mhurhangee/patent-ind-claim-en huggingface dataset:
An electrical connection structure, comprising: a body-end connection apparatus , wherein the body-end connection apparatus comprises a first frame , a first metal connection terminal , and a first sealing apparatus ; the first metal connection terminal is disposed on the first frame and is configured to electrically connect to a main board of a the wearable device; and the first sealing apparatus is configured to perform sealing between the first frame and a body of the wearable device, wherein the first sealing apparatus is a waterproof double-sided adhesive washer; and a band-end connection apparatus of the wearable device, wherein the band-end connection apparatus comprises a second frame , a second metal connection terminal , and a second sealing apparatus ; the second frame is configured to connect to a band of the wearable device, and the second metal connection terminal is disposed on the second frame and is electrically connected to the band of the wearable device, wherein the second sealing apparatus is a waterproof adhesive washer; and when the band is connected to the body of the wearable device, the first metal connection terminal is electrically connected to the second metal connection terminal , the first frame clutches the second frame , and the second sealing apparatus is configured to perform sealing between the first frame and the second frame . a body-end connection apparatus , wherein the body-end connection apparatus comprises a first frame , a first metal connection terminal , and a first sealing apparatus ; the first metal connection terminal is disposed on the first frame and is configured to electrically connect to a main board of a the wearable device; and the first sealing apparatus is configured to perform sealing between the first frame and a body of the wearable device, wherein the first sealing apparatus is a waterproof double-sided adhesive washer; and a band-end connection apparatus of the wearable device, wherein the band-end connection apparatus comprises a second frame , a second metal connection terminal , and a second sealing apparatus ; the second frame is configured to connect to a band of the wearable device, and the second metal connection terminal is disposed on the second frame and is electrically connected to the band of the wearable device, wherein the second sealing apparatus is a waterproof adhesive washer; and when the band is connected to the body of the wearable device, the first metal connection terminal is electrically connected to the second metal connection terminal , the first frame clutches the second frame , and the second sealing apparatus is configured to perform sealing between the first frame and the second frame .
A hair-thinning comb comprising: a support body for attachment to a hair clipper ; a plurality of pairs of comb teeth in side-by-side relationship, wherein each pair of comb teeth comprises: a primary comb tooth having a longitudinal extent from a root proximal the support body to a distal primary tip ; a secondary comb tooth adjacent to the primary comb tooth , and having a longitudinal extent from a root proximal the support body to a distal secondary tip ; wherein the distal primary tip extends longitudinally beyond the distal secondary tip ; wherein there is a blocking portion between the roots of the primary and secondary comb teeth configured to prevent any hairs received in a blocking channel defined between the primary and secondary comb teeth from reaching a cutting element of the hair clipper ; and wherein adjacent pairs of comb teeth are separated by a cutting gap to permit hair to pass through the cutting gap to a cutting element of a hair clipper ; whereby in use the distal primary tips separate hair in a first separation stage, and the distal secondary tips separate hair received between the primary comb teeth between the blocking channel and the cutting gap in a second separation stage. a support body for attachment to a hair clipper ; a plurality of pairs of comb teeth in side-by-side relationship, wherein each pair of comb teeth comprises: a primary comb tooth having a longitudinal extent from a root proximal the support body to a distal primary tip ; a secondary comb tooth adjacent to the primary comb tooth , and having a longitudinal extent from a root proximal the support body to a distal secondary tip ; wherein the distal primary tip extends longitudinally beyond the distal secondary tip ; a primary comb tooth having a longitudinal extent from a root proximal the support body to a distal primary tip ; a secondary comb tooth adjacent to the primary comb tooth , and having a longitudinal extent from a root proximal the support body to a distal secondary tip ; wherein the distal primary tip extends longitudinally beyond the distal secondary tip ; wherein there is a blocking portion between the roots of the primary and secondary comb teeth configured to prevent any hairs received in a blocking channel defined between the primary and secondary comb teeth from reaching a cutting element of the hair clipper ; and wherein adjacent pairs of comb teeth are separated by a cutting gap to permit hair to pass through the cutting gap to a cutting element of a hair clipper ; whereby in use the distal primary tips separate hair in a first separation stage, and the distal secondary tips separate hair received between the primary comb teeth between the blocking channel and the cutting gap in a second separation stage.
A method of making a hydroxypropylated starch or hydroxypropylated/crosslinked starch having a propylene chlorohydrin level of less than 1 ppm comprising: a) adding an acid to a slurry comprising a hydroxypropylated or hydroxypropylated/crosslinked starch having pH greater than 11 to reduce the pH of the slurry to between 9.0 and 10.4; b) washing the slurry with a washing liquid; c) neutralizing the washed starch with sufficient acid to further reduce the pH of the slurry to less than 7.5. a) adding an acid to a slurry comprising a hydroxypropylated or hydroxypropylated/crosslinked starch having pH greater than 11 to reduce the pH of the slurry to between 9.0 and 10.4; b) washing the slurry with a washing liquid; c) neutralizing the washed starch with sufficient acid to further reduce the pH of the slurry to less than 7.5.
A camera testing system , comprising: an environmental chamber configured to establish at least one preselected environmental condition; a camera support situated within the environmental chamber ; and a plurality of optic components (32-40, 92) in a predetermined arrangement that places a center of each of the optic components (32-40, 92) in a position to be aligned with a line of sight of a respective, predetermined section (50-58) of a camera field of view when the plurality of optic components (32-40, 92) are between the camera and at least one target; characterized by the environmental chamber including a door or closure panel that is a frame supporting the plurality of optic components (32-40, 92); each of the optic components comprising a sealed housing including a lens, a window and a vacuum between the window and the lens; and the frame supporting the optic components (32-40, 92) with the window of each optic component facing toward one side of the frame that is configured to face an interior of the environmental chamber . an environmental chamber configured to establish at least one preselected environmental condition; a camera support situated within the environmental chamber ; and a plurality of optic components (32-40, 92) in a predetermined arrangement that places a center of each of the optic components (32-40, 92) in a position to be aligned with a line of sight of a respective, predetermined section (50-58) of a camera field of view when the plurality of optic components (32-40, 92) are between the camera and at least one target; characterized by the environmental chamber including a door or closure panel that is a frame supporting the plurality of optic components (32-40, 92); each of the optic components comprising a sealed housing including a lens, a window and a vacuum between the window and the lens; and the frame supporting the optic components (32-40, 92) with the window of each optic component facing toward one side of the frame that is configured to face an interior of the environmental chamber .
Atomizer changing system, comprising a master unit and at least one slave unit , wherein the master unit has at least the following components: a connecting element (1.1) on the master, which surrounds the centre of the master unit , for connecting (KS, FS) the master unit to the slave unit in a force-fitting and form-fitting manner, and a coupling plate (1.2) on the master, which is disposed in the centre of the master unit and has a plurality of coupling locations for supplying an atomizer connectable thereto with materials, power and/or items of information; and wherein the slave unit has at least the following component: a releasable connecting element (2.4) on the slave, for connecting the slave unit to an atomizer, characterized in that the connecting element (1.1) on the master is releasable, the master unit has an adapter (1.3) for connecting the master unit to a hollow wrist of a coating robot, and the slave unit has a coupling plate (2.2) on the slave, for connecting the slave unit to the master unit and to an atomizer, wherein the coupling plate (2.2) on the slave is fixedly connected with lines and/or an adapter plate on the atomizer for supplying the connectable atomizer with materials, power and/or items of information. the master unit has at least the following components: a connecting element (1.1) on the master, which surrounds the centre of the master unit , for connecting (KS, FS) the master unit to the slave unit in a force-fitting and form-fitting manner, and a coupling plate (1.2) on the master, which is disposed in the centre of the master unit and has a plurality of coupling locations for supplying an atomizer connectable thereto with materials, power and/or items of information; and wherein the slave unit has at least the following component: a releasable connecting element (2.4) on the slave, for connecting the slave unit to an atomizer, characterized in that the connecting element (1.1) on the master is releasable, the master unit has an adapter (1.3) for connecting the master unit to a hollow wrist of a coating robot, and the slave unit has a coupling plate (2.2) on the slave, for connecting the slave unit to the master unit and to an atomizer, wherein the coupling plate (2.2) on the slave is fixedly connected with lines and/or an adapter plate on the atomizer for supplying the connectable atomizer with materials, power and/or items of information.
A method of dynamically generating a preview of an engineering object on a graphical user interface in a product lifecycle management environment , the method comprising: determining a type of the engineering object; receiving a request to display the preview of the engineering object from a user device (106A-N); obtaining a meta file indicating association of one or more preview strategies selected from a plurality of preview strategies with the engineering object from a product lifecycle management database , wherein each preview strategy of the plurality of preview strategies comprises an indication of a type of the preview associated with the engineering object, and the one or more preview strategies are selected from the plurality of preview strategies, based on the type of the engineering object; determining the one or more preview strategies associated with the engineering object based on the association of the one or more preview strategies with the engineering object in the meta file; and dynamically generating the preview of the engineering object according to the determined one or more preview strategies. receiving a request to display the preview of the engineering object from a user device (106A-N); obtaining a meta file indicating association of one or more preview strategies selected from a plurality of preview strategies with the engineering object from a product lifecycle management database , wherein each preview strategy of the plurality of preview strategies comprises an indication of a type of the preview associated with the engineering object, and the one or more preview strategies are selected from the plurality of preview strategies, based on the type of the engineering object; each preview strategy of the plurality of preview strategies comprises an indication of a type of the preview associated with the engineering object, and the one or more preview strategies are selected from the plurality of preview strategies, based on the type of the engineering object; determining the one or more preview strategies associated with the engineering object based on the association of the one or more preview strategies with the engineering object in the meta file; and dynamically generating the preview of the engineering object according to the determined one or more preview strategies.
A method for testing a memory chip, characterized in that , the method comprises: in response to a read command for the memory chip, controlling a clock signal of the memory chip to be kept in a first state within a first preset time period and at the same time controlling a complementary clock signal of the memory chip to be kept in a second state within the first preset time period, the first state and the second state being opposite states ; in response to the clock signal kept in the first state and the complementary clock signal kept in the second state, keeping a data strobe signal in the first state within a second preset time period and at the same time keeping a complementary data strobe signal in the second state within the second preset time period, the data strobe signal being outputted by a data strobe terminal of the memory chip, the complementary data strobe signal being outputted by a complementary data strobe terminal of the memory chip ; and when the data strobe signal is kept in the first state and the complementary data strobe signal is kept in the second state, controlling a first pull-up driving circuit connected to the data strobe terminal to operate to enable a first resistance value of the first pull-up driving circuit to be measured and controlling a second pull-down driving circuit connected to the complementary data strobe terminal to operate to enable a second resistance value of the second pull-down driving circuit to be measured . in response to a read command for the memory chip, controlling a clock signal of the memory chip to be kept in a first state within a first preset time period and at the same time controlling a complementary clock signal of the memory chip to be kept in a second state within the first preset time period, the first state and the second state being opposite states ; in response to the clock signal kept in the first state and the complementary clock signal kept in the second state, keeping a data strobe signal in the first state within a second preset time period and at the same time keeping a complementary data strobe signal in the second state within the second preset time period, the data strobe signal being outputted by a data strobe terminal of the memory chip, the complementary data strobe signal being outputted by a complementary data strobe terminal of the memory chip ; and when the data strobe signal is kept in the first state and the complementary data strobe signal is kept in the second state, controlling a first pull-up driving circuit connected to the data strobe terminal to operate to enable a first resistance value of the first pull-up driving circuit to be measured and controlling a second pull-down driving circuit connected to the complementary data strobe terminal to operate to enable a second resistance value of the second pull-down driving circuit to be measured .
A slurry supply device comprising: a slurry tank for storing slurry; a temperature controller for supplying hot or cold water to the slurry tank to control the temperature of the slurry; a double pipe for supplying the slurry to the slurry tank while being connected to the slurry tank and for allowing hot or cold water to move to control the temperature of the slurry, wherein the slurry device further comprises: a double pipe temperature controller connected to the double pipe ; a temperature sensor for measuring the temperature of the slurry remaining in the double pipe and the temperature of the slurry stored in the slurry tank , respectively; and a control unit for controlling the temperature controller or the double pipe temperature controller so that the temperature of the slurry remaining in the double pipe and the temperature of the slurry stored in the slurry tank have a preset range according to the measured value of the temperature sensor . a slurry tank for storing slurry; a temperature controller for supplying hot or cold water to the slurry tank to control the temperature of the slurry; a double pipe for supplying the slurry to the slurry tank while being connected to the slurry tank and for allowing hot or cold water to move to control the temperature of the slurry, a double pipe temperature controller connected to the double pipe ; a temperature sensor for measuring the temperature of the slurry remaining in the double pipe and the temperature of the slurry stored in the slurry tank , respectively; and a control unit for controlling the temperature controller or the double pipe temperature controller so that the temperature of the slurry remaining in the double pipe and the temperature of the slurry stored in the slurry tank have a preset range according to the measured value of the temperature sensor .
Solenoid valve for a hydraulic brake system , having a solenoid assembly, having a pole core , having a guide sleeve connected to the pole core , having a valve armature which is guided in axially movable fashion within the guide sleeve and which can be driven counter to the force of a resetting spring by a magnet force generated by the solenoid assembly or can be driven by the force of the resetting spring and which axially moves a plunger with a closing element , and having a valve body which is connected to the guide sleeve and which has a valve seat (15.1) which is arranged between at least one first flow opening (15.2) and at least one second flow opening (15.3), wherein the plunger is fixedly connected to the valve armature , wherein the valve body has a receiving region , characterized in that the receiving region at least partially receives a guide assembly , wherein the valve armature is guided axially in at least one passage opening (41.1, 44.1) of the guide assembly , wherein a mechanical detent device is formed between the guide assembly and the valve armature , which mechanical detent device is suitable for releasing the valve armature in an electrically deenergized closed position such that the resetting spring drives the valve armature and pushes the closing element sealingly into the valve seat (15.1) in order to perform a sealing function, and for fixing the valve armature in an electrically deenergized open position, counter to the force of the resetting spring , in an axial detent position such that the closing element is lifted off from the valve seat (15.1).
An inkjet textile printing ink for printing an image on a cloth including hydroxy groups, the inkjet textile printing ink comprising a reactive dye, a water-soluble organic solvent and water, the reactive dye comprising: a first reactive dye that has at least a sulfonate group and optionally further has an amide group and/or hydroxy group and a second reactive dye that has at least an amide group and/or hydroxy group and optionally further has a sulfonate group, wherein the number of sulfonate groups contained in one molecule of the second reactive dye is smaller than the number of sulfonate groups contained in one molecule of the first reactive dye, and the total number of sulfonate groups, amide groups, and hydroxy groups contained in one molecule of the second reactive dye is equivalent to the total number of sulfonate groups, amide groups, and hydroxy groups contained in one molecule of the first reactive dye, and a hue difference ΔS*, which is represented by a distance on an ab-plane in the CIE 1976 L*a*b* color system between the second reactive dye and the first reactive dye, is 4 or less. a first reactive dye that has at least a sulfonate group and optionally further has an amide group and/or hydroxy group and a second reactive dye that has at least an amide group and/or hydroxy group and optionally further has a sulfonate group, wherein the number of sulfonate groups contained in one molecule of the second reactive dye is smaller than the number of sulfonate groups contained in one molecule of the first reactive dye, and the total number of sulfonate groups, amide groups, and hydroxy groups contained in one molecule of the second reactive dye is equivalent to the total number of sulfonate groups, amide groups, and hydroxy groups contained in one molecule of the first reactive dye, and a hue difference ΔS*, which is represented by a distance on an ab-plane in the CIE 1976 L*a*b* color system between the second reactive dye and the first reactive dye, is 4 or less.