mhurhangee/patent-ind-claim-en huggingface dataset:
A display stand holder with slide rail structure, characterized by comprising: a stand body having a top end ; a pivot member having a first end and a second end , wherein the first end is provided with a pivot portion , the pivot portion is pivotally connected to the top end of the stand body , and the second end is away from the top end with respect to the first end ; a display assembly module disposed at the second end of the pivot member , wherein the display assembly module comprises a slide rail assembly , the slide rail assembly comprises a guide member and a slide member , and the slide member is slidably assembled on the guide member ; and at least one constant-force spring connected between the guide member and the slide member ; wherein the display assembly module comprises a display assembly plate , the guide member is fixed on the second end of the pivot member , and the slide member is connected to the display assembly plate , so that the display assembly plate and the slide member are slidable together with respect to the guide member ; the display assembly plate is further rotatably assembled on the slide rail assembly ; the display assembly plate has an axial through hole , a damper plate is fixedly disposed in the axial through hole , and the damper plate contacts the display assembly plate ; and the display assembly plate has a ring-shaped damper sheet , and the ring-shaped damper sheet is disposed around a hole edge of the axial through hole and contacts the damper plate . a stand body having a top end ; a pivot member having a first end and a second end , wherein the first end is provided with a pivot portion , the pivot portion is pivotally connected to the top end of the stand body , and the second end is away from the top end with respect to the first end ; a display assembly module disposed at the second end of the pivot member , wherein the display assembly module comprises a slide rail assembly , the slide rail assembly comprises a guide member and a slide member , and the slide member is slidably assembled on the guide member ; and at least one constant-force spring connected between the guide member and the slide member ; wherein the display assembly module comprises a display assembly plate , the guide member is fixed on the second end of the pivot member , and the slide member is connected to the display assembly plate , so that the display assembly plate and the slide member are slidable together with respect to the guide member ; the display assembly plate is further rotatably assembled on the slide rail assembly ; the display assembly plate has an axial through hole , a damper plate is fixedly disposed in the axial through hole , and the damper plate contacts the display assembly plate ; and the display assembly plate has a ring-shaped damper sheet , and the ring-shaped damper sheet is disposed around a hole edge of the axial through hole and contacts the damper plate .
A method for producing an acrylic rubber, the method comprising dividedly adding 80% to 100% by mass of the total mass of a monomer component containing 100 parts by mass of an acrylic acid alkyl ester having an alkyl group having 1 to 3 carbon atoms, 20 to 160 parts by mass of an acrylic acid alkyl ester having an alkyl group having 4 to 8 carbon atoms, and 0.1 to 10 parts by mass of a crosslinking seat monomer containing a carboxyl group, and performing emulsion polymerization at a polymerization temperature of 20°C to 60°C;. wherein the monomer component further contains 10 to 50 parts by mass of a methacrylic acid alkyl ester having an alkyl group having 1 to 4 carbon atoms.
A multilayer coating system being present on an optionally pre-coated substrate and comprising at least three coatings layers L1, L2 and L3 being different from one another, namely a first pigmented coating layer L1 applied over at least a portion of an optionally pre-coated substrate, a second coating layer L2 applied over the first pigmented coating layer L1, and a third coating layer L3 applied over the second coating layer L2, characterized in that the second coating layer L2 is formed from a coating composition comprising at least one block copolymer containing a backbone and at least two blocks B1 and B2 being different from one another, wherein block B1 comprises at least one kind of side chains S1 attached to the backbone and block B2 comprises at least one kind of side chains S2 attached to the backbone, which are different from side chains S1, wherein each of side chains S1 comprises at least one polymeric moiety M1 being selected from the group consisting of polyester, polyether and poly(meth)acrylate moieties, and each of side chains S2 comprises at least one polymeric moiety M2 being different from polymeric moiety M1 and being selected from the group consisting of polyester, poly(meth)acrylate, polyether, polysiloxane and polystyrene moieties. a first pigmented coating layer L1 applied over at least a portion of an optionally pre-coated substrate, a second coating layer L2 applied over the first pigmented coating layer L1, and a third coating layer L3 applied over the second coating layer L2, characterized in that the second coating layer L2 is formed from a coating composition comprising at least one block copolymer containing a backbone and at least two blocks B1 and B2 being different from one another, wherein block B1 comprises at least one kind of side chains S1 attached to the backbone and block B2 comprises at least one kind of side chains S2 attached to the backbone, which are different from side chains S1, wherein each of side chains S1 comprises at least one polymeric moiety M1 being selected from the group consisting of polyester, polyether and poly(meth)acrylate moieties, and each of side chains S2 comprises at least one polymeric moiety M2 being different from polymeric moiety M1 and being selected from the group consisting of polyester, poly(meth)acrylate, polyether, polysiloxane and polystyrene moieties.
A method for updating a bootloader of a controller of a light which is incorporated into a mesh network of lights, the controller being connected to a power supply means by means of which it is supplied with an operating voltage and comprising at least one processor, at least one bootloader storage area, at least one application storage area, and a file storage area , a first bootloader file to be updated being stored in a first bootloader storage area , and optionally one or more energy stores, said method comprising: - transferring to the controller a bootloader updating programme packet provided outside of the controller and which comprises or can generate a bootloader updating file which comprises either a complete up-to-date second bootloader file or programme parts supplementing the first bootloader file to form an up-to-date second bootloader file, - storing the bootloader updating file in the file storage area of the controller, characterized by: - determining an amount of voltage available to the controller, and, - in the case of a sufficient minimum voltage being available to the controller, writing the first bootloader storage area with the bootloader updating file from the file storage area , - wherein said sufficient minimum voltage is such that the controller remains supplied with the operating voltage or with a back-up voltage of the optional one or more energy stores for a period of time over which the controller can perform the determining and the writing; wherein the transferring of the bootloader updating programme packet is done from a server via individual nodes of the mesh network. - transferring to the controller a bootloader updating programme packet provided outside of the controller and which comprises or can generate a bootloader updating file which comprises either a complete up-to-date second bootloader file or programme parts supplementing the first bootloader file to form an up-to-date second bootloader file, - storing the bootloader updating file in the file storage area of the controller, - determining an amount of voltage available to the controller, and, - in the case of a sufficient minimum voltage being available to the controller, writing the first bootloader storage area with the bootloader updating file from the file storage area , - wherein said sufficient minimum voltage is such that the controller remains supplied with the operating voltage or with a back-up voltage of the optional one or more energy stores for a period of time over which the controller can perform the determining and the writing;
Hot air cooking appliance , which comprises a heating block arranged in the upper part and a base arranged in the lower part and comprising a housing above which is located the heating block , said housing being capable of receiving a cooking vessel equipped with an upper opening intended to be disposed facing said heating block , the base comprising a front opening communicating with the housing and capable of enabling the passage of the cooking vessel for its insertion into said housing and its removal from it, said base further comprising two side walls each equipped with a free edge contiguous to the front opening , characterised in that said two side walls are also equipped with a transverse cutout on said side wall and leading to said free edge , each of the cutouts being capable of receiving an element for gripping the cooking vessel so as to preserve manual access to each element for gripping said cooking vessel by said side walls during the insertion of the cooking vessel into said housing or of the removal of the cooking vessel from said housing and capable of enabling the passage of the elements for gripping the cooking vessel by letting them exceed outside of the side walls when said cooking vessel is inserted into the housing , and in that the heating block is removably mounted on the base , said heating block being capable of being placed directly on an upper opening of a cooking vessel independently from said base .
A brake rod (60; 160) for a steering/braking mechanism of an aircraft comprising: a rod body (62; 162) having a longitudinal axis (A); and a rod end (64; 164) at a first end of the rod body , the rod end having a bore (68; 168) therethrough having a bore axis (B) arranged generally perpendicular to the rod longitudinal axis (A); characterised in further comprising: a rod end shield (100; 200) mounted to the rod (60; 160) and extending in a longitudinal direction axially beyond the rod end (64; 164). a rod body (62; 162) having a longitudinal axis (A); and a rod end (64; 164) at a first end of the rod body , the rod end having a bore (68; 168) therethrough having a bore axis (B) arranged generally perpendicular to the rod longitudinal axis (A); characterised in further comprising: a rod end shield (100; 200) mounted to the rod (60; 160) and extending in a longitudinal direction axially beyond the rod end (64; 164).
System comprising a movable robot and an applicator for die-cut parts, wherein the applicator comprises a die-cut-part strip having die-cut parts which are applied along a holding belt and which have a carrier layer and an adhesive layer , wherein the carrier layer is arranged between the holding belt and the adhesive layer , a punch head over which the die-cut-part strip runs, wherein the die-cut parts running over the punch head face away from the punch head with their adhesive layer and the die-cut parts are able to be pressed onto a surface by means of the punch , wherein a controller is connected in a signal-conducting manner to a first sensor, which is directed with a first scanning region at the punch head and registers the presence of one of the die-cut parts at the punch head , and to an actuating drive of the punch head , and the controller stops a first winding roller of the die-cut-part strip upon registration of one of the die-cut parts at the punch head and then activates the actuating drive and drives a forward movement and a back movement of the applicator together with punch head , wherein the applicator is fastened to the movable robot, the controller activates the robot and moves it into a first position above the surface and adhesively bonds the die-cut part in a first surface position and, after the adhesive bonding of the die-cut part , activates it and moves it into a second position above the surface and, there, drives a forward movement and a back movement of the punch head .
A control system (CS) for controlling a tool of a machine (E), the control system (CS) comprising at least one controller (CO) operable by an operator of the machine (E) and detecting means (DM), characterized in that the detecting means (DM) comprises at least one range finder device for at least partly detecting and positioning an object of interest with regards to the tool in 3D space and a receiving unit (RU) for receiving as an input at least one of: a dimension data or a weight of the object of interest , and that an operation mode of the at least one controller (CO) depends at least in part on the detecting and positioning of the object of interest with regards to the tool in 3D space and at least one of: the dimension data or the weight of the object of interest . the detecting means (DM) comprises at least one range finder device for at least partly detecting and positioning an object of interest with regards to the tool in 3D space and a receiving unit (RU) for receiving as an input at least one of: a dimension data or a weight of the object of interest , and that at least one range finder device for at least partly detecting and positioning an object of interest with regards to the tool in 3D space and a receiving unit (RU) for receiving as an input at least one of: a dimension data or a weight of the object of interest , and that an operation mode of the at least one controller (CO) depends at least in part on the detecting and positioning of the object of interest with regards to the tool in 3D space and at least one of: the dimension data or the weight of the object of interest .
A wearable apparatus for aiding the self-regulation of stress, comprising: at least one vibratable element and a means of inducing vibration in the vibratable element at varying frequencies of vibration; a heart signals monitoring means, and a data processing means, wherein the apparatus comprises a data storage means; the data processing means includes means for calculating a stress indicator value based on the heart signals by deriving the heart rate variability from a series of R-R intervals to provide an indication of the vagal tone which determines the stress indication value, the data processing means further including means for determining a mechanical vibration rhythm, based on the stress indicator value, that are continuously being generated to form a feedback loop, such that a change in the heart rate variability of the user will generate a change in the sequence and/or frequency of vibration including vibrations of one or more frequencies induced in the vibratable element; wherein, the data processing means is configured to select the vibration rhythm from a plurality of vibration rhythms stored in the data storage means, wherein the selected vibration rhythm is changed if it does not have the effect of reducing the stress indicator value until a selected vibration rhythm has an effect of reducing the stress indictor value, and wherein the apparatus is suitable for attaching to a garment or suspending around the neck as a pendant such that it is configured to be positioned on the sternum for transferring vibrations via bone conductions. at least one vibratable element and a means of inducing vibration in the vibratable element at varying frequencies of vibration; a heart signals monitoring means, and a data processing means, wherein the apparatus comprises a data storage means; the data processing means includes means for calculating a stress indicator value based on the heart signals by deriving the heart rate variability from a series of R-R intervals to provide an indication of the vagal tone which determines the stress indication value, the data processing means further including means for determining a mechanical vibration rhythm, based on the stress indicator value, that are continuously being generated to form a feedback loop, such that a change in the heart rate variability of the user will generate a change in the sequence and/or frequency of vibration including vibrations of one or more frequencies induced in the vibratable element; wherein, the data processing means is configured to select the vibration rhythm from a plurality of vibration rhythms stored in the data storage means, wherein the selected vibration rhythm is changed if it does not have the effect of reducing the stress indicator value until a selected vibration rhythm has an effect of reducing the stress indictor value, and wherein the apparatus is suitable for attaching to a garment or suspending around the neck as a pendant such that it is configured to be positioned on the sternum for transferring vibrations via bone conductions.
Household microwave appliance , having - a cooking chamber to which microwaves can be applied, - at least one mode variation apparatus , which is designed to modify a field distribution of the microwaves in the cooking chamber , and - at least one microwave leakage sensor for detecting microwave leakage radiation exiting from the cooking chamber , wherein the household microwave appliance is designed - to vary setting values (φ) of the at least one mode variation apparatus , characterised in that the household microwave appliance is also designed - to set at least one operating point of the at least one mode variation apparatus based on the quantity of measurement data of the detected microwave leakage radiation resulting from the variation. - a cooking chamber to which microwaves can be applied, - at least one mode variation apparatus , which is designed to modify a field distribution of the microwaves in the cooking chamber , and - at least one microwave leakage sensor for detecting microwave leakage radiation exiting from the cooking chamber , wherein the household microwave appliance is designed - to vary setting values (φ) of the at least one mode variation apparatus , characterised in that the household microwave appliance is also designed - to set at least one operating point of the at least one mode variation apparatus based on the quantity of measurement data of the detected microwave leakage radiation resulting from the variation.
A composition suitable for reverse transcription-polymerase chain reaction (RT-PCR) of RNA, comprising a mixture of oligonucleotide primer nucleic acids, a buffering agent comprising Tris, a magnesium chloride salt, an ammonium sulfate salt, deoxyribonucleoside triphosphates, and additives that are useful in RT-PCR, wherein the additives useful in RT-PCR comprise DTT and glycerol, wherein the oligonucleotide primer nucleic acids comprise random primers, primers specific to a target RNA template, and/or homopolymer primers, or a mixture of two or more of the foregoing, and wherein the composition provides for the preparation of cDNA from RNA for multiplexed libraries suitable for downstream analysis. wherein the additives useful in RT-PCR comprise DTT and glycerol, wherein the oligonucleotide primer nucleic acids comprise random primers, primers specific to a target RNA template, and/or homopolymer primers, or a mixture of two or more of the foregoing, and wherein the composition provides for the preparation of cDNA from RNA for multiplexed libraries suitable for downstream analysis.
Vehicle seat having a suspension unit for cushioning the rolling and vertical movements of the vehicle seat , wherein the vehicle seat has a vehicle seat upper part and a vehicle seat lower part , wherein the vehicle seat upper part and the vehicle seat lower part are connected by means of the suspension unit so that the vehicle seat upper part and the vehicle seat lower part are movable relative to one another, wherein the suspension unit has a scissor arrangement having a first scissor arm and a second scissor arm , wherein the suspension unit is connected rotatably about a first axis of rotation to the vehicle seat lower part and comprises a spring element support and a first spring element , a displacement element being provided which is mounted displaceably with respect to the vehicle seat lower part , and the first spring element being connected on the one hand to the displacement element and on the other hand to the spring element support , wherein the suspension unit comprises a second spring element , the second spring element being connected on the one hand to the displacement element and on the other hand to the spring element support . the suspension unit is connected rotatably about a first axis of rotation to the vehicle seat lower part and comprises a spring element support and a first spring element , a displacement element being provided which is mounted displaceably with respect to the vehicle seat lower part , and the first spring element being connected on the one hand to the displacement element and on the other hand to the spring element support , wherein the suspension unit comprises a second spring element , the second spring element being connected on the one hand to the displacement element and on the other hand to the spring element support .
Method for producing a rotor cup for an open-end spinning rotor , with which a front-side rim of the rotor cup is provided with separating structures for breaking up and preparing a yarn end for piecing, characterized in that the separating structures are applied by a non-mechanical manufacturing method, in particular by a non-mechanical ablation method, in the form of microprofiling with a profile depth (PT) of less than 100 μm can be applied..