mhurhangee/ep-ind-claims huggingface dataset:
A hammer drill comprising; a housing; a tool holder mounted on the housing which is capable of holding a cutting tool; a motor mounted within the housing; and a hammer mechanism comprising: a cylinder; a flat piston mounted in the cylinder, which is reciprocatingly driven along a longitudinal axis by the motor when the motor is actuated; a ram, mounted in the cylinder forward of the piston, which is reciprocatingly driven on the longitudinal axis by the reciprocating piston via an air spring; a beat piece supported in an axially slideable manner on the longitudinal axis within a beat piece support structure (150, 210) which, during the normal operation of the hammer mechanism, is repetitively struck by the ram and which transfers the impacts to a cutting tool when held by the tool holder; characterized in that the piston is made from sintered steel; wherein the cylinder is made from steel, the coefficient of expansion of the steel cylinder being the same as that of the sintered flat piston. a housing; a tool holder mounted on the housing which is capable of holding a cutting tool; a motor mounted within the housing; and a hammer mechanism comprising: a cylinder; a flat piston mounted in the cylinder, which is reciprocatingly driven along a longitudinal axis by the motor when the motor is actuated; a ram, mounted in the cylinder forward of the piston, which is reciprocatingly driven on the longitudinal axis by the reciprocating piston via an air spring; a beat piece supported in an axially slideable manner on the longitudinal axis within a beat piece support structure (150, 210) which, during the normal operation of the hammer mechanism, is repetitively struck by the ram and which transfers the impacts to a cutting tool when held by the tool holder; characterized in that the piston is made from sintered steel; wherein the cylinder is made from steel, the coefficient of expansion of the steel cylinder being the same as that of the sintered flat piston. a cylinder; a flat piston mounted in the cylinder, which is reciprocatingly driven along a longitudinal axis by the motor when the motor is actuated; a ram, mounted in the cylinder forward of the piston, which is reciprocatingly driven on the longitudinal axis by the reciprocating piston via an air spring; a beat piece supported in an axially slideable manner on the longitudinal axis within a beat piece support structure (150, 210) which, during the normal operation of the hammer mechanism, is repetitively struck by the ram and which transfers the impacts to a cutting tool when held by the tool holder; characterized in that the piston is made from sintered steel; wherein the cylinder is made from steel, the coefficient of expansion of the steel cylinder being the same as that of the sintered flat piston.
A scroll compressor comprising: an electric motor; a rotary shaft rotationally driven about an axis thereof by the electric motor; a scroll compressor body driven by a rotation of the rotary shaft; a main bearing rotatably supporting the rotary shaft between the electric motor and the scroll compressor body; a sub bearing supporting the rotary shaft at an opposite side of the electric motor from the main bearing, and provided with a plurality of arms at intervals in a peripheral direction of the rotary shaft, the plurality of arms extending along a radial direction of the rotary shaft; a housing having a tubular shape extending along the axis, and housing the electric motor, the rotary shaft, the compressor body, the main bearing, and the sub bearing; a harness having a ring shape and fitted onto an inner peripheral surface of the housing; and a fixed portion in which the arms of the sub bearing are fixed to the harness, characterized in that: the fixed portion is a fastening bolt that is inserted through a first hole formed in the arm and a second hole formed in the harness, an inner diameter of the first hole is larger than an outer diameter of the fastening bolt in order to make it possible to easily carry out centering of the arm and the rotary shaft; the sub bearing is separate from the harness. an electric motor; a rotary shaft rotationally driven about an axis thereof by the electric motor; a scroll compressor body driven by a rotation of the rotary shaft; a main bearing rotatably supporting the rotary shaft between the electric motor and the scroll compressor body; a sub bearing supporting the rotary shaft at an opposite side of the electric motor from the main bearing, and provided with a plurality of arms at intervals in a peripheral direction of the rotary shaft, the plurality of arms extending along a radial direction of the rotary shaft; a housing having a tubular shape extending along the axis, and housing the electric motor, the rotary shaft, the compressor body, the main bearing, and the sub bearing; a harness having a ring shape and fitted onto an inner peripheral surface of the housing; and a fixed portion in which the arms of the sub bearing are fixed to the harness, the fixed portion is a fastening bolt that is inserted through a first hole formed in the arm and a second hole formed in the harness, an inner diameter of the first hole is larger than an outer diameter of the fastening bolt in order to make it possible to easily carry out centering of the arm and the rotary shaft; the sub bearing is separate from the harness.
A gas generator for a restraining apparatus, comprising: a housing having a gas discharge port and formed by a closure shell and a diffuser shell; an ignition device, which includes an igniter, and a gas generating agent being accommodated in the housing; and a cup-shaped container having a flame-transferring hole in a circumferential wall portion thereof and being disposed on the closure shell inside the housing to form an ignition device chamber, the ignition device chamber accommodating the ignition device, and the igniter being fixed to a tubular igniter-fixing portion provided in the closure shell, characterized in that the cup-shaped container having a plurality of protruding portions protruding inward in a radial direction from the circumferential wall portion thereof, the tubular igniter-fixing portion having a recess on an outer surface, at least a distal end portion of the protruding portion of the cup-shaped container abutting on an inner wall surface of the recess of the tubular igniter-fixing portion to block an axial movement of the cup-shaped container. a housing having a gas discharge port and formed by a closure shell and a diffuser shell; an ignition device, which includes an igniter, and a gas generating agent being accommodated in the housing; and a cup-shaped container having a flame-transferring hole in a circumferential wall portion thereof and being disposed on the closure shell inside the housing to form an ignition device chamber, the ignition device chamber accommodating the ignition device, and the igniter being fixed to a tubular igniter-fixing portion provided in the closure shell, characterized in that the cup-shaped container having a plurality of protruding portions protruding inward in a radial direction from the circumferential wall portion thereof, the tubular igniter-fixing portion having a recess on an outer surface, at least a distal end portion of the protruding portion of the cup-shaped container abutting on an inner wall surface of the recess of the tubular igniter-fixing portion to block an axial movement of the cup-shaped container.
Method for manufacturing a smooth timepiece bearing having controlled clearance including an inner cage and an outer cage, which outer cage includes a cavity containing a movable core confined between said inner cage and said outer cage, characterized in that the following steps are performed: - there is prepared an outer cage, which comprises a cavity of revolution about an axis of revolution; - a second cage is inserted into said cavity of revolution, coaxially to said outer cage along said axis of revolution; - said cavity is used as an injection or casting chamber; and said injection or casting chamber is defined by an outer surface of revolution comprised in said inner cage and by an inner surface of revolution comprised in said outer cage; - to make said core delimited by said cavity, there is chosen a plastic material with a suitable shrinkage coefficient to ensure a specific first predetermined operating clearance for said smooth bearing between said inner cage and said core, and a second specific predetermined operating clearance for said smooth bearing between said outer cage and said core; - said plastic material is injected or cast in said chamber to form a said core delimited by said cavity; - the conditions for thermal or crystal shrinkage of said plastic material are ensured to limit said shrinkage to a range of between 2.0% and 3.0%; - said plastic material is allowed to shrink completely before said smooth bearing is used; wherein said core can then move with permanent residual operating clearance relative to said outer cage, and cannot be removed from said outer cage. - there is prepared an outer cage, which comprises a cavity of revolution about an axis of revolution; - a second cage is inserted into said cavity of revolution, coaxially to said outer cage along said axis of revolution; - said cavity is used as an injection or casting chamber; and said injection or casting chamber is defined by an outer surface of revolution comprised in said inner cage and by an inner surface of revolution comprised in said outer cage; - to make said core delimited by said cavity, there is chosen a plastic material with a suitable shrinkage coefficient to ensure a specific first predetermined operating clearance for said smooth bearing between said inner cage and said core, and a second specific predetermined operating clearance for said smooth bearing between said outer cage and said core; - said plastic material is injected or cast in said chamber to form a said core delimited by said cavity; - the conditions for thermal or crystal shrinkage of said plastic material are ensured to limit said shrinkage to a range of between 2.0% and 3.0%; - said plastic material is allowed to shrink completely before said smooth bearing is used; wherein said core can then move with permanent residual operating clearance relative to said outer cage, and cannot be removed from said outer cage.
A method for producing a composition suitable for treating a tooth lesion, comprising a) providing a solution comprising a peptide that starts to undergo self-assembly at a pH below 7.5 comprising the sequence of SEQ ID NO:3, wherein said solution comprises a buffer which is non-volatile during lyophilisation and which provides a pH which is 0.1 to 0.5 pH units above the pH at which the peptide starts to undergo self-assembly; b) adding a compound that increases the pH of the solution to 8.0 or higher, said compound being sufficiently volatile to be removed during lyophilisation; c) lyophilizing the solution, wherein the lyophilisate is suitable for dissolving in water to obtain a solution with a pH that is 0.1 to 0.5 pH units above the pH at which the peptide starts to undergo self-assembly, said solution comprising the peptide predominantly in its monomeric state; and d) optionally, dissolving the lyophilisate in water to obtain a solution with a pH that is 0.1 to 0.5 pH units above the pH at which the peptide starts to undergo self-assembly, said solution comprising the peptide predominantly in its monomeric state. a) providing a solution comprising a peptide that starts to undergo self-assembly at a pH below 7.5 comprising the sequence of SEQ ID NO:3, wherein said solution comprises a buffer which is non-volatile during lyophilisation and which provides a pH which is 0.1 to 0.5 pH units above the pH at which the peptide starts to undergo self-assembly; b) adding a compound that increases the pH of the solution to 8.0 or higher, said compound being sufficiently volatile to be removed during lyophilisation; c) lyophilizing the solution, wherein the lyophilisate is suitable for dissolving in water to obtain a solution with a pH that is 0.1 to 0.5 pH units above the pH at which the peptide starts to undergo self-assembly, said solution comprising the peptide predominantly in its monomeric state; and d) optionally, dissolving the lyophilisate in water to obtain a solution with a pH that is 0.1 to 0.5 pH units above the pH at which the peptide starts to undergo self-assembly, said solution comprising the peptide predominantly in its monomeric state.
Electrical connection assembly, comprising a cable with a conductor, a metallic textile in direct electrical contact with the conductor, the electrical connection assembly further comprising a crimp element, wherein the crimp element surrounds the conductor and the metallic textile, creating a pressure between the conductor and the metallic textile, characterized in that an insulating textile is located between the crimp element and the metallic textile, such that the crimp element creates an indirect press fit between the conductor and the metallic textile through the insulating textile.
A lock case for receiving a lock cylinder comprising two mutually oppositely disposed side walls, in each of which an opening (14, 16) is formed for the form-fitting reception of a first lock cylinder type, said opening (14, 16) being bounded by a margin which is formed by the respective side wall and which at least regionally describes a circle, characterized in that at least one positioning tab (24, 26) formed by the respective side wall projects into the interior of the circle and reduces a clear dimension of the opening (14, 16) for the form-fitting reception of a second lock cylinder type.
System for dynamic pairing between a first peripheral capable of dialoguing with a memory card and a second peripheral connected to a computer, said first peripheral, said second peripheral and said memory card being comprised in said system for dynamic pairing, said system being characterized in that said first peripheral comprises means capable of reading the data contained in said memory card, means capable of receiving, via a first communications channel (C_BF), a first piece of information (ID_BASE) sent by said second peripheral and means capable of sending a second piece of information (ID_PB) via a second communications channel (C_HF), and said second peripheral comprises means capable of sending said first piece of information (ID_BASE) via said first communications channel (C_BF) and means capable of receiving said second piece of information (ID_PB) via said second communications channel (C_HF), the value of this second piece of information (ID_PB) being a condition for authorization to open a two-way communications channel (C_B) between said first peripheral and said second peripheral, and in that the memory card contains pieces of information for opening a session on said computer and the first peripheral comprises means capable of transmitting said pieces of information for opening a session on the two-way communications channel and the second peripheral comprises means capable of receiving said pieces of information for opening a session and transmitting them to said computer.
A coated article, comprising: an aluminum-containing substrate; a first layer on the aluminum-containing substrate, the first layer comprising carbon and silicon, the first layer being in contact with the substrate; a second layer distal in a thickness direction from the aluminum-containing substrate in comparison to the first layer, the second layer having oxygen at a greater concentration, by weight, than the first layer, the second layer being in contact with the first layer; a third layer distal in a thickness direction from the first layer in comparison to the second layer, the third layer comprising amorphous silicon, the third layer being in contact with the second layer. an aluminum-containing substrate; a first layer on the aluminum-containing substrate, the first layer comprising carbon and silicon, the first layer being in contact with the substrate; a second layer distal in a thickness direction from the aluminum-containing substrate in comparison to the first layer, the second layer having oxygen at a greater concentration, by weight, than the first layer, the second layer being in contact with the first layer; a third layer distal in a thickness direction from the first layer in comparison to the second layer, the third layer comprising amorphous silicon, the third layer being in contact with the second layer.
Fixing system for fixing a wind turbine tower to a ground, the fixing system comprising a fixing flange to which the wind turbine tower is fixable, wherein the fixing flange comprises a bottom surface with which the fixing flange is arrangable on the ground, wherein the fixing flange has a circular extension with a radially inner side and a radially outer side, wherein the fixing flange comprises an edge protruding from the radially outer side and comprising a part of the bottom surface, a ring segment which is fixable to the ground, wherein the ring segment is formed in such a way that the ring segment is at least partially arrangable on the ground and that the ring segment is at least partially engageable with the edge for holding the fixing flange to the ground, characterized in that a spacer element which is interposed between the ring segment and the ground, such that the ring segment abuts onto a top surface of the spacer element and a top surface of the edge.
An electro-absorption modulator comprising a semiconductor layer having an electrically controllable absorption, a material composition of the semiconductor layer is chosen so that the semiconductor layer is transparent to light propagating through the semiconductor layer when a zero or a reverse bias voltage is applied across the semiconductor layer at operating temperatures of the electro-absorption modulator that are greater than 25 degrees Celsius, characterized in that the modulator further comprises current confinement layers that provide lateral current confinement that, in use, result in a majority of the injected current flowing through the semiconductor layer, wherein the electro-absorption modulator further comprising an electronic data modulator having an output that is electrically coupled to a modulation input of the electro-absorption modulator, the electronic data modulator generating an electrical AC modulation signal having a peak-to-peak voltage amplitude that changes an absorption edge of the semiconductor layer, thereby changing light transmission characteristics of the electro-absorption modulator, the electro-absorption modulator further comprising a thermal sensor that is in thermal communication with the semiconductor layer of the electro-absorption modulator, and the electro-absorption modulator further comprising a temperature-driven controller having an input that is electrically coupled to the thermal sensor and an output that is electrically coupled to a DC bias voltage control input of the electronic data modulator, the temperature-driven controller generating a signal that causes the electronic data modulator to change a DC bias voltage of the electrical AC modulation signal.
A non-porous paper for a heat exchanging element, wherein said paper comprises a cellulosic base and a moisture absorbing agent contained in the base, wherein the moisture absorbing agent is selected from the group, consisting of halides, oxides, salts and hydroxides, wherein the base has a thickness of 8-50 μm and is selected from the group consisting of tracing paper and glassine paper, and wherein the paper has a thickness of not more than 100 μm and a carbon dioxide permeation constant specified in JIS K7126, method A (differential pressure method) of not more than 5.0 x 10 -13 mol·m/m 2 ·s·Pa.
An article of footwear comprising: an upper having a first layer and a second layer; the second layer covering a portion of an instep region of the first layer; the second layer being substantially smooth; a cable associated with a periphery of the second layer so that the instep region is devoid of the cable; the cable extending between the upper and a sole, the cable being associated to a pull tab; wherein the second layer is tightened to the first layer when tension is applied to the cable, characterized in that the pull tab is associated with the cable on a medial side of the article of footwear, and that the pull tab is secured to the article of footwear proximate a throat opening on the lateral side of the article of footwear. an upper having a first layer and a second layer; the second layer covering a portion of an instep region of the first layer; the second layer being substantially smooth; a cable associated with a periphery of the second layer so that the instep region is devoid of the cable; the cable extending between the upper and a sole, the cable being associated to a pull tab; wherein the second layer is tightened to the first layer when tension is applied to the cable, characterized in that the pull tab is associated with the cable on a medial side of the article of footwear, and that the pull tab is secured to the article of footwear proximate a throat opening on the lateral side of the article of footwear.
A pharmaceutical formulation for use in the treatment of breast cancer by intra-muscular injection, wherein the pharmaceutical formulation comprises fulvestrant, a pharmaceutically-acceptable alcohol being a mixture of 10 % weight of ethanol per volume of formulation and 10 % weight of benzyl alcohol per volume of formulation, and the formulation contains 15 % weight of benzyl benzoate per volume of formulation and a sufficient amount of a ricinoleate vehicle so as to prepare a formulation of at least 45 mgml -1 of fulvestrant, wherein the ricinoleate vehicle is castor oil, and wherein the total volume of the formulation is 6 ml or less.
Refrigeration and/or freezer device, which is operable in a cooling mode and in a defrost mode, with a magnetic cooler, with a cold heat exchanger for cooling the refrigeration and/or freezer compartment of the device, with a hot heat exchanger for cooling the heat transfer medium, with a pump for conveying the heat transfer medium as well as with control means, wherein the control means are configured such that in the cooling mode of the device, the heat transfer medium cooled in the magnetic cooler is fed to the cold heat exchanger, characterized in that the control means are further configured such that in the defrost mode of the device, hot heat transfer medium is conveyed from the hot heat exchanger to the cold heat exchanger by means of one or the pump.
A paging method, comprising: receiving, by a terminal device, a paging message transmitted by an access network device, the paging message comprising first indication information, and the first indication information being used to indicate that delay in return of a paging response message is allowed; and determining, by the terminal device, whether to delay returning the paging response message according to a current link quality and a preset link quality threshold; in a case of determining to delay returning the paging response message, determining, by the terminal device, the delay time of the paging response message according to second time information for delaying returning the paging response message, the second time information being configured by a core network device during network registration. receiving, by a terminal device, a paging message transmitted by an access network device, the paging message comprising first indication information, and the first indication information being used to indicate that delay in return of a paging response message is allowed; and determining, by the terminal device, whether to delay returning the paging response message according to a current link quality and a preset link quality threshold; in a case of determining to delay returning the paging response message, determining, by the terminal device, the delay time of the paging response message according to second time information for delaying returning the paging response message, the second time information being configured by a core network device during network registration.