mhurhangee/patent-ind-claim-en huggingface dataset:
A coupling unit for coupling a freely displaceable device into an energy chain system having an energy chain which is fixedly connected to a coupling carriage which is displaceable parallel to the path of displacement of the device , wherein the coupling unit has a first plug portion which can be connected to the device in flexible and tensile-resistant relationship and which can be connected to a second plug portion arranged on the coupling carriage , the coupling unit can be extended with the first plug portion in the direction of the coupling carriage so that the two plug portions can be positioned horizontally and vertically relative to each other and can be connected together, and the coupling unit after connection of the two plug portions can be displaced back, wherein the device and the coupling carriage remain connected together in tensile-resistant and flexible relationship, characterised in that the coupling unit has a vertically displaceable wedge-shaped blade at which the first plug portion is arranged and the blade is so designed that it can be raised with the first plug portion when the coupling carriage upon displacement parallel to the path of displacement of the device with the coupling unit extended meets the blade with a guide device and when the coupling carriage stops in a predetermined position relative to the device the blade falls into a receiving means of the coupling carriage and embraces same, wherein the two plug portions are positioned horizontally and vertically relative to each other.
A polyurethane encapsulating compound for embedding hollow fibers of filter elements, obtainable by mixing a polyol component (A) and an isocyanate component (B) to give a reaction mixture and reacting the mixture to completion to give the polyurethane encapsulating compound, wherein the polyol component (A) comprises (a1) at least one fatty-acid-based polyol having a hydroxyl number of greater than 50 to less than 500 mg KOH/g and a functionality of from 2 to 6, (a2) at least one amine compound having at least one tertiary nitrogen atom and at least one isocyanate-reactive hydrogen atom and (a3) at least one metal compound that functions as a polyurethane catalyst wherein the polyurethane catalyst (a3) does not comprise any tin, lead and/or mercury and the isocyanate component (B) comprises at least one aromatic isocyanate having at least two isocyanate groups. wherein the polyol component (A) comprises (a1) at least one fatty-acid-based polyol having a hydroxyl number of greater than 50 to less than 500 mg KOH/g and a functionality of from 2 to 6, (a2) at least one amine compound having at least one tertiary nitrogen atom and at least one isocyanate-reactive hydrogen atom and (a3) at least one metal compound that functions as a polyurethane catalyst (a1) at least one fatty-acid-based polyol having a hydroxyl number of greater than 50 to less than 500 mg KOH/g and a functionality of from 2 to 6, (a2) at least one amine compound having at least one tertiary nitrogen atom and at least one isocyanate-reactive hydrogen atom and (a3) at least one metal compound that functions as a polyurethane catalyst wherein the polyurethane catalyst (a3) does not comprise any tin, lead and/or mercury and the isocyanate component (B) comprises at least one aromatic isocyanate having at least two isocyanate groups.
A failure determination device of a hybrid vehicle including an engine and a motor arranged in series, a clutch arranged between the motor and a driving wheel , and a pressure adjusting mechanism for adjusting hydraulic pressure supplied to the clutch , and performing, by the pressure adjusting mechanism, wet start clutch control for adjusting the hydraulic pressure, supplied to the clutch at least upon starting, to the hydraulic pressure causing the clutch to slip, the failure determination device comprising: target torque capacity calculating means adapted to calculate required driving force on the basis of accelerator opening, and calculate torque capacity of the clutch , required for transmitting the required driving force by the clutch, as target torque capacity (Tc); actual torque calculating means adapted to calculate actual torque (Te) of the engine and actual torque (Tm) of the motor ; torque deviation calculating means adapted to calculate a torque deviation as a deviation between the target torque capacity (Tc) and a sum of the actual torque (Te) of the engine and the actual torque (Tm) of the motor; and failure determining means adapted to determine occurrence of an engagement failure of the clutch when the torque deviation becomes greater than a first fault determination value (δ1) during the wet start clutch control. target torque capacity calculating means adapted to calculate required driving force on the basis of accelerator opening, and calculate torque capacity of the clutch , required for transmitting the required driving force by the clutch, as target torque capacity (Tc); actual torque calculating means adapted to calculate actual torque (Te) of the engine and actual torque (Tm) of the motor ; torque deviation calculating means adapted to calculate a torque deviation as a deviation between the target torque capacity (Tc) and a sum of the actual torque (Te) of the engine and the actual torque (Tm) of the motor; and failure determining means adapted to determine occurrence of an engagement failure of the clutch when the torque deviation becomes greater than a first fault determination value (δ1) during the wet start clutch control.
A battery energy storage system comprising: a battery mounting area ; a venting area fluidly isolated from the battery mounting area ; and a battery cell (20; 52) arranged at least partially within the battery mounting area , the battery cell (20; 52) including at least one safety vent (42; 58), the at least one safety vent (42; 58) being fluidly coupled to the venting area ; characterized in that the at least one safety vent (42; 58) is directly coupled to the venting area and a portion of the battery cell (20; 52) including the at least one safety vent (42; 58) is arranged within the venting area . a battery mounting area ; a venting area fluidly isolated from the battery mounting area ; and a battery cell (20; 52) arranged at least partially within the battery mounting area , the battery cell (20; 52) including at least one safety vent (42; 58), the at least one safety vent (42; 58) being fluidly coupled to the venting area ; characterized in that the at least one safety vent (42; 58) is directly coupled to the venting area and a portion of the battery cell (20; 52) including the at least one safety vent (42; 58) is arranged within the venting area .
Gypsum-cement dry mixture comprising - a binding medium containing calcium sulfate hemihydrate or a mixture of at least 50% thereof by weight and a hydraulic cement in a weight ratio of 5:1 to 3:1 - an aggregate selected from comminuted wood, plastic, expanded clay, perlite, or a foam, or a mixture thereof - additives, containing - at least one plasticizer - at least one air-entraining agent - at least one stabilizer - at least one retarder/accelerator; i.e., an additive that acts both as a retarder and an accelerator characterized by the fact that the additives are present in dry form and the mass portion of the sum of all additives in the dry mixture amounts to < 1%, the stabilizer is selected from fluorophosphates or condensed phosphates, the retarder/accelerator is a water-soluble anionic polymer, and the mass ratio of stabilizer to retarder/accelerator amounts to 3:1 to 1:3. - a binding medium containing calcium sulfate hemihydrate or a mixture of at least 50% thereof by weight and a hydraulic cement in a weight ratio of 5:1 to 3:1 - an aggregate selected from comminuted wood, plastic, expanded clay, perlite, or a foam, or a mixture thereof - additives, containing - at least one plasticizer - at least one air-entraining agent - at least one stabilizer - at least one retarder/accelerator; i.e., an additive that acts both as a retarder and an accelerator - at least one plasticizer - at least one air-entraining agent - at least one stabilizer - at least one retarder/accelerator; i.e., an additive that acts both as a retarder and an accelerator
An apparatus comprising: an electrical switch (202; 302) comprising (i) multiple first electrical contacts (206, 208; 306, 308) and (ii) a second electrical contact configured to bridge the first electrical contacts in order to form at least one electrical connection; and a shape-memory actuator (204; 304) configured to move the second electrical contact in order to selectively open the electrical switch and break the at least one electrical connection; characterized in that the apparatus further comprises a shutter member (216; 316) configured to be moved between the first electrical contacts to a position that blocks the second electrical contact from moving to re-bridge the first electrical contacts, the movement of the shutter happening after the shape-memory actuator has moved the second electrical contact . an electrical switch (202; 302) comprising (i) multiple first electrical contacts (206, 208; 306, 308) and (ii) a second electrical contact configured to bridge the first electrical contacts in order to form at least one electrical connection; and a shape-memory actuator (204; 304) configured to move the second electrical contact in order to selectively open the electrical switch and break the at least one electrical connection; characterized in that the apparatus further comprises a shutter member (216; 316) configured to be moved between the first electrical contacts to a position that blocks the second electrical contact from moving to re-bridge the first electrical contacts, the movement of the shutter happening after the shape-memory actuator has moved the second electrical contact .
An anastomosis device comprising: a frame formed by an elongate member , said frame defining: a first flange ; a second flange ; and a connecting region ; a central aperture adapted to facilitate material transfer therethrough; and a covering material cooperating with the frame to provide a circumferential seal at an outer peripheral edge of the first flange and/or the second flange; wherein the connecting region is disposed between and interconnects the first flange and the second flange ; wherein the elongate member defines one or more apposition petals of the first flange that form the first flange ; wherein the elongate member also forms one or more apposition petals of the second flange that form the second flange . a frame formed by an elongate member , said frame defining: a first flange ; a second flange ; and a connecting region ; a first flange ; a second flange ; and a connecting region ; a central aperture adapted to facilitate material transfer therethrough; and a covering material cooperating with the frame to provide a circumferential seal at an outer peripheral edge of the first flange and/or the second flange; wherein the connecting region is disposed between and interconnects the first flange and the second flange ; wherein the elongate member defines one or more apposition petals of the first flange that form the first flange ; wherein the elongate member also forms one or more apposition petals of the second flange that form the second flange .
A microbicidal composite material comprising: a first layer having a first pre-defined thickness and a first predefined stitch/thread density; a second layer having a second pre-defined thickness and a second predefined stitch/thread density; and an intermediate layer having a third pre-defined thickness and a third predefined stitch/thread density, wherein the intermediate layer is sandwiched between and connected to the first layer and the second layer to form a three-dimensional structure by one of knitting and weaving, wherein each layer in the three-dimensional structure has a plurality of apertures to allow for circulation of air through the microbicidal composite material ; wherein each of the plurality of apertures is associated with a pre-determined size and wherein the pre-determined size of the apertures is controlled by course per inch and wales per inch of the one of knitting and weaving process; wherein the third pre-defined stitch/thread density is less than the first pre-defined stitch/thread density and the second pre-defined stitch/thread density, to allow for wicking by capillary action on contact of at least one of the first layer and the second layer with the fluid; and wherein each layer of the three-dimensional structure is associated with surface moieties chemically bound to a microbicidal agent in a non-eluting manner. a first layer having a first pre-defined thickness and a first predefined stitch/thread density; a second layer having a second pre-defined thickness and a second predefined stitch/thread density; and an intermediate layer having a third pre-defined thickness and a third predefined stitch/thread density, wherein the intermediate layer is sandwiched between and connected to the first layer and the second layer to form a three-dimensional structure by one of knitting and weaving, wherein each layer in the three-dimensional structure has a plurality of apertures to allow for circulation of air through the microbicidal composite material ; wherein each of the plurality of apertures is associated with a pre-determined size and wherein the pre-determined size of the apertures is controlled by course per inch and wales per inch of the one of knitting and weaving process; wherein the third pre-defined stitch/thread density is less than the first pre-defined stitch/thread density and the second pre-defined stitch/thread density, to allow for wicking by capillary action on contact of at least one of the first layer and the second layer with the fluid; and wherein each layer of the three-dimensional structure is associated with surface moieties chemically bound to a microbicidal agent in a non-eluting manner.
A fitting for a sliding door , having a guide rail , along which at least one runner of the fitting is movable, on which a sliding door is hold-able, wherein at least one safety catch is provided on the runner to avoid dropping out of the runner from the guide rail , whereby the safety catch comprises a pushbutton , which is moved by the force of a force accumulator into a securing position, which protrudes in relation to the runner and is movable against the force of the force accumulator into an engaged position for dropping out, characterized in that the pushbutton is guided on a housing , which is fixed on the runner and the force accumulator is designed as a compression spring, which is positioned at least partially inside the pushbutton or a component arranged in the pushbutton .
An attachment assembly for attaching a wheelchair back (B) to at least one wheelchair post (P), the wheelchair back (B) defining a first vertical slot (S) on a first side and a second vertical slot (S) on a second side, the attachment assembly comprising: a bracket engaged in one of the vertical slots (S) in the wheelchair back (B), said bracket comprising a mounting wall and a front wall , the front wall defining a horizontal slot ; a slider bar attached to the mounting wall of the bracket, the slider bar having a back surface and comprising: a pair of guides extending from the back surface of the slider bar , wherein the guides are slidably engaged in one of the vertical slots (S) in the wheelchair back (B); and a bolt engaged with the mounting wall and one of the vertical slots (S) in the wheelchair back (B); and attachment hardware attached to the bracket at the horizontal slot and adapted to be mounted to a post (P) of a wheelchair, wherein at least one of said bracket or attachment hardware is adjustable, wherein the attachment hardware comprises an expansion plug assembly configured for insertion into an open end of the at least one wheelchair post (P). a bracket engaged in one of the vertical slots (S) in the wheelchair back (B), said bracket comprising a mounting wall and a front wall , the front wall defining a horizontal slot ; a slider bar attached to the mounting wall of the bracket, the slider bar having a back surface and comprising: a pair of guides extending from the back surface of the slider bar , wherein the guides are slidably engaged in one of the vertical slots (S) in the wheelchair back (B); and a bolt engaged with the mounting wall and one of the vertical slots (S) in the wheelchair back (B); and attachment hardware attached to the bracket at the horizontal slot and adapted to be mounted to a post (P) of a wheelchair, wherein at least one of said bracket or attachment hardware is adjustable, wherein the attachment hardware comprises an expansion plug assembly configured for insertion into an open end of the at least one wheelchair post (P). a pair of guides extending from the back surface of the slider bar , wherein the guides are slidably engaged in one of the vertical slots (S) in the wheelchair back (B); and a bolt engaged with the mounting wall and one of the vertical slots (S) in the wheelchair back (B); and attachment hardware attached to the bracket at the horizontal slot and adapted to be mounted to a post (P) of a wheelchair, wherein at least one of said bracket or attachment hardware is adjustable, wherein the attachment hardware comprises an expansion plug assembly configured for insertion into an open end of the at least one wheelchair post (P).
A cutting module , comprising: a housing to engage the cutting module with a drive shaft , the cutting module to be movable along the drive shaft laterally to a media path ; a cutter engaged with the housing, the cutter to cut media along the media path; and a drive system engaged with the housing, characterized in that the drive system is to drive the cutter such that the cutter cuts media along the media path when the drive shaft rotates in a first drive direction and to lock when the drive shaft rotates in a second drive direction such that the cutting module moves with the drive shaft. a housing to engage the cutting module with a drive shaft , the cutting module to be movable along the drive shaft laterally to a media path ; a cutter engaged with the housing, the cutter to cut media along the media path; and a drive system engaged with the housing, characterized in that the drive system is to drive the cutter such that the cutter cuts media along the media path when the drive shaft rotates in a first drive direction and to lock when the drive shaft rotates in a second drive direction such that the cutting module moves with the drive shaft.
A micro puree machine comprising: a drive motor coupled to a drive shaft , the drive motor arranged to rotate a drive shaft and blade assembly attached thereto, a speed of rotation of the drive motor corresponding to a speed of rotation of the drive shaft ; a position motor operable to change a position of the drive shaft via rotation of the position motor , a speed of rotation of the position motor corresponding to a rate of change of position of the drive shaft ; a user interface arranged to receive a user input to select a first routine associated with processing a first food type of a plurality of routines associated with processing a plurality of food types; a data store arranged to store a database including configuration data associated with the plurality of routines; and a controller arranged to: i) receive the user input selecting the first routine and retrieve the configuration data associated with the first routine from the data store , ii) control operations of the drive motor based on the configuration data associated with the first routine, and iii) control operations of the position motor based on the configuration data associated with the first routine; characterised in that the drive motor is coupled to the drive shaft via at least one gear , and the blade assembly is selectively controllable to rotate at different rotational speeds and to move up and down in different patterns and speeds. a drive motor coupled to a drive shaft , the drive motor arranged to rotate a drive shaft and blade assembly attached thereto, a speed of rotation of the drive motor corresponding to a speed of rotation of the drive shaft ; a position motor operable to change a position of the drive shaft via rotation of the position motor , a speed of rotation of the position motor corresponding to a rate of change of position of the drive shaft ; a user interface arranged to receive a user input to select a first routine associated with processing a first food type of a plurality of routines associated with processing a plurality of food types; a data store arranged to store a database including configuration data associated with the plurality of routines; and a controller arranged to: i) receive the user input selecting the first routine and retrieve the configuration data associated with the first routine from the data store , ii) control operations of the drive motor based on the configuration data associated with the first routine, and iii) control operations of the position motor based on the configuration data associated with the first routine; characterised in that the drive motor is coupled to the drive shaft via at least one gear , and the blade assembly is selectively controllable to rotate at different rotational speeds and to move up and down in different patterns and speeds.
A storage cabinet comprising: a first storage section configured to store a supply component which is at least one of an article which is provided on a board by a board work machine configured to perform predetermined board work on the board and the board before the article is provided thereon; a second storage section configured to store a device which is detachably provided on the board work machine for use in the board work; a delivery section configured to deliver the supply component and the device in an associated fashion which are used for a predetermined unit production (UJO) included in a production plan which prescribes an order of unit productions (UJO) which each specify a production of an identical type of board products using the board work machine ; and a moving section configured to move the supply component stored in the first storage section to the delivery section and moves the device stored in the second storage section to the delivery section, wherein the device and the supply component are accommodated together in an accommodation case . a first storage section configured to store a supply component which is at least one of an article which is provided on a board by a board work machine configured to perform predetermined board work on the board and the board before the article is provided thereon; a second storage section configured to store a device which is detachably provided on the board work machine for use in the board work; a delivery section configured to deliver the supply component and the device in an associated fashion which are used for a predetermined unit production (UJO) included in a production plan which prescribes an order of unit productions (UJO) which each specify a production of an identical type of board products using the board work machine ; and a moving section configured to move the supply component stored in the first storage section to the delivery section and moves the device stored in the second storage section to the delivery section, wherein the device and the supply component are accommodated together in an accommodation case .