (f cfa1) to at least one of a plurality of different center frequencies (f cfa2) within a specified range to receive RF signals for processing by said mobile terminal; characterized by the step of: determining center frequencies at which an adequate signal for a desired channel is received using said antenna hopping based on at least one of: received signal strength for said desired channel and a bit error rate for said desired channel. dynamically tuning a mobile terminal antenna using an antenna tuning circuit to antenna hop from a current center frequency (f cfa1) to at least one of a plurality of different center frequencies (f cfa2) within a specified range to receive RF signals for processing by said mobile terminal; characterized by the step of: determining center frequencies at which an adequate signal for a desired channel is received using said antenna hopping based on at least one of: received signal strength for said desired channel and a bit error rate for said desired channel. determining center frequencies at which an adequate signal for a desired channel is received using said antenna hopping based on at least one of: received signal strength for said desired channel and a bit error rate for said desired channel. received signal strength for said desired channel and a bit error rate for said desired channel.
An apparatus for sensing pressure comprising: a housing; a tip configured to move with respect to the housing based on contact force applied to the tip; and a pressure sensor configured to detect force applied on the tip based on movement of the tip, wherein the sensor includes: a first element integrated to the tip or to a tip holder, wherein the first element is formed from a rigid material that is conductive; a second element that is stationary with respect to the housing and positioned to face the first element, wherein the second element is conductive and has elastic properties, and wherein the first element is configured to move toward the second element based on force applied on the tip and to deform the second element based on the force; and a circuit (120,125) configured to detect capacitance between the first element and the second element, the apparatus being characterized in that one of the first element or the second element is coated with a non-conductive layer (215, 225) between 10 nm and 20 μm thick. a housing; a tip configured to move with respect to the housing based on contact force applied to the tip; and a pressure sensor configured to detect force applied on the tip based on movement of the tip, wherein the sensor includes: a first element integrated to the tip or to a tip holder, wherein the first element is formed from a rigid material that is conductive; a second element that is stationary with respect to the housing and positioned to face the first element, wherein the second element is conductive and has elastic properties, and wherein the first element is configured to move toward the second element based on force applied on the tip and to deform the second element based on the force; and a circuit (120,125) configured to detect capacitance between the first element and the second element, a first element integrated to the tip or to a tip holder, wherein the first element is formed from a rigid material that is conductive; a second element that is stationary with respect to the housing and positioned to face the first element, wherein the second element is conductive and has elastic properties, and wherein the first element is configured to move toward the second element based on force applied on the tip and to deform the second element based on the force; and a circuit (120,125) configured to detect capacitance between the first element and the second element,
A method, comprising: maintaining, at a virtual switch (200a, 200b), a list of source identifiers that are allowed to send packets through the virtual switch to ports in a private virtual local area network, PVLAN, wherein: when the PVLAN is an isolated PVLAN, the list comprises one or more non-PVLAN devices on a primary virtual local area network, VLAN, for the PVLAN; and when the PVLAN is a community PVLAN, the list comprises one or more non-PVLAN devices on a primary VLAN for the PVLAN, and identifiers of each port associated with the community PVLAN; receiving a packet at the virtual switch from a particular source (630a, 630b) destined for a particular port in the PVLAN; determining whether a particular identifier associated with the particular source matches one of the source identifiers in the list; and preventing the packet from being forwarded to the particular port in the PVLAN when the particular identifier is not in the list. maintaining, at a virtual switch (200a, 200b), a list of source identifiers that are allowed to send packets through the virtual switch to ports in a private virtual local area network, PVLAN, wherein: when the PVLAN is an isolated PVLAN, the list comprises one or more non-PVLAN devices on a primary virtual local area network, VLAN, for the PVLAN; and when the PVLAN is a community PVLAN, the list comprises one or more non-PVLAN devices on a primary VLAN for the PVLAN, and identifiers of each port associated with the community PVLAN; when the PVLAN is an isolated PVLAN, the list comprises one or more non-PVLAN devices on a primary virtual local area network, VLAN, for the PVLAN; and when the PVLAN is a community PVLAN, the list comprises one or more non-PVLAN devices on a primary VLAN for the PVLAN, and identifiers of each port associated with the community PVLAN; receiving a packet at the virtual switch from a particular source (630a, 630b) destined for a particular port in the PVLAN; determining whether a particular identifier associated with the particular source matches one of the source identifiers in the list; and preventing the packet from being forwarded to the particular port in the PVLAN when the particular identifier is not in the list.
A fuel direct injection internal combustion engine comprising: a piston having a cavity at a top surface thereof, a cylinder head, a combustion chamber defined between the piston and the cylinder head and having a ceiling surface formed by an inner surface of the cylinder head, a fuel injection valve exposed to the combustion chamber, and an ignition plug exposed to the combustion chamber and having a firing portion, wherein the fuel injection valve injects a fuel as an injection flow having an injection center axis toward an interior of the cavity, wherein said fuel injection valve is configured to inject the fuel in such a manner that an outer periphery of the injection flow is within said cavity during a compression stroke; a piston-side squish area is formed on an annular peripheral area of said top surface of the piston, outward of an opening of said cavity, said piston-side squish area including a part thereof inclining obliquely upward from an outer periphery thereof in a direction toward said injection center axis; said ceiling surface has a head-side squish area formed thereon and including a part inclining obliquely upward from an outer periphery of the ceiling surface in a direction toward said injection center axis; and said piston-side squish area and said head-side squish area are arranged so as to cooperate with each other to generate an oblique squish which is directed obliquely upward toward said injection center axis above said annular peripheral area and which is directed along an opposed portion of said ceiling surface, which is located opposite to said opening; and said fuel injection valve has at a tip portion thereof a guide portion (62a1) of a nozzle which is so disposed as to be positioned in said cavity when the piston is at a top dead center position thereof; characterized in that said firing portion of the ignition plug is positioned in said cavity when the piston is at a top dead center and said firing portion is positioned closer to the piston than the fuel injection valve, and that said fuel injection valve has a nozzle with a guide portion in the shape of a body of revolution (62a1) for suppressing diffusion of the injection flow and injects the fuel in the form of a mixture of air and the fuel in such a manner that distances between the periphery of said opening (51 a) of the cavity and the outer periphery of the injection flow are substantially constant over the entire length of the periphery.
A method comprising: receiving at a synchronizing node a first reference frame from a first reference node at a first time and storing a first frame timing value representing the first time according to an initial frame mark; calculating a new frame mark by subtracting a minimum time value, representing the distance from the synchronizing node to the first reference node, from the first frame timing value; receiving at the synchronizing node a second reference frame from the first reference node at a second time and storing a second frame timing value representing the second time according to the calculated new frame mark; transmitting from the synchronizing node to the first reference node a short timing contention time frame according to the calculated new frame mark (300, 1522); receiving at the synchronizing node from the first reference node a first arrival time value representing the time at which the first reference node received the short timing contention frame; calculating a first time drift from the first arrival time value and the second frame timing value; adjusting the frame mark based on the first time drift; and transmitting data from the synchronizing node according to a timing determined from the adjusted frame mark. receiving at a synchronizing node a first reference frame from a first reference node at a first time and storing a first frame timing value representing the first time according to an initial frame mark; calculating a new frame mark by subtracting a minimum time value, representing the distance from the synchronizing node to the first reference node, from the first frame timing value; receiving at the synchronizing node a second reference frame from the first reference node at a second time and storing a second frame timing value representing the second time according to the calculated new frame mark; transmitting from the synchronizing node to the first reference node a short timing contention time frame according to the calculated new frame mark (300, 1522); receiving at the synchronizing node from the first reference node a first arrival time value representing the time at which the first reference node received the short timing contention frame; calculating a first time drift from the first arrival time value and the second frame timing value; adjusting the frame mark based on the first time drift; and transmitting data from the synchronizing node according to a timing determined from the adjusted frame mark.
A copper alloy for use in a member for water works, the copper alloy consisting of: 0.5% by mass or less of Ni; 12% by mass or more and 21% by mass or less of Zn; 1.4% by mass or more and 3.0% by mass or less of Sn, a total content of Zn and Sn being 23.5% by mass or less; 0.005% by mass or more and 0.15% by mass or less of P; 0.05% by mass or more and 0.30% by mass or less of Pb; and the balance, wherein the balance is Cu and unavoidable impurities, wherein Bi, Si, Al, Sb, Zr, Fe, Mn, Cr, Mg, Ti, Te, Se and Cd are among the elements which constitute the unavoidable impurities.
A synthetic tissue structure comprising a plurality of layers deposited by a bioprinter, each layer comprising one or more synthetic tissue fibers comprising a solidified biocompatible matrix, characterised in that at least one of said layers comprises a single continuous synthetic tissue fiber dispensed from the bioprinter having a variable composition, wherein said single continuous synthetic tissue fiber comprises a matrix material that varies in type in at least one direction within said at least one layer.
An automated system for controlling a patient's blood glucose, comprising a processing and control unit configured to predict the future trend of the patient's blood glucose based on a physiological model, wherein the physiological model comprises a differential equation system describing the time variation of a plurality of state variables (D1, D2, S1, S2, Q1, Q2, x1, x2, x3, I), and wherein at least one of the equations of the system takes as an input a variable EE(t) representative of the time variation of the patient's energy expenditure, wherein said at least one equation is defined as follows: dQ 2 dt = x 1 t ⋅ Q 1 t − k 12 + x 2 t ⋅ Q 2 t − k EE. EE t where Q 1 and Q 2 are state variables respectively corresponding to glucose masses in first and second compartments, where x 1 and x 2 are state variables, each standing for an action of insulin on the kinetics of glucose, where k 12 and k EE are parameters of the physiological model, term -(k EE *EE(t)) being representative of a glucose consumption by the muscles. wherein said at least one equation is defined as follows: dQ 2 dt = x 1 t ⋅ Q 1 t − k 12 + x 2 t ⋅ Q 2 t − k EE. EE t where Q 1 and Q 2 are state variables respectively corresponding to glucose masses in first and second compartments, where x 1 and x 2 are state variables, each standing for an action of insulin on the kinetics of glucose, where k 12 and k EE are parameters of the physiological model, term -(k EE *EE(t)) being representative of a glucose consumption by the muscles.
A dispenser and applicator head for associating with a dispenser unit, such as a pump, the dispenser and applicator head defining a longitudinal axis X, and a front face and a rear face on either side of the longitudinal axis X, the dispenser and applicator head comprising a fluid dispenser member and an applicator pad, the fluid dispenser member defining a fluid feed path for connecting the dispenser unit to a dispenser orifice via which the fluid leaves the dispenser member, the applicator pad being mounted on the fluid dispenser member adjacent to the dispenser orifice, the dispenser orifice being arranged axially relative to the longitudinal axis X above the applicator pad, that extends mainly over the front face, the dispenser and applicator head being characterized in that the fluid dispenser member comprises a connector base and a mounting collar that co-operate with each other to define the fluid feed path, the applicator pad being mounted on the mounting collar.
Handrail treatment device (41, 141), comprising at least one housing (51, 151) and a cylindrical base body (55, 155) rotatably arranged in the housing (51, 151) about an axis of rotation, on the cylinder outer surface of which a cleaning facing is arranged, over which cleaning facing a circulating handrail of a passenger transport system designed as an escalator or moving walkway can be guided for the purpose of removing dirt and germs, characterized in that at least one radiation source is arranged inside the housing (51, 151), which radiation source can emit germicidal electromagnetic radiation, wherein the radiation source is aligned with the base body (55, 155) in such a way that the cleaning facing moving continuously past the radiation source is exposed to the germicidal electromagnetic radiation of this radiation source when the base body (55, 155) rotates.
Process for the preparation of an aqueous colloidal precious metal suspension, which process comprises reducing a precious metal salt in aqueous solution, wherein the precious metal is selected from the group of platinum, palladium, iridium, rhodium, ruthenium, rhenium, silver, gold and combinations thereof, wherein a reducing agent is used which consists of a functionalised, water soluble quaternary ammonium salt, wherein the process takes place in the absence of organic solvents, wherein elementary nanoparticles are formed, and wherein the functionalised, water soluble quaternary ammonium salt has the formula: RR'R"-N + -CH 2 CH 2 OH X-, wherein R, R' and R" are independently of each other C 1 -alkyl and higher and X is Cl, Br, H 2 PO 4, NO 3, or SO 4..
A method for determining a voltage of a processor of a terminal, wherein the terminal comprises an auxiliary processor and a central processing unit, CPU, and the method comprises: in a switch-on process of the terminal, after completing system initialization, determining, by the auxiliary processor, a minimum working voltage of the CPU; setting, by the auxiliary processor, a current voltage of the CPU to the minimum working voltage; and completing, by the CPU at the minimum working voltage, the switch-on process of the terminal, and controlling the terminal to work. in a switch-on process of the terminal, after completing system initialization, determining, by the auxiliary processor, a minimum working voltage of the CPU; setting, by the auxiliary processor, a current voltage of the CPU to the minimum working voltage; and completing, by the CPU at the minimum working voltage, the switch-on process of the terminal, and controlling the terminal to work.
A system for sharing selected visual and/or audio data by a phone call with a specific recipient, comprising: a. at least one caller phone device, configured to get a Caller ID, link visual and/or audio data to said Caller ID, send said visual and/or audio data and the linked Caller ID, and initiate a phone call event to a recipient phone device; b. at least one recipient phone device, configured to receive said visual and/or audio data and the linked Caller ID, get said phone call's Caller ID, match the visual and/or audio data and the phone call event by matching the Caller ID of said phone call event with the Caller ID linked to said visual and/or audio data, and present said visual and/or audio data; c. wherein, the caller device shares the selected V&A data with the recipient device in a concurrent manner with initiation of said phone call event, characterized in that the or each recipient device is also configured to match the time that the phone call was received, and a timestamp of the received visual and/or audio data, so as to match the visual and/or audio data and the phone call event. a. at least one caller phone device, configured to get a Caller ID, link visual and/or audio data to said Caller ID, send said visual and/or audio data and the linked Caller ID, and initiate a phone call event to a recipient phone device; b. at least one recipient phone device, configured to receive said visual and/or audio data and the linked Caller ID, get said phone call's Caller ID, match the visual and/or audio data and the phone call event by matching the Caller ID of said phone call event with the Caller ID linked to said visual and/or audio data, and present said visual and/or audio data; c. wherein, the caller device shares the selected V&A data with the recipient device in a concurrent manner with initiation of said phone call event, characterized in that the or each recipient device is also configured to match the time that the phone call was received, and a timestamp of the received visual and/or audio data, so as to match the visual and/or audio data and the phone call event.