mhurhangee/patent-ind-claim-en huggingface dataset:
A drill attachment configured to be coupled to a drill apparatus , the drill apparatus having a drill handle with a trigger for actuating the drill apparatus , the drill attachment comprising: a bifurcated frame defining a first shaft and a second shaft , the first shaft defining a proximal shaft portion and distal shaft portion , a handle pivotally engaged to the proximal shaft portion of the first shaft , the handle being operatively engaged with a trigger cable ; a trigger actuator coupled to the trigger cable at the distal shaft portion of the first shaft , the trigger actuator having a rocking arm that pivots on the first shaft and is coupled to the trigger cable , and a lateral knee pad arm engaged to said first shaft such that the first shaft of the bifurcated frame is perpendicular to a longitudinal axis of the drill apparatus engaged to the drill attachment and the lateral knee pad arm is parallel to the longitudinal axis of the drill apparatus ; characterized by : an adapter component engaged to the distal shaft portion of the first shaft , the adapter component comprising: an upper clamp member ; and a lower clamp member coupled to the upper clamp member , the upper clamp member and the lower clamp member collectively defining a channel , the upper clamp member and the lower clamp member being able to engage the handle of the drill apparatus such that the handle of the drill apparatus can be disposed within the channel formed by the adapter component . a bifurcated frame defining a first shaft and a second shaft , the first shaft defining a proximal shaft portion and distal shaft portion , a handle pivotally engaged to the proximal shaft portion of the first shaft , the handle being operatively engaged with a trigger cable ; a trigger actuator coupled to the trigger cable at the distal shaft portion of the first shaft , the trigger actuator having a rocking arm that pivots on the first shaft and is coupled to the trigger cable , and a lateral knee pad arm engaged to said first shaft such that the first shaft of the bifurcated frame is perpendicular to a longitudinal axis of the drill apparatus engaged to the drill attachment and the lateral knee pad arm is parallel to the longitudinal axis of the drill apparatus ; characterized by : an adapter component engaged to the distal shaft portion of the first shaft , the adapter component comprising: an upper clamp member ; and a lower clamp member coupled to the upper clamp member , the upper clamp member and the lower clamp member collectively defining a channel , the upper clamp member and the lower clamp member being able to engage the handle of the drill apparatus such that the handle of the drill apparatus can be disposed within the channel formed by the adapter component . an upper clamp member ; and a lower clamp member coupled to the upper clamp member , the upper clamp member and the lower clamp member collectively defining a channel , the upper clamp member and the lower clamp member being able to engage the handle of the drill apparatus such that the handle of the drill apparatus can be disposed within the channel formed by the adapter component .
A semiconductor package comprising: a housing having a first side ; a second side opposite the first side ; a third side extending at an angle from the first side toward the second side ; an interior portion configured for housing a semiconductor device formed on a semiconductor substrate; a first projection portion of the first side extending from the first side a first distance past the third side ; a second projection portion of the second side extending from the second side a second distance past the third side ; and a first attachment clip having a first end attached to the first projection portion and a second end attached to the second projection portion and having a main portion that extends between the first and second ends , characterised in that the first end is embedded into the first projection portion and the second end is embedded into the second projection portion . a housing having a first side ; a second side opposite the first side ; a third side extending at an angle from the first side toward the second side ; an interior portion configured for housing a semiconductor device formed on a semiconductor substrate; a first projection portion of the first side extending from the first side a first distance past the third side ; a second projection portion of the second side extending from the second side a second distance past the third side ; and a first attachment clip having a first end attached to the first projection portion and a second end attached to the second projection portion and having a main portion that extends between the first and second ends , characterised in that the first end is embedded into the first projection portion and the second end is embedded into the second projection portion .
A pipe-in-pipe bulkhead assembly , comprising inner and outer rings in spaced concentric relation to define an annulus between them that provides a thermally-isolating gap between the rings , which annulus contains: at least one interlocking formation projecting into the annulus from each of the rings , which interlocking formations overlap radially to present confronting faces to each other that are spaced longitudinally such that the gap extends between the faces ; and a thermally-insulating spacer interposed between the faces in the gap; characterised in that : at least one heating element extending along the annulus outside the inner ring extends longitudinally beyond the spacing between the faces and along a longitudinal passageway that passes through or circumferentially beside at least one interlocking formation projecting into the annulus from the inner ring . at least one interlocking formation projecting into the annulus from each of the rings , which interlocking formations overlap radially to present confronting faces to each other that are spaced longitudinally such that the gap extends between the faces ; and a thermally-insulating spacer interposed between the faces in the gap;
An electronic assembly comprising: an interposer ; a plurality of die disposed at a surface of the interposer and connected via one or more metal layers of the interposer; and a multi-hop network to route packets among the plurality of die, the multi-hop network comprising a router partition and a link partition, the router partition comprising routing logic disposed at each die of a subset of the plurality of die and the link partition comprising the one or more metal layers of the interposer; wherein the router partition comprises a plurality of routing tables disposed at respective dies of the subset of the plurality of die, and wherein the plurality of routing tables provide routing information for packets that pass through the respective dies of the routing logic. an interposer ; a plurality of die disposed at a surface of the interposer and connected via one or more metal layers of the interposer; and a multi-hop network to route packets among the plurality of die, the multi-hop network comprising a router partition and a link partition, the router partition comprising routing logic disposed at each die of a subset of the plurality of die and the link partition comprising the one or more metal layers of the interposer; wherein the router partition comprises a plurality of routing tables disposed at respective dies of the subset of the plurality of die, and wherein the plurality of routing tables provide routing information for packets that pass through the respective dies of the routing logic.
A firearm , comprising: a barrel , a trigger assembly comprising a trigger , a firing pin and a hammer pivotally mounted and tensionable by a tensioning spring , and a safety unit with an operating element , the safety unit being adapted to transfer the trigger assembly into an active state by manual actuation of the operating element , in which active state the cocked hammer can be released by actuating the trigger in order to strike the firing pin , wherein the safety unit is adapted to cock the hammer by actuating the operating element by means of the tensioning spring and to relax the hammer at least to a large extent, preferably completely, by releasing the operating element , preferably completely, by releasing the operating element , in order to always automatically transfer the trigger assembly to a deactivated state by releasing the operating element , in which state the firing pin is not contacted when operating the trigger , characterised in that the operating element comprises a cocking lever with a cocking lever blade which can be operated by a user with a finger by pulling in the direction opposite to the firing direction of the barrel , and the operating element and the trigger are arranged in relation to each other in such a way that the cocking lever and the trigger can be operated simultaneously by two fingers of the user's hand. a barrel , a trigger assembly comprising a trigger , a firing pin and a hammer pivotally mounted and tensionable by a tensioning spring , and a safety unit with an operating element , the safety unit being adapted to transfer the trigger assembly into an active state by manual actuation of the operating element , in which active state the cocked hammer can be released by actuating the trigger in order to strike the firing pin , wherein the safety unit is adapted to cock the hammer by actuating the operating element by means of the tensioning spring and to relax the hammer at least to a large extent, preferably completely, by releasing the operating element , preferably completely, by releasing the operating element , in order to always automatically transfer the trigger assembly to a deactivated state by releasing the operating element , in which state the firing pin is not contacted when operating the trigger , characterised in that the operating element comprises a cocking lever with a cocking lever blade which can be operated by a user with a finger by pulling in the direction opposite to the firing direction of the barrel , and the operating element and the trigger are arranged in relation to each other in such a way that the cocking lever and the trigger can be operated simultaneously by two fingers of the user's hand.
Method for controlling an electrically heated device with a steam generator , wherein the steam generator has a steam chamber heated by a heater , wherein a state of use of the device is determined and wherein the steam production of the device is activated without intervention by the user when use is determined and is deactivated when non-use is determined, wherein the flow of the water used for steam production into the steam chamber is controlled as a function of an estimated temperature of the steam chamber , characterised in that the estimated temperature is determined as a function of the distance in time from an event which has an influence on the temperature of the steam chamber , and in the case in which the non-use exceeds a temporal threshold value S, the subsequent use causes an activation of the heater for at least a time T1.
A hybrid module for a drive train of a motor vehicle, comprising an electric machine , a clutch device and a disconnect clutch , wherein the disconnect clutch is coupled on the one hand to a dual-mass flywheel and on the other hand to an intermediate shaft and has a frictionally engageable stack comprising a pressure plate , a counter plate and at least one intermediate plate , and clutch discs engaging therebetween, wherein the pressure plate , the intermediate plate and the clutch discs are axially movable, wherein the pressure plate , the intermediate plate and the counter plate are connected to an outer disc carrier , wherein the counter plate is firmly connected to the outer disc carrier , while the intermediate plate and the pressure plate are guided non-rotatably but axially movably on the outer disc carrier by toothed engagement, characterized in that the outer disc carrier is coupled to the dual-mass flywheel by toothed engagement, the outer disc carrier has an annular axial flange, which is shaped to form an axially extending internal toothing, wherein the internal toothing forms part of the toothed engagement with the pressure plate and the intermediate plate , and the outer disc carrier is additionally shaped to form an axially extending outer toothing, wherein the outer toothing forms part of the toothed engagement with the dual-mass flywheel .
A chip card for secure transaction, comprising at least one EMV type secure chip , provided with a communication interface in order to communicate with a card reader in order to perform a transaction, characterised in that the card further comprises: - an electronic display , - an autonomous battery , - a reader circuit connected to the communication interface of the secure chip, comprising a control circuit for controlling the electronic display and a microcontroller configured to control the reading of information contained in the secure chip and its display by the control circuit on the electronic display. - an electronic display , - an autonomous battery , - a reader circuit connected to the communication interface of the secure chip, comprising a control circuit for controlling the electronic display and a microcontroller configured to control the reading of information contained in the secure chip and its display by the control circuit on the electronic display.
Method for self-testing and checking certain functions of a cooking appliance in the form of a steamer or a combination of a convection oven and a steamer, namely a combi-steamer, which each have a cooking chamber which can be closed by a cooking chamber door , and a multiplicity of actuators such as and specifically pumps, at least one heating device , a temperature control unit, at least one steam injection device, at least one flow generating device such as a blower, at least one dehumidifier device, a circulation pump, a drain pump and flaps and/or valves, and also have temperature sensors and an electronic appliance control unit, wherein the circulation pump is configured to pump water from a liquid reservoir into the cooking chamber, and the drain pump is configured to empty this liquid reservoir, wherein, by means of the temperature sensors of the cooking appliance, the mode of action of the actuators of the cooking appliance is checked in that the detected temperatures and temperature profiles are compared with reference temperature values and reference temperature profiles, respectively, which are to be expected during operation of the respective actuator and which are stored in the electronic appliance control unit, and if the detected value agrees with the corresponding reference value, the function of the corresponding actuator or, if the detected value deviates from the corresponding reference value, the malfunction of the corresponding actuator, is recorded by the appliance control unit and displayed, stored and/or transmitted for evaluation, wherein at the beginning of each detection, the cooking appliance is in a defined initial state, wherein at least two actuators are checked one after another, and wherein the defined initial state of the at least second actuator test is produced substantially by the preceding actuator test, wherein the air-conditioning control and the cleaning of the cooking appliance are checked by means of the self-test, wherein within the context of the self-test, the heating device is checked as a first actuator, wherein the self-test comprises the checking of the further actuators: the temperature control unit, the steam injection device, the dehumidifier device, the circulation pump and the drain pump , and wherein, by means of the self-test, the aforementioned actuators are checked automatically by means of the temperature sensors installed in the cooking appliance. wherein the air-conditioning control and the cleaning of the cooking appliance are checked by means of the self-test, wherein within the context of the self-test, the heating device is checked as a first actuator, wherein the self-test comprises the checking of the further actuators: the temperature control unit, the steam injection device, the dehumidifier device, the circulation pump and the drain pump , and wherein, by means of the self-test, the aforementioned actuators are checked automatically by means of the temperature sensors installed in the cooking appliance.
A corrosion prevention apparatus for cut faces of pipes, comprising: - an outer case ; and - a telescopic double tubular member accommodated in the outer case that is adapted to be mounted such as to surround an outer circumferential surface of a fluid pipe, and adapted to be placed from above between a pair of cut faces formed by making a full cut of the fluid pipe, the double tubular member including an anti-corrosion member that is adapted to face the pair of cut faces of the pipe and a core member to be inserted into the anti-corrosion member from above, and the double tubular member being configured such that the anti-corrosion member expands radially by the core member being inserted into the anti-corrosion member , so as to be pressed against the pair of cut faces of the pipe, the anti-corrosion member having a through hole that is adapted to communicate with the fluid pipe, and a flange positioned above the through hole and extending radially outward, and the flange having an abutment surface that is adapted to abut on an outer circumferential surface of the fluid pipe, characterized in that the abutment surface is curved along the outer circumferential surface of the fluid pipe. - an outer case ; and - a telescopic double tubular member accommodated in the outer case that is adapted to be mounted such as to surround an outer circumferential surface of a fluid pipe, and adapted to be placed from above between a pair of cut faces formed by making a full cut of the fluid pipe,
Detection device comprising: - an absorbent first stack configured to absorb an electromagnetic radiation in at least a first wavelength range and presenting a first thermal expansion coefficient, the absorbent first stack comprising a layer made from absorbent material and - a second stack forming an optical function and presenting a second thermal expansion coefficient, where the first thermal expansion coefficient is different from the second thermal expansion coefficient and the detection device comprises a buffer layer separating the absorbent first stack and second stack so as to separate the absorbent first stack from a set of mechanical stresses introduced by the second stack , characterized in that the buffer layer presents a thickness comprised between 0.5μm and 50μm, and in that the buffer layer is formed by a semiconductor material that is lattice matched with the first stack or in that the difference of lattice parameter between the buffer layer and absorbent first stack is less than 1%, and in that the absorbent material is a II-VI material or a III-V material. - an absorbent first stack configured to absorb an electromagnetic radiation in at least a first wavelength range and presenting a first thermal expansion coefficient, the absorbent first stack comprising a layer made from absorbent material and - a second stack forming an optical function and presenting a second thermal expansion coefficient, characterized in that the buffer layer presents a thickness comprised between 0.5μm and 50μm, and in that the buffer layer is formed by a semiconductor material that is lattice matched with the first stack or in that the difference of lattice parameter between the buffer layer and absorbent first stack is less than 1%, and in that the absorbent material is a II-VI material or a III-V material.
A power management apparatus comprising: a switcher circuit comprising: a multi-level charge pump (MCP) configured to operate based on a duty cycle to generate a low-frequency voltage as a function of a battery voltage; a first reference voltage circuit configured to generate a first reference voltage based on the low-frequency voltage; and a second reference voltage circuit configured to generate a second reference voltage based on the low-frequency voltage; a control circuit configured to determine the duty cycle based on a selected one of a first target voltage and a second target voltage to thereby cause the MCP to generate the low-frequency voltage; a first voltage circuit coupled to the first reference voltage circuit and configured to generate a first modulated voltage by raising a first initial modulated voltage generated based on the first target voltage by a first offset voltage modulated based on the first reference voltage; and a second voltage circuit coupled to the second reference voltage circuit and configured to generate a second modulated voltage by raising a second initial modulated voltage generated based on the second target voltage by a second offset voltage modulated based on the second reference voltage. a switcher circuit comprising: a multi-level charge pump (MCP) configured to operate based on a duty cycle to generate a low-frequency voltage as a function of a battery voltage; a first reference voltage circuit configured to generate a first reference voltage based on the low-frequency voltage; and a second reference voltage circuit configured to generate a second reference voltage based on the low-frequency voltage; a multi-level charge pump (MCP) configured to operate based on a duty cycle to generate a low-frequency voltage as a function of a battery voltage; a first reference voltage circuit configured to generate a first reference voltage based on the low-frequency voltage; and a second reference voltage circuit configured to generate a second reference voltage based on the low-frequency voltage; a control circuit configured to determine the duty cycle based on a selected one of a first target voltage and a second target voltage to thereby cause the MCP to generate the low-frequency voltage; a first voltage circuit coupled to the first reference voltage circuit and configured to generate a first modulated voltage by raising a first initial modulated voltage generated based on the first target voltage by a first offset voltage modulated based on the first reference voltage; and a second voltage circuit coupled to the second reference voltage circuit and configured to generate a second modulated voltage by raising a second initial modulated voltage generated based on the second target voltage by a second offset voltage modulated based on the second reference voltage.
A coating composition, comprising: an inorganic pigment; a latex; a cationic fixing agent; and a stabilizer selected from the group consisting of ethopropoxylated polyarylphenol, ethoxylated tristyrylphenol, modified fatty alcohol polyglycol ethers, and combinations thereof; wherein the stabilizer is present in an amount ranging from about 0.01 dry wt% to about 2 dry wt% based on a total dry weight of the coating composition; and wherein the inorganic pigment is present in an amount ranging from about 70 dry wt% to about 90 dry wt% based on the total dry weight of the coating composition. an inorganic pigment; a latex; a cationic fixing agent; and a stabilizer selected from the group consisting of ethopropoxylated polyarylphenol, ethoxylated tristyrylphenol, modified fatty alcohol polyglycol ethers, and combinations thereof; wherein the stabilizer is present in an amount ranging from about 0.01 dry wt% to about 2 dry wt% based on a total dry weight of the coating composition; and wherein the inorganic pigment is present in an amount ranging from about 70 dry wt% to about 90 dry wt% based on the total dry weight of the coating composition.