mhurhangee/patent-ind-claim-en huggingface dataset:
A battery pack fixing apparatus for fixing a battery pack having a plurality of secondary batteries, the battery pack fixing apparatus comprising: a support unit configured to support a lower portion of the battery pack and having a support plate with a coupling structure to be coupled to the lower portion of the battery pack; and a wall fixing unit including a fixing plate located at the rear of the battery pack loaded on the support unit, formed with a plate shape erecting upward, having a lower portion coupled to the support unit and having a coupling structure to be coupled to a wall located at the rear; characterized in that the support unit further comprises a lower sidewall and a gas outlet , wherein the gas outlet opens to communicate with a gas venting structure formed at a lower surface of the battery pack; wherein the lower sidewall extends downward from an outer circumference of the support plate, a terminal portion of the lower sidewall in a direction along which the lower sidewall extends being formed to support the ground and a curved portion recessed upward from the terminal portion of the lower sidewall being formed at the lower sidewall. a support unit configured to support a lower portion of the battery pack and having a support plate with a coupling structure to be coupled to the lower portion of the battery pack; and a wall fixing unit including a fixing plate located at the rear of the battery pack loaded on the support unit, formed with a plate shape erecting upward, having a lower portion coupled to the support unit and having a coupling structure to be coupled to a wall located at the rear; characterized in that the support unit further comprises a lower sidewall and a gas outlet , wherein the gas outlet opens to communicate with a gas venting structure formed at a lower surface of the battery pack; wherein the lower sidewall extends downward from an outer circumference of the support plate, a terminal portion of the lower sidewall in a direction along which the lower sidewall extends being formed to support the ground and a curved portion recessed upward from the terminal portion of the lower sidewall being formed at the lower sidewall.
A laminated floor using a poly lactic acid (PLA) resin, which is constructed on floor, comprising: a bottom layer formed of a HDF or MDF; and a surface layer comprising a reinforcement layer, a printed layer, a transparent layer and a surface treatment layer which are stacked on the bottom layer, wherein the reinforcement layer and the transparent layer are formed of the PLA resin, wherein the reinforcement layer contains 20 parts by weight of non-phthalate plasticizer, 5 parts by weight of acrylic copolymer, 0.03 parts by weight of stearic acid, 0.01 parts by weight of chain extender and 0.02 parts by weight of carbodiimide with respect to 100 parts by weight of the PLA resin, wherein the transparent layer contains 30 parts by weight of non-phthalate plasticizer, 3 parts by weight of calcium carbonate, 9 parts by weight of titanium oxide, 0.03 parts by weight of stearic acid, 0.01 parts by weight of chain extender and 0.02 parts by weight of carbodiimide with respect to 100 parts by weight of the PLA resin, wherein an adhesive layer of a thermosetting melamine resin is coated on the bottom layer and adheres the bottom layer and the surface layer. a surface layer comprising a reinforcement layer, a printed layer, a transparent layer and a surface treatment layer which are stacked on the bottom layer, wherein the reinforcement layer and the transparent layer are formed of the PLA resin, wherein the reinforcement layer contains 20 parts by weight of non-phthalate plasticizer, 5 parts by weight of acrylic copolymer, 0.03 parts by weight of stearic acid, 0.01 parts by weight of chain extender and 0.02 parts by weight of carbodiimide with respect to 100 parts by weight of the PLA resin, wherein the transparent layer contains 30 parts by weight of non-phthalate plasticizer, 3 parts by weight of calcium carbonate, 9 parts by weight of titanium oxide, 0.03 parts by weight of stearic acid, 0.01 parts by weight of chain extender and 0.02 parts by weight of carbodiimide with respect to 100 parts by weight of the PLA resin, wherein an adhesive layer of a thermosetting melamine resin is coated on the bottom layer and adheres the bottom layer and the surface layer.
A tether assembly of a medical device delivery system , the tether assembly comprising: a tether handle assembly comprising: a housing defining a curved channel that defines a first end and a second end ; a force transmitter received within the curved channel; a slidable member received within the housing such that a portion of the slidable member is received within the channel at the first end of the channel; and a button defining a proximal surface and comprising a distal portion received within the channel at the second end of the channel, wherein the button surrounds at least a proximal portion of the slidable member; and a pull wire defining a proximal end and a distal end, wherein the proximal end of the pull wire is received within the housing and retained by the slidable member, wherein the button is configured to move from a first position to a second position in response to application of a distally-directed force to the button, thereby moving the force transmitter toward the first end of the curved channel such that the force transmitter applies a proximally-directed force to the portion of the slidable member received within the channel that causes the slidable member and the pull wire to move proximally. a tether handle assembly comprising: a housing defining a curved channel that defines a first end and a second end ; a force transmitter received within the curved channel; a slidable member received within the housing such that a portion of the slidable member is received within the channel at the first end of the channel; and a button defining a proximal surface and comprising a distal portion received within the channel at the second end of the channel, wherein the button surrounds at least a proximal portion of the slidable member; and a housing defining a curved channel that defines a first end and a second end ; a force transmitter received within the curved channel; a slidable member received within the housing such that a portion of the slidable member is received within the channel at the first end of the channel; and a button defining a proximal surface and comprising a distal portion received within the channel at the second end of the channel, wherein the button surrounds at least a proximal portion of the slidable member; and a pull wire defining a proximal end and a distal end, wherein the proximal end of the pull wire is received within the housing and retained by the slidable member, wherein the button is configured to move from a first position to a second position in response to application of a distally-directed force to the button, thereby moving the force transmitter toward the first end of the curved channel such that the force transmitter applies a proximally-directed force to the portion of the slidable member received within the channel that causes the slidable member and the pull wire to move proximally.
Power transmission mechanism for a turbomachine , comprising: - a reduction gear comprising a first gear and a second gear having different reduction ratios and each comprising a first gear wheel mounted on the same first axis and a second gear wheel mounted on the same second axis , the first gear wheels being mounted so as to rotate freely on the first axis and each provided with helical meshing projections on a side of the latter; and, - a coupling member comprising an annular body with an axis of revolution (O) which comprises first and second rows of helical coupling teeth , the helical coupling teeth of the first and second rows are respectively oriented opposite and essentially parallel to first and second directions (D1, D2), the coupling member being mounted so as to rigidly rotate on the first axis and sliding axially on said first axis so as to occupy at least two predetermined axial meshing positions in which the coupling teeth mesh with complementary meshing projections of one of the first gear wheels , which is then made to rigidly rotate with the first axis , the helical coupling teeth and the helical meshing projections being configured to form a surface contact in each axial position, the helical meshing projections comprising first and second surfaces with inclinations that are respectively identical to those of a first surface and of a second surface of the helical coupling teeth facing one another. - a reduction gear comprising a first gear and a second gear having different reduction ratios and each comprising a first gear wheel mounted on the same first axis and a second gear wheel mounted on the same second axis , the first gear wheels being mounted so as to rotate freely on the first axis and each provided with helical meshing projections on a side of the latter; and, - a coupling member comprising an annular body with an axis of revolution (O) which comprises first and second rows of helical coupling teeth , the helical coupling teeth of the first and second rows are respectively oriented opposite and essentially parallel to first and second directions (D1, D2),
Workstation of an air-spinning machine, comprising - an air-spinning device for spinning a thread from a supplied sliver and - a thread-guiding unit, which is downstream of the air-spinning device and has an inlet opening for receiving the thread exiting from the outlet opening of the air-spinning device and a thread guide channel for conducting at least the air-spun thread coming from the air-spinning device , wherein the thread-guiding unit comprises a thread deflection unit for defined deflection of the thread, the thread deflection unit forms the inlet opening and comprises an exit at its end facing away from the inlet opening , which is coupled to the inlet opening via an interposed thread deflection section and via which the thread deflection unit can be connected to the thread guide channel for guiding the thread through the thread-guiding unit to the inlet opening , characterised in that a thread-guiding element is arranged in the area between the outlet opening of the air-spinning device and the inlet opening of the thread-guiding unit, wherein the thread-guiding element comprises a channel body having a through-channel , which comprises - a connection section configured for connection to the spinning device for arranging a first open end of the through-channel in the region of the outlet opening of the spinning device and - an end section which can be arranged facing the inlet opening , wherein the end section , in order to receive a thread exiting from the inlet opening , is matched to a contour of the thread-guiding unit surrounding the inlet opening. - an air-spinning device for spinning a thread from a supplied sliver and - a thread-guiding unit, which is downstream of the air-spinning device and has an inlet opening for receiving the thread exiting from the outlet opening of the air-spinning device and a thread guide channel for conducting at least the air-spun thread coming from the air-spinning device , wherein the thread-guiding unit comprises a thread deflection unit for defined deflection of the thread, the thread deflection unit forms the inlet opening and comprises an exit at its end facing away from the inlet opening , which is coupled to the inlet opening via an interposed thread deflection section and via which the thread deflection unit can be connected to the thread guide channel for guiding the thread through the thread-guiding unit to the inlet opening , characterised in that a thread-guiding element is arranged in the area between the outlet opening of the air-spinning device and the inlet opening of the thread-guiding unit, wherein the thread-guiding element comprises a channel body having a through-channel , which comprises - a connection section configured for connection to the spinning device for arranging a first open end of the through-channel in the region of the outlet opening of the spinning device and - an end section which can be arranged facing the inlet opening , wherein the end section , in order to receive a thread exiting from the inlet opening , is matched to a contour of the thread-guiding unit surrounding the inlet opening.
Feeding device for feeding loosened fibres or fibre tufts onto a transport device , wherein the feeding device comprises: at least one first feeding segment and one second feeding segment for feeding a raw material , wherein the first and the second feeding segment each comprise one intake roller ; and one opening roller which for loosening the raw material interacts with the intake rollers of the first and the second feeding segment ; wherein at least the first and the second feeding segment are disposed so as to be mutually spaced apart in a circumferential direction (U) of the opening roller ; characterized in that the intake rollers of the first and the second feeding segment are individually actuatable. at least one first feeding segment and one second feeding segment for feeding a raw material , wherein the first and the second feeding segment each comprise one intake roller ; and one opening roller which for loosening the raw material interacts with the intake rollers of the first and the second feeding segment ; wherein at least the first and the second feeding segment are disposed so as to be mutually spaced apart in a circumferential direction (U) of the opening roller ; characterized in that the intake rollers of the first and the second feeding segment are individually actuatable.
A capacitance determining circuit , characterized by , the capacitance determining circuit comprising: a touched layer , configured to receive a touch from a finger, wherein a touch capacitance is formed between the touched layer and the finger; a shielding layer , disposed under the touched layer, wherein a parasitic capacitance is formed between the shielding layer and the touched layer; a driving circuit , coupled to the touched layer and the shielding layer, configured to provide a first voltage to the touched layer and the shielding layer at a first time; a sensing circuit , electrically connected to the touched layer, configured to sense the touch capacitance at a second time; and a first switch (SW1, SW2), comprising a first terminal, electrically connected to the shielding layer ; and a second terminal, electrically connected to the driving circuit or the touched layer; wherein when the second terminal of the first switch (SW1) is electrically connected to the driving circuit , the first switch (SW1) is cutoff at the second time, such that the shielding layer is floating at the second time; wherein when the second terminal of the first switch (SW2) is electrically connected to the touched layer , the first switch (SW2) is conducted at the second time. a touched layer , configured to receive a touch from a finger, wherein a touch capacitance is formed between the touched layer and the finger; a shielding layer , disposed under the touched layer, wherein a parasitic capacitance is formed between the shielding layer and the touched layer; a driving circuit , coupled to the touched layer and the shielding layer, configured to provide a first voltage to the touched layer and the shielding layer at a first time; a sensing circuit , electrically connected to the touched layer, configured to sense the touch capacitance at a second time; and a first switch (SW1, SW2), comprising a first terminal, electrically connected to the shielding layer ; and a second terminal, electrically connected to the driving circuit or the touched layer; a first terminal, electrically connected to the shielding layer ; and a second terminal, electrically connected to the driving circuit or the touched layer; wherein when the second terminal of the first switch (SW1) is electrically connected to the driving circuit , the first switch (SW1) is cutoff at the second time, such that the shielding layer is floating at the second time; wherein when the second terminal of the first switch (SW2) is electrically connected to the touched layer , the first switch (SW2) is conducted at the second time.
Mobile accommodation, comprising a wall with a wall opening and a openable transparent or translucent window that is arranged within said wall opening, wherein said window is arranged inside a casing frame that surrounds the window, wherein said window is placed via said casing frame in said wall opening , wherein said window is hingingly suspended at a hinging side inside said casing frame , wherein the window is provided with closing means for keeping the window in a closed position, wherein the closing means comprise a closure with a handle which is connected for rotation about a pivot axis (III), and wherein the closure comprises a protrusion which, in a first position of the closure about the pivot axis, is in closing co-action with a shoulder at an edge of the wall opening and which, in a second position of the handle about the pivot axis, disengages the protrusion from the shoulder in order to release the window, characterized in that said pivot axis (III) makes an obtuse angle with the window, which angle opens toward said hinge side of the window, wherein the handle is oriented substantially parallel and relatively close to the window in the first position, while said protrusion is in engagement with said shoulder, and wherein the handle points at an acute angle away from the window toward said hinge side of the window in the second position, in that said handle is connected for rotation about said pivot axis (III) to said window, in that said casing frame comprises said shoulder, and in that the closure comprises manually releasable locking means which fix the closure in the first position.
An electronic parking brake actuator assembly comprising: a main housing constituted by a motor mounting part and a gear mounting part integrated with each other; a motor part assembled with the motor mounting part of the main housing ; a gear part assembled with the gear mounting part of the main housing and rotated in engagement with the motor part by a rotational force of the motor part ; and a cover assembled with the main housing and shielding the motor part and the gear part , characterized in that a brush card assembly is assembled directly with the motor mounting part , a terminal constituting the brush card assembly being insert-injected into the motor mounting part . a main housing constituted by a motor mounting part and a gear mounting part integrated with each other; a motor part assembled with the motor mounting part of the main housing ; a gear part assembled with the gear mounting part of the main housing and rotated in engagement with the motor part by a rotational force of the motor part ; and a cover assembled with the main housing and shielding the motor part and the gear part , characterized in that a brush card assembly is assembled directly with the motor mounting part , a terminal constituting the brush card assembly being insert-injected into the motor mounting part .
A liquid chemical agent package, comprising: a package bag comprising water-soluble films each comprising a polyvinyl alcohol resin (A), the films being bonded to each other to form the package bag; and a liquid chemical agent included in the package bag, wherein in a section of the chemical agent package in a vertical direction relative to bonding surfaces of the water-soluble films, the liquid chemical agent package contains 20 or more inorganic particles each having a particle diameter of 2 μm or more in a sealed sectional portion having a range extending from an interface between the bonding surfaces by ±10 μm in the vertical direction and having a width of 900 μm. a package bag comprising water-soluble films each comprising a polyvinyl alcohol resin (A), the films being bonded to each other to form the package bag; and a liquid chemical agent included in the package bag, wherein in a section of the chemical agent package in a vertical direction relative to bonding surfaces of the water-soluble films, the liquid chemical agent package contains 20 or more inorganic particles each having a particle diameter of 2 μm or more in a sealed sectional portion having a range extending from an interface between the bonding surfaces by ±10 μm in the vertical direction and having a width of 900 μm.
A method for determining an orientation of an accelerometer system relative to a vehicle within which it is installed, wherein the accelerometer system is a multi-axial accelerometer system capable of measuring acceleration values for each of the axes of the accelerometer system to provide an acceleration measurement in the co-ordinate frame of the accelerometer system , the method comprising: obtaining a plurality of acceleration measurements from the accelerometer system whilst the vehicle is moving, wherein each of the acceleration measurements is representative of an acceleration as measured within the co-ordinate frame of the accelerometer system ; and analysing a distribution of the acceleration measurements as measured within the co-ordinate frame of the accelerometer to determine an orientation of the accelerometer system relative to the vehicle within which it is installed. obtaining a plurality of acceleration measurements from the accelerometer system whilst the vehicle is moving, wherein each of the acceleration measurements is representative of an acceleration as measured within the co-ordinate frame of the accelerometer system ; and analysing a distribution of the acceleration measurements as measured within the co-ordinate frame of the accelerometer to determine an orientation of the accelerometer system relative to the vehicle within which it is installed.
Method of encryption of a stream of program instructions with a stream cipher using a pseudo-random sequence generator configured by a secret key ( K ) and initialised by an initialisation vector ( IV ), characterised in that : - the stream of instructions is translated into binary code by a compiler, said binary code being summated bit by bit with the pseudo-random sequence to provide an encrypted stream of instructions; - when the program comprises a branch instruction to a branch address, a corresponding initialisation instruction, comprising a specific initialisation vector, is inserted in the program to initialise the pseudo-random generator with said initialisation vector specific to the branch address, the initialisation instruction being inserted at an address, said address being located just before the branch instruction or at the branch address, the instructions from the branch address being encrypted using a pseudo-random sequence generated by the pseudo-random generator initialised by said specific initialisation vector. - the stream of instructions is translated into binary code by a compiler, said binary code being summated bit by bit with the pseudo-random sequence to provide an encrypted stream of instructions; - when the program comprises a branch instruction to a branch address, a corresponding initialisation instruction, comprising a specific initialisation vector, is inserted in the program to initialise the pseudo-random generator with said initialisation vector specific to the branch address, the initialisation instruction being inserted at an address, said address being located just before the branch instruction or at the branch address, the instructions from the branch address being encrypted using a pseudo-random sequence generated by the pseudo-random generator initialised by said specific initialisation vector.