mhurhangee/ep-ind-claims huggingface dataset:
A rotary knife comprising: a handle; a rotatable annular blade; and a blade carrier assembly including an expandable blade housing operably coupled to the handle and configured to removably support the blade, said blade housing being movable relative to the handle between a blade-securing condition, in which the blade housing securely supports the blade for rotational operation, and a relatively expanded blade-releasing condition, in which the blade housing permits removal and installation of the blade relative to the blade housing, characterized in that said carrier assembly includes a lever mechanism shiftably mounted relative to the handle and configured when shifted to expand the blade housing from the blade-securing condition to the blade-releasing condition. a handle; a rotatable annular blade; and a blade carrier assembly including an expandable blade housing operably coupled to the handle and configured to removably support the blade, said blade housing being movable relative to the handle between a blade-securing condition, in which the blade housing securely supports the blade for rotational operation, and a relatively expanded blade-releasing condition, in which the blade housing permits removal and installation of the blade relative to the blade housing, characterized in that said carrier assembly includes a lever mechanism shiftably mounted relative to the handle and configured when shifted to expand the blade housing from the blade-securing condition to the blade-releasing condition.
A dispensing adaptor for one-component polyurethane foam, arranged to be coupled to a valve stem of a polyurethane pressurized container, the dispensing adaptor comprising: a tubular main adaptor body; a stem coupling portion formed at one end portion of the adaptor main body and arranged to be coupled to, and communicate with, the valve stem; a discharging pipe extending from the other end portion of the adaptor main body; a stationary lever formed integrally with and extending from an outer wall of the adaptor main body; and an extended lever which, in use, extends from the stationary lever along a lengthwise direction of the pressurized container, characterised in that the stationary lever comprises a support projection, the extended lever comprises an accommodating groove, the stationary lever is pivotally coupled to the extended lever by a hinge, and the support projection of the stationary lever is inserted in and coupled to the accommodating groove of the extended lever for the dispensing operation, while allowing the support projection to be disengaged from the accommodating groove if the extended lever is pivotally moved by a user about the hinge in a direction towards the discharging pipe. a tubular main adaptor body; a stem coupling portion formed at one end portion of the adaptor main body and arranged to be coupled to, and communicate with, the valve stem; a discharging pipe extending from the other end portion of the adaptor main body; a stationary lever formed integrally with and extending from an outer wall of the adaptor main body; and an extended lever which, in use, extends from the stationary lever along a lengthwise direction of the pressurized container, characterised in that the stationary lever comprises a support projection, the extended lever comprises an accommodating groove, the stationary lever is pivotally coupled to the extended lever by a hinge, and the support projection of the stationary lever is inserted in and coupled to the accommodating groove of the extended lever for the dispensing operation, while allowing the support projection to be disengaged from the accommodating groove if the extended lever is pivotally moved by a user about the hinge in a direction towards the discharging pipe.
A smart home device (110; 200), comprising: a chassis assembly (210; 700) that defines one or more compartments (710, 725) and the chassis assembly comprises a plurality of cover fasteners; a rotatable cover assembly (205; 400) configured to be removably attached with the plurality of cover fasteners to the chassis assembly (210; 700) to at least partially cover a front of the chassis assembly (210; 700), wherein the rotatable cover assembly (205; 400) is configured to be rotatable with respect to the chassis assembly (210; 700) while the rotatable cover assembly (205; 400) is removably attached with the plurality of cover fasteners, characterised in that: the rotatable cover assembly (205; 400) is configured to be attached and removed from the chassis assembly (210; 700) in any rotational orientation; and while the rotatable cover assembly (205; 400) is removably attached with the plurality of cover fasteners, the rotatable cover assembly (205; 400) is configured to block access to the one or more compartments (710, 725) defined by the chassis assembly (210; 700). a chassis assembly (210; 700) that defines one or more compartments (710, 725) and the chassis assembly comprises a plurality of cover fasteners; a rotatable cover assembly (205; 400) configured to be removably attached with the plurality of cover fasteners to the chassis assembly (210; 700) to at least partially cover a front of the chassis assembly (210; 700), wherein the rotatable cover assembly (205; 400) is configured to be rotatable with respect to the chassis assembly (210; 700) while the rotatable cover assembly (205; 400) is removably attached with the plurality of cover fasteners, characterised in that: the rotatable cover assembly (205; 400) is configured to be attached and removed from the chassis assembly (210; 700) in any rotational orientation; and while the rotatable cover assembly (205; 400) is removably attached with the plurality of cover fasteners, the rotatable cover assembly (205; 400) is configured to block access to the one or more compartments (710, 725) defined by the chassis assembly (210; 700). the rotatable cover assembly (205; 400) is configured to be attached and removed from the chassis assembly (210; 700) in any rotational orientation; and while the rotatable cover assembly (205; 400) is removably attached with the plurality of cover fasteners, the rotatable cover assembly (205; 400) is configured to block access to the one or more compartments (710, 725) defined by the chassis assembly (210; 700).
Method for creating an environment map for use in the autonomous navigation of a mobile robot in a map-based localization system in a logistics environment, characterized in that existing information from a goods management system with respect to the position of mobile objects (20, 200) of the goods management system with a known position is used and is included in the process of creating the environment map within a localization system.
A hair clipper bladeset, comprising: a stationary blade having a front edge having a plurality of stationary teeth; a moving blade including a moving front edge having a plurality of moving teeth disposed such that said moving blade teeth laterally reciprocate relative to said stationary blade teeth to form a cutting edge; a cam follower disposed upon an upper surface of said moving blade and including cam follower formations constructed and arranged for guiding said moving blade in said reciprocation, said cam follower formations are projections depending from the cam follower provided in the form of depending pairs of projecting forks; a blade guide located between said moving blade and said stationary blade, having at least one complementary blade guide formation configured for accommodating corresponding ones of said cam follower formations for creating multiple contact points constructed and arranged for maintaining alignment of said blades at said cutting edge, said at least one complementary blade guide formation including at least one projection slot; and said cam follower engages said blade guide at contact points provided by said at least one projection slot which accommodate the reciprocating action of said depending projections. a stationary blade having a front edge having a plurality of stationary teeth; a moving blade including a moving front edge having a plurality of moving teeth disposed such that said moving blade teeth laterally reciprocate relative to said stationary blade teeth to form a cutting edge; a cam follower disposed upon an upper surface of said moving blade and including cam follower formations constructed and arranged for guiding said moving blade in said reciprocation, said cam follower formations are projections depending from the cam follower provided in the form of depending pairs of projecting forks; a blade guide located between said moving blade and said stationary blade, having at least one complementary blade guide formation configured for accommodating corresponding ones of said cam follower formations for creating multiple contact points constructed and arranged for maintaining alignment of said blades at said cutting edge, said at least one complementary blade guide formation including at least one projection slot; and said cam follower engages said blade guide at contact points provided by said at least one projection slot which accommodate the reciprocating action of said depending projections.
A method for producing parenchymal cell cellulose comprising: 1. Treating parenchymal cellulose raw material with an alkali 2. Recovering a first solid extract 3. Optionally washing the recovered first solid extract with a solvent and recovering a second solid extract; wherein the solids content of the first recovered solid extract and/or the recovered second solid extract comprising parenchymal cell cellulose is at least 8 wt-%, preferably 8-30 wt-% most preferably 8-15 wt-%, and wherein the step 1 and/or step 2 and/or step 3 is/are conducted using a counter-current process. 1. Treating parenchymal cellulose raw material with an alkali 2. Recovering a first solid extract 3. Optionally washing the recovered first solid extract with a solvent and recovering a second solid extract; wherein the solids content of the first recovered solid extract and/or the recovered second solid extract comprising parenchymal cell cellulose is at least 8 wt-%, preferably 8-30 wt-% most preferably 8-15 wt-%, and wherein the step 1 and/or step 2 and/or step 3 is/are conducted using a counter-current process. wherein the solids content of the first recovered solid extract and/or the recovered second solid extract comprising parenchymal cell cellulose is at least 8 wt-%, preferably 8-30 wt-% most preferably 8-15 wt-%, and wherein the step 1 and/or step 2 and/or step 3 is/are conducted using a counter-current process.
A polymer of Formula, wherein the polymer has pendant groups as represented within () w of the formula: wherein BB is a polymer backbone with one or more pendant groups; X is a functional group which is derived from a carboxylic monomer; w is the number of pendant groups attached to the polymer backbone ranging from 1 to 2000; y is 0, 1, 2 or 3, provided that in at least 1 mol % of the pendant groups, y is not zero; and with the proviso that when y is 0, X is bonded to a terminal group in a manner sufficient to satisfy the valence of X, wherein the terminal group is selected from hydrogen, alkyl, aryl, a metal or ammonium cation, and mixtures thereof: p is an integer in the range of 1 to 15; R' and R" are independently linear or branched hydrocarbyl groups, and the combined total number of carbon atoms present in R' and R" is at least 12; and wherein the polymer with pendant groups is an esterified styrene-maleic anhydride copolymer, wherein the anhydride units of the copolymer are subsequently esterified with a branched alcohol that forms the branched hydrocarbyl groups as represented within () y of formula. BB is a polymer backbone with one or more pendant groups; X is a functional group which is derived from a carboxylic monomer; w is the number of pendant groups attached to the polymer backbone ranging from 1 to 2000; y is 0, 1, 2 or 3, provided that in at least 1 mol % of the pendant groups, y is not zero; and with the proviso that when y is 0, X is bonded to a terminal group in a manner sufficient to satisfy the valence of X, wherein the terminal group is selected from hydrogen, alkyl, aryl, a metal or ammonium cation, and mixtures thereof: p is an integer in the range of 1 to 15; R' and R" are independently linear or branched hydrocarbyl groups, and the combined total number of carbon atoms present in R' and R" is at least 12; and wherein the polymer with pendant groups is an esterified styrene-maleic anhydride copolymer, wherein the anhydride units of the copolymer are subsequently esterified with a branched alcohol that forms the branched hydrocarbyl groups as represented within () y of formula.
A medical injector comprising at least one syringe port for engaging at least one syringe, the syringe port comprising a locking mechanism comprising: a housing; and a first retaining ring at a distal end of the housing, the first retaining ring having a central opening and a sidewall, wherein the sidewall has one or more first recesses extending radially outward into the sidewall and lateral surfaces of each first recess extending perpendicular to the sidewall defining a travel path for guiding movement of one or more retaining lugs extending radially outward from an outer surface of a syringe, wherein each first recess comprises at least one first radially inward extending angled guiding surface and a second radially inward extending angled guiding surface angled opposite to the first radially inward extending guiding surface to rotationally guide the retaining lug into self-oriented alignment with the first recess. a housing; and a first retaining ring at a distal end of the housing, the first retaining ring having a central opening and a sidewall, wherein the sidewall has one or more first recesses extending radially outward into the sidewall and lateral surfaces of each first recess extending perpendicular to the sidewall defining a travel path for guiding movement of one or more retaining lugs extending radially outward from an outer surface of a syringe, wherein each first recess comprises at least one first radially inward extending angled guiding surface and a second radially inward extending angled guiding surface angled opposite to the first radially inward extending guiding surface to rotationally guide the retaining lug into self-oriented alignment with the first recess.
Friction clutch for a motor vehicle, in particular for coupling a drive engine of a motor vehicle to a motor vehicle transmission, having a counter-plate, a pressure plate which can be moved relative to the counter-plate for pressing a clutch plate between the counter-plate and the pressure plate, a pulley (16, 18, 48), in particular a factor pulley, for transmitting an actuating force for the relative movement of the pressure plate with respect to the counter-plate, at least one drawing roller which is coupled to the pulley (16, 18, 48) via a first drawing means, the drawing roller being guided movably, characterized by a differential winch which is connected via a second drawing means to the drawing roller for displacing the drawing roller, the differential winch being rotatable about a rotational axis which is oriented substantially in the axial direction of the friction clutch.
A communication method of a transmission apparatus (101, 201, 301, 700), the method comprising: maintaining a stream of data corresponding to one or more reception apparatuses (103, 105, 107) that have succeeded in obtaining a transmission opportunity, TXOP, with respect to a channel; and transmitting a TXOP setting frame in which the one or more reception apparatuses (103, 105, 107) are set to receive a corresponding stream of data for a duration of the TXOP, and in which at least one other terminal that was unsuccessful in obtaining the TXOP is set to operate in a power saving mode, characterized in that the TXOP setting frame setting comprises an identifier, ID, of a basic service set, BSS, or an ID of a cell including the one or more reception apparatuses (103, 105, 107). maintaining a stream of data corresponding to one or more reception apparatuses (103, 105, 107) that have succeeded in obtaining a transmission opportunity, TXOP, with respect to a channel; and transmitting a TXOP setting frame in which the one or more reception apparatuses (103, 105, 107) are set to receive a corresponding stream of data for a duration of the TXOP, and in which at least one other terminal that was unsuccessful in obtaining the TXOP is set to operate in a power saving mode, characterized in that the TXOP setting frame setting comprises an identifier, ID, of a basic service set, BSS, or an ID of a cell including the one or more reception apparatuses (103, 105, 107).
Connector for motor vehicles comprising a casing and at least one contact-bearing module, the module being inserted into the casing in a direction of insertion and retained in the casing using locking means, and the module comprising a front face corresponding to the first face engaged in the casing during the insertion of the module therein, the locking means comprising a lug and a cantilevered hook located in front of the front face of the module, relative to the direction of insertion, characterized in that the front face of the module comprises a protuberance overhanging the lug and the free end of the cantilevered hook, the lug extending perpendicularly to the direction of insertion D, from the lower face of the protuberance.
A method of rinsing laundry in a laundry machine with a washing tub accommodating a rotatable laundry drum, the method comprising the steps of: - loading rinsing water into the tub; - rotating the drum at a first rotation speed while recirculating the rinsing water present in the tub and spraying the recirculated rinsing water into the drum; - evacuating the rinsing water present in the tub, characterized by comprising, before said step of evacuating the rinsing water: - rotating the drum at a second rotation speed for a predetermined first time interval, said second rotation speed being higher than the first rotation speed and sufficient to cause the laundry being rinsed to stick against an inner surface of the drum due to centrifugal force; - stopping the drum rotation for a predetermined second time interval so that the rinsing water with detergents diluted therein has time to deposit at the bottom of the tub; - after said second time interval, discharging from the tub a part of the rinsing water present in the tub so that a significant part of the detergents residues are also discharged. - loading rinsing water into the tub; - rotating the drum at a first rotation speed while recirculating the rinsing water present in the tub and spraying the recirculated rinsing water into the drum; - evacuating the rinsing water present in the tub, - rotating the drum at a second rotation speed for a predetermined first time interval, said second rotation speed being higher than the first rotation speed and sufficient to cause the laundry being rinsed to stick against an inner surface of the drum due to centrifugal force; - stopping the drum rotation for a predetermined second time interval so that the rinsing water with detergents diluted therein has time to deposit at the bottom of the tub; - after said second time interval, discharging from the tub a part of the rinsing water present in the tub so that a significant part of the detergents residues are also discharged.
A method for controlling a power take-off assembly, comprising: providing a drive unit, a transmission including an output, a speed sensor, a controller including a memory unit and a processor, and the power take-off assembly including a clutch; storing a first threshold in the memory unit; determining a current input speed of the drive unit with the speed sensor; comparing the current input speed to the first threshold; controlling an amount of hydraulic pressure supplied to the clutch; and engaging the clutch; characterised by: storing a second threshold in the memory unit of the controller; determining a load induced on the drive unit; and comparing the load to the second threshold; wherein the controlling the amount of hydraulic pressure supplied to the clutch step is performed when the current input speed is less than the first threshold and the load is less than the second threshold. providing a drive unit, a transmission including an output, a speed sensor, a controller including a memory unit and a processor, and the power take-off assembly including a clutch; storing a first threshold in the memory unit; determining a current input speed of the drive unit with the speed sensor; comparing the current input speed to the first threshold; controlling an amount of hydraulic pressure supplied to the clutch; and engaging the clutch; characterised by: storing a second threshold in the memory unit of the controller; determining a load induced on the drive unit; and comparing the load to the second threshold; storing a second threshold in the memory unit of the controller; determining a load induced on the drive unit; and comparing the load to the second threshold; wherein the controlling the amount of hydraulic pressure supplied to the clutch step is performed when the current input speed is less than the first threshold and the load is less than the second threshold.
A method of forming a fibrin hydrogel composition comprising: providing a fibrin hydrogel or precursor thereof, comprising fibrin hydrogel forming salt at a concentration greater than or equal to the threshold concentration to form the fibrin hydrogel; combining the fibrin hydrogel with 0.1 to about 50 wt.-% of a carrier material wherein the carrier material is not water, fibrin hydrogel plasticizer, or a mixture thereof; reducing the salt concentration below the threshold concentration to form the fibrin hydrogel before and/or after combining the fibrin hydrogel with the carrier material, wherein the threshold concentration to form the fibrin hydrogel is greater than 0.423 wt.-%. providing a fibrin hydrogel or precursor thereof, comprising fibrin hydrogel forming salt at a concentration greater than or equal to the threshold concentration to form the fibrin hydrogel; combining the fibrin hydrogel with 0.1 to about 50 wt.-% of a carrier material wherein the carrier material is not water, fibrin hydrogel plasticizer, or a mixture thereof; reducing the salt concentration below the threshold concentration to form the fibrin hydrogel before and/or after combining the fibrin hydrogel with the carrier material, wherein the threshold concentration to form the fibrin hydrogel is greater than 0.423 wt.-%.