mhurhangee/patent-ind-claim-en huggingface dataset:
A system for wall to wall connection for precast shear walls , the system comprising: a plurality of horizontal and vertical reinforcement bars configured within the precast shear wall , the reinforcement bars provided with spacing there between; a plurality of connecting tubes fixed between the spacing provided between the reinforcement bars ; a plurality of openings provided between the plurality of connecting tubes ; a plurality of grout tubes fixed above the plurality of openings in order to grout the openings after completing confection of the shear walls ; a plurality of connecting bars capable of being inserted within the connecting tubes of the precast shear wall , when erected, a connecting device inserted through the openings to grip the connecting bars ; and a driving device to supply power to the drive for causing rotation of the drive and thereby sending the connecting bar in a translational motion from the first shear wall to the second shear wall . a plurality of horizontal and vertical reinforcement bars configured within the precast shear wall , the reinforcement bars provided with spacing there between; a plurality of connecting tubes fixed between the spacing provided between the reinforcement bars ; a plurality of openings provided between the plurality of connecting tubes ; a plurality of grout tubes fixed above the plurality of openings in order to grout the openings after completing confection of the shear walls ; a plurality of connecting bars capable of being inserted within the connecting tubes of the precast shear wall , when erected, a connecting device inserted through the openings to grip the connecting bars ; and a driving device to supply power to the drive for causing rotation of the drive and thereby sending the connecting bar in a translational motion from the first shear wall to the second shear wall .
Forging press with a forging press frame , with an upper die and a lower die as well as a primary drive that acts with respect to the forging press frame for applying primary forming forces to a workpiece between the upper die and the lower die as well as with a secondary drive for applying secondary forming forces to the workpiece , wherein the secondary drive is supported on an assembly subjected to primary forming forces by the primary drive in the direction of the workpiece , and wherein the secondary drive is supported on a moving crosshead driven by the primary drive or on a crosshead which interacts with the primary drive via tie rods , characterized in that the forging press comprises fixing means for selectively fixing the assembly with respect to the forging press frame and a secondary die driven by the secondary drive and an auxiliary die , and in that the secondary die and the auxiliary die together form the lower die or the upper die and in that, during the secondary movement of the secondary die , only the secondary die is movable while, during the primary movement, the secondary die and the auxiliary die are movable together, wherein (i) the primary drive can be used as a forging drive and the secondary drive can be used as a finishing drive and/or wherein (ii) the mass moved by the secondary drive is smaller than the mass moved by the primary drive and/or the forming forces that can be applied via the secondary drive are smaller than the forming forces that can be applied via the primary drive .
Post-bolt connection with a vertical post and a horizontal bolt , wherein a connection part is provided on the post and a bolt part on a longitudinal-side end of the bolt and a horizontally running web is provided on the connection part or the bolt part and a groove receiving the web on the bolt part or the connection part , wherein on a free end of the web , a thickening is arranged which is formed for undercutting positive engagement in a corresponding recess arranged in the base of the groove and a gap is formed between a vertical bearing surface of the thickening and a vertical bearing surface of the recess , wherein the bolt part comprises at least one separate supporting device against the bolt and wherein the supporting device is arranged in a mounting in the bolt part with two supporting elements (27; 28) acting respectively in opposite direction against the bolt , characterised in that the supporting elements (27; 28) pointing in opposite direction act against the bolt in these directions.
An oral composition comprising: an active ingredient that is releasable from the oral composition; a filler; and at least one irritation reducing agent effective to reduce irritation arising from the release of the active ingredient from the oral composition, wherein the active ingredient, the filler component, and the at least one irritation reducing agent are combined as a mixture that is enclosed in a pouch to form a pouched product, the mixture optionally being in a free-flowing particulate form; and wherein the at least one irritation reducing agent is selected from the group consisting of a non-sugar sweetener, xylitol, sorbitol, camphor, clove oil, cocoa extract, eugenol, glycerine, and combinations thereof, and wherein the filler component comprises a cellulose material or a cellulose derivative present in an amount of 10% to 75% by weight based on a total weight of the mixture. an active ingredient that is releasable from the oral composition; a filler; and at least one irritation reducing agent effective to reduce irritation arising from the release of the active ingredient from the oral composition, wherein the active ingredient, the filler component, and the at least one irritation reducing agent are combined as a mixture that is enclosed in a pouch to form a pouched product, the mixture optionally being in a free-flowing particulate form; and wherein the at least one irritation reducing agent is selected from the group consisting of a non-sugar sweetener, xylitol, sorbitol, camphor, clove oil, cocoa extract, eugenol, glycerine, and combinations thereof, and
A device for use in the humane slaughter of animals having a barrel and a cap arranged for limited reciprocal axial movement and urged to an inoperative position by resilient means , a captive bolt being received in the barrel for reciprocal axial movement, the bolt being driven out of the barrel by a driving force provided by an explosive cartridge adapted to be received in a breech in the barrel and fired by striking a firing pin provided in the cap , the cartridge being mounted on a strip movable in response to a manual operation, and registration means being provided between the strip and the cap to locate the cartridge relative to the open breech in the inoperative position, movement of the barrel relative to the cap against the force of the resilient means placing the cartridge in the breech and causing it to strike the firing pin to fire the cartridge and operate the captive bolt , the resilient means then returning the barrel and the cap to the inoperative position to open the breech and allow movement of the strip to remove the spent cartridge .
A coffee cherry processing method, comprising the steps of: adding water to coffee cherries or to any of pulp or green, unroasted coffee beans obtained from the coffee cherries to form a suspension; wet grinding said suspension in multiple steps to an average particle size of 100 μm or less; and subjecting said suspension to one or more separation and/or processing steps comprising at least the separation of the water phase to obtain at least one coffee cherry extract selected from coffee cherry aroma, coffee cherry oil, coffee cherry powder, coffee cherry juice, coffee pulp aroma, coffee pulp powder, coffee pulp juice, coffee aroma and green or roasted coffee powder. adding water to coffee cherries or to any of pulp or green, unroasted coffee beans obtained from the coffee cherries to form a suspension; wet grinding said suspension in multiple steps to an average particle size of 100 μm or less; and subjecting said suspension to one or more separation and/or processing steps comprising at least the separation of the water phase to obtain at least one coffee cherry extract selected from coffee cherry aroma, coffee cherry oil, coffee cherry powder, coffee cherry juice, coffee pulp aroma, coffee pulp powder, coffee pulp juice, coffee aroma and green or roasted coffee powder.
A pouch-type secondary battery comprising: an electrode assembly in which a positive electrode , a separator , and a negative electrode are laminated; and a pouch comprising an upper pouch and a lower pouch and configured to accommodate the electrode assembly , wherein the pouch comprises: a surface protection layer made of a first polymer and formed at an outermost layer; a sealant layer made of a second polymer and formed at an innermost layer; a gas barrier layer made of a first metal and laminated between the surface protection layer and the sealant layer; and a metal foil layer made of a second metal, laminated between the surface protection layer and the sealant layer, and connected to the negative electrode of the electrode assembly, wherein the metal foil layer is connected to a negative electrode lead extending from the negative electrode so as to be connected to the negative electrode, and portions of the surface protection layer, the sealant layer, and the gas barrier layer are removed from a specific area corresponding to an area on which the negative electrode lead exists in the upper pouch and the lower pouch . an electrode assembly in which a positive electrode , a separator , and a negative electrode are laminated; and a pouch comprising an upper pouch and a lower pouch and configured to accommodate the electrode assembly , wherein the pouch comprises: a surface protection layer made of a first polymer and formed at an outermost layer; a sealant layer made of a second polymer and formed at an innermost layer; a gas barrier layer made of a first metal and laminated between the surface protection layer and the sealant layer; and a metal foil layer made of a second metal, laminated between the surface protection layer and the sealant layer, and connected to the negative electrode of the electrode assembly, wherein the metal foil layer is connected to a negative electrode lead extending from the negative electrode so as to be connected to the negative electrode, and portions of the surface protection layer, the sealant layer, and the gas barrier layer are removed from a specific area corresponding to an area on which the negative electrode lead exists in the upper pouch and the lower pouch . a surface protection layer made of a first polymer and formed at an outermost layer; a sealant layer made of a second polymer and formed at an innermost layer; a gas barrier layer made of a first metal and laminated between the surface protection layer and the sealant layer; and a metal foil layer made of a second metal, laminated between the surface protection layer and the sealant layer, and connected to the negative electrode of the electrode assembly, wherein the metal foil layer is connected to a negative electrode lead extending from the negative electrode so as to be connected to the negative electrode, and portions of the surface protection layer, the sealant layer, and the gas barrier layer are removed from a specific area corresponding to an area on which the negative electrode lead exists in the upper pouch and the lower pouch .
A system comprising: a golf glove configured to be worn by a user during golf play, the golf glove comprising a shell defining a hand-receiving portion and a plurality of finger-receiving portions, and a receiver connected to the shell and defining a cavity, the receiver configured to be in contact with the hand of the user when the hand is received by the golf glove; a tempo indicating device removably connected to the golf glove and at least partially received within the receiver, the tempo indicating device comprising a housing and a powered movement mechanism at least partially contained within the housing, the housing having a contact portion, and the powered movement mechanism being configured for emitting a tactile rhythm to the user through the contact portion that is detectable by the user through sense of touch when the hand is received in the hand-receiving portion of the golf glove; and a control interface located on a portable electronic device in communication with the tempo indicating device and configured to receive user input and transmit a signal to control a tempo of the tactile rhythm of the tempo indicating device, such that the portable electronic device detects a golf club being used and communicates an optimal tempo for the golf club being used, wherein the optimal tempo for the golf club being used is stored on the portable electronic device and wherein the portable electronic device utilizes GPS technology to determine a distance from the hole, thereby detecting the golf club being used. a golf glove configured to be worn by a user during golf play, the golf glove comprising a shell defining a hand-receiving portion and a plurality of finger-receiving portions, and a receiver connected to the shell and defining a cavity, the receiver configured to be in contact with the hand of the user when the hand is received by the golf glove; a tempo indicating device removably connected to the golf glove and at least partially received within the receiver, the tempo indicating device comprising a housing and a powered movement mechanism at least partially contained within the housing, the housing having a contact portion, and the powered movement mechanism being configured for emitting a tactile rhythm to the user through the contact portion that is detectable by the user through sense of touch when the hand is received in the hand-receiving portion of the golf glove; and a control interface located on a portable electronic device in communication with the tempo indicating device and configured to receive user input and transmit a signal to control a tempo of the tactile rhythm of the tempo indicating device, such that the portable electronic device detects a golf club being used and communicates an optimal tempo for the golf club being used, wherein the optimal tempo for the golf club being used is stored on the portable electronic device and wherein the portable electronic device utilizes GPS technology to determine a distance from the hole, thereby detecting the golf club being used.
A microelectronic device comprising at least two memory cells (10 x, y, z ) each comprising a so-called selection transistor and a memory element associated with said selection transistor, each transistor comprising a channel in the form of a wire extending mainly along a first direction (x), a gate bordering said channel and extending mainly along a second direction (y), a first region corresponding to one of a source or a drain , and a second region corresponding to the other of the source or the drain , the second region being connected to the memory element , said transistors being stacked mainly along a third direction (z) and each occupying a level (n1, n2, n3, n4) of a given altitude along the third direction (z), the microelectronic device being characterized in that the first and second regions are entirely covered by spacers (170 s , 170 c ) in projection along the third direction (z) in a plane (xy).
Vehicle seat console having at least one vehicle-mounted guide element and at least one seat-mounted guide element , which is arranged parallel to the vehicle-mounted guide element , and at least one longitudinal adjustment device , which is activated by a drive device and is configured to effect a relative adjustment between the vehicle-mounted guide element and the seat-mounted guide element , wherein a force-limiting device is provided between the at least one vehicle-mounted guide element and the at least one seat-mounted guide element , wherein the longitudinal adjustment device is provided between the seat-mounted guide element and the force-limiting device , and wherein the force-limiting device has a force-limiting element which is coupled on the one hand to the longitudinal adjustment device and on the other hand to the vehicle-mounted guide element , characterized in that the force-limiting element has a deformation portion which has a through-opening with a slit (353") originating therefrom and extending in the longitudinal direction of the force-limiting device , in that the force-limiting element moreover has a displacement body , which extends through the through-opening and whose thickness is greater than the width of the slit (353"), and in that the deformation portion is designed such that it deforms when a force applied to it by the displacement body penetrating into the slit is above a predetermined force threshold value.
A tensioning system comprising: a spring case having a pivot tube and an outer cylindrical portion ; an arm pivotally coupled to the spring case to pivot relative to the spring case , the arm having a pulley portion and a body portion , wherein the body portion has a radially outer flange and a radially inner flange , the radially inner flange beaing seated within the spring case ; a spring seated within the radially inner flange of the arm and operatively coupled to the arm to bias the arm relative to the spring case ; a bushing positioned between the radially inner flange of the arm and the spring case ; and an annular lip seal having a body portion with a flexible flange extending therefrom and a gap between the body portion and the flexible flange , wherein the annular lip seal is seated below or above an end flange of the spring case and is positioned on a portion of a radially outer surface of the outer cylindrical portion of the spring case and is sealingly engaged between the radially outer flange of the arm and said radially outer surface of the spring case and a connecting portion of the arm or a seal plate coupled to the outer flange of the arm , wherein the annular lip seal is in compression in the axial direction in the assembled state and is optionally in radial tension; wherein the annular lip seal is configured to expand or compress to maintain a seal between the arm and the spring case and to block external contaminants from reaching the bushing as wear of the bushing occurs. a spring case having a pivot tube and an outer cylindrical portion ; an arm pivotally coupled to the spring case to pivot relative to the spring case , the arm having a pulley portion and a body portion , wherein the body portion has a radially outer flange and a radially inner flange , the radially inner flange beaing seated within the spring case ; a spring seated within the radially inner flange of the arm and operatively coupled to the arm to bias the arm relative to the spring case ; a bushing positioned between the radially inner flange of the arm and the spring case ; and an annular lip seal having a body portion with a flexible flange extending therefrom and a gap between the body portion and the flexible flange , wherein the annular lip seal is seated below or above an end flange of the spring case and is positioned on a portion of a radially outer surface of the outer cylindrical portion of the spring case and is sealingly engaged between the radially outer flange of the arm and said radially outer surface of the spring case and a connecting portion of the arm or a seal plate coupled to the outer flange of the arm , wherein the annular lip seal is in compression in the axial direction in the assembled state and is optionally in radial tension; wherein the annular lip seal is configured to expand or compress to maintain a seal between the arm and the spring case and to block external contaminants from reaching the bushing as wear of the bushing occurs.
A light irradiation device comprising: a plurality of branch tubes branching from a single inlet-side tube and connected to a single outlet-side tube including a plurality of flow channels through which blood or a blood component flows; and a plurality of LED lamps , which irradiates the blood or the blood component flowing through the flow channels with light so as to inactivate a virus included in the blood or the blood component; a plurality of LED arrangement portions in which the plurality of LED lamps is arranged, wherein a multilayer structure in which a plurality of the flow channels is arranged in parallel is formed, characterized in that a plurality of groove portions is formed between adjacent LED arrangement portions , and in that a portion of each of the plurality of branch tubes is arranged in one of the groove portions such that the multilayer structure is formed. a plurality of branch tubes branching from a single inlet-side tube and connected to a single outlet-side tube including a plurality of flow channels through which blood or a blood component flows; and a plurality of LED lamps , which irradiates the blood or the blood component flowing through the flow channels with light so as to inactivate a virus included in the blood or the blood component; a plurality of LED arrangement portions in which the plurality of LED lamps is arranged, wherein a multilayer structure in which a plurality of the flow channels is arranged in parallel is formed, characterized in that a plurality of groove portions is formed between adjacent LED arrangement portions , and in that a portion of each of the plurality of branch tubes is arranged in one of the groove portions such that the multilayer structure is formed.
Method for operating a linear-motor-driven simultaneous stretching system, in particular a plastics film simultaneous stretching system, comprising the following features: - transport units (T) equipped with transport parts and clips held by said transport parts are moved along a guide track and/or a transport rail by means of a linear motor drive, - the edge of a material web (F) is grasped and held by means of the clips , - during normal operation, the linear-motor-driven transport units (T) in the simultaneous stretching zone (R) are subjected to an acceleration phase having a normal operation acceleration profile, as the distance (MDx-y) to a subsequent transport unit (T) driven by the linear motor drive increases, characterised by the following additional features: - when the material web (F) enters into the stretching zone (R), at least two successive leading clips in the stretching zone (R) that are driven by the linear motor are accelerated in a manner deviating from the normal operation acceleration profile such that the distance (Mda-b) formed between the at least two successive linear-motor-driven clips is less than 80% or less than 75% of the distance (MDx-y) which results during normal operation. - transport units (T) equipped with transport parts and clips held by said transport parts are moved along a guide track and/or a transport rail by means of a linear motor drive, - the edge of a material web (F) is grasped and held by means of the clips , - during normal operation, the linear-motor-driven transport units (T) in the simultaneous stretching zone (R) are subjected to an acceleration phase having a normal operation acceleration profile, as the distance (MDx-y) to a subsequent transport unit (T) driven by the linear motor drive increases, characterised by the following additional features: - when the material web (F) enters into the stretching zone (R), at least two successive leading clips in the stretching zone (R) that are driven by the linear motor are accelerated in a manner deviating from the normal operation acceleration profile such that the distance (Mda-b) formed between the at least two successive linear-motor-driven clips is less than 80% or less than 75% of the distance (MDx-y) which results during normal operation. - when the material web (F) enters into the stretching zone (R), at least two successive leading clips in the stretching zone (R) that are driven by the linear motor are accelerated in a manner deviating from the normal operation acceleration profile such that the distance (Mda-b) formed between the at least two successive linear-motor-driven clips is less than 80% or less than 75% of the distance (MDx-y) which results during normal operation.