mhurhangee/patent-ind-claim-en huggingface dataset:
A water filter-pitcher comprising: a water pitcher with at least two chambers separated by at least one filter ; an ozone generator to generate ozone for sanitizing at least internal surfaces of said two chambers and housed in a base unit onto which said water pitcher is fitted; and an ozone feeder tube that is threaded to a high point within a handle of said water pitcher to prevent water from said water pitcher from penetrating to said base unit via said ozone feeder tube. a water pitcher with at least two chambers separated by at least one filter ; an ozone generator to generate ozone for sanitizing at least internal surfaces of said two chambers and housed in a base unit onto which said water pitcher is fitted; and an ozone feeder tube that is threaded to a high point within a handle of said water pitcher to prevent water from said water pitcher from penetrating to said base unit via said ozone feeder tube.
A method of assessing fat in whey in the making of a dairy product in accordance with a dairy product recipe, the method comprising the steps of: a. using one or more optical sensors (61; 62; 63; 64) to sense whey separated from curd in dairy product making apparatus and generate one or more signals indicative of the degree of optical attenuation and/or scattering in the stream of whey; b. converting or processing one or more said signals as a measure of the specific mass of fat lost from curd in a dairy product-making plant ; and c. assessing whether the value of specific mass of fat lost obtained in Step b lies within or outside a predetermined fat loss range; d. characterised in that if the said value of specific mass of fat lost is outside the predetermined range, the method includes real-time adjustment of the recipe based on the one or more signals indicative of the degree of optical attenuation and/or scattering so that the value of specific mass of fat lost lies within the predetermined range, in that the one or more optical sensors (61; 62; 63; 64) sense at least one stream (22; 24; 27; 29) of whey; and in that the converting or processing of one or more said signals results in a measure of the specific mass of fat lost from the curd into the stream (22; 24; 27; 29) of whey whereby to provide a real-time analysis of fat lost from the curd. a. using one or more optical sensors (61; 62; 63; 64) to sense whey separated from curd in dairy product making apparatus and generate one or more signals indicative of the degree of optical attenuation and/or scattering in the stream of whey; b. converting or processing one or more said signals as a measure of the specific mass of fat lost from curd in a dairy product-making plant ; and c. assessing whether the value of specific mass of fat lost obtained in Step b lies within or outside a predetermined fat loss range; d. characterised in that if the said value of specific mass of fat lost is outside the predetermined range, the method includes real-time adjustment of the recipe based on the one or more signals indicative of the degree of optical attenuation and/or scattering so that the value of specific mass of fat lost lies within the predetermined range, in that the one or more optical sensors (61; 62; 63; 64) sense at least one stream (22; 24; 27; 29) of whey; and in that the converting or processing of one or more said signals results in a measure of the specific mass of fat lost from the curd into the stream (22; 24; 27; 29) of whey whereby to provide a real-time analysis of fat lost from the curd.
A station (120-140), comprising: a receiver configured to receive, from an access point , a wake-up radio, WUR, frame characterized by the WUR frame containing Message Integrity Code, MIC, that is computed, by the access point, using a temporal key, a unique number, and a transmitter address of the access point; and the station (120-140) comprising circuitry configured to compute a local MIC using the temporal key and a local number, and authenticate the WUR frame if the computed local MIC matches the MIC of the WUR frame, wherein the unique number is a part of time synchronization function, TSF, timer. a receiver configured to receive, from an access point , a wake-up radio, WUR, frame characterized by the WUR frame containing Message Integrity Code, MIC, that is computed, by the access point, using a temporal key, a unique number, and a transmitter address of the access point; and the station (120-140) comprising circuitry configured to compute a local MIC using the temporal key and a local number, and authenticate the WUR frame if the computed local MIC matches the MIC of the WUR frame, wherein the unique number is a part of time synchronization function, TSF, timer.
A scanning device for scanning food bars for a food processing system, comprising: a conveyor for conveying at least one food bar in a longitudinal direction (L), and a scanning unit adapted to detect the outer and/or inner shape of the at least one food bar , wherein the scanning unit is movable at least along the longitudinal direction (L), wherein the conveyor comprises a circulating conveyor means , and characterized in that a belt gap which is delimited by return pulleys and can be moved in the longitudinal direction (L) is provided in an upper support region of the conveyor , wherein the scanning unit is moved together with the belt gap of the conveyor during scanning and the scanning takes place within the belt gap . a conveyor for conveying at least one food bar in a longitudinal direction (L), and a scanning unit adapted to detect the outer and/or inner shape of the at least one food bar , wherein the scanning unit is movable at least along the longitudinal direction (L), wherein the conveyor comprises a circulating conveyor means , and characterized in that a belt gap which is delimited by return pulleys and can be moved in the longitudinal direction (L) is provided in an upper support region of the conveyor , wherein the scanning unit is moved together with the belt gap of the conveyor during scanning and the scanning takes place within the belt gap .
A method of curing a hardenable dental article , the hardenable dental article comprising: a shell defining a volume, the shell comprising a circumferential base and an incisal/occlusal region distal from the circumferential base; a hardenable dental composition located within the volume, wherein the hardenable dental composition exhibits a yield stress from 50 Pa to 4,000 Pa at 37 °C; and an isolation film located at the circumferential base of the shell , wherein the isolation film is bonded to the circumferential base ; characterised in that the method comprises: placing the hardenable dental article onto a dental structure; and thereafter curing the hardenable dental composition , wherein the isolation film remains in contact with at least a portion of the hardenable dental composition during curing, thereby providing a gap between the cured dental article and the dental structure; wherein the dental structure is a prepared tooth; wherein the hardenable dental article is a crown. a shell defining a volume, the shell comprising a circumferential base and an incisal/occlusal region distal from the circumferential base; a hardenable dental composition located within the volume, wherein the hardenable dental composition exhibits a yield stress from 50 Pa to 4,000 Pa at 37 °C; and an isolation film located at the circumferential base of the shell , wherein the isolation film is bonded to the circumferential base ; placing the hardenable dental article onto a dental structure; and thereafter curing the hardenable dental composition , wherein the isolation film remains in contact with at least a portion of the hardenable dental composition during curing, thereby providing a gap between the cured dental article and the dental structure; wherein the dental structure is a prepared tooth; wherein the hardenable dental article is a crown.
A method of purifying 1,4-diaminobutane, the method comprising: concentrating a fermentation solution comprising at least one of 1,4-diaminobutane and a salt thereof and optionally bacterial cells to obtain a concentrate; adding a base to the concentrate of the fermentation solution to prepare an basic composition having a pH higher than 12; and recovering 1,4-diaminobutane from the basic composition by distillation. concentrating a fermentation solution comprising at least one of 1,4-diaminobutane and a salt thereof and optionally bacterial cells to obtain a concentrate; adding a base to the concentrate of the fermentation solution to prepare an basic composition having a pH higher than 12; and recovering 1,4-diaminobutane from the basic composition by distillation.
A prefabricated electrical cable for an electrical plug connector , comprising an electrical conductor which is formed as a braid made of a plurality of individual wires and which has at least one end section that has been compacted into a plate shape, and an elongated contact element having at least one side surface which forms a first connecting surface that is connected to a corresponding side surface of the compacted end section of the electrical conductor , and at least one further side surface, which faces away from the first connecting surface and forms a first contact surface for making contact with a mating contact surface of a mating contact element of a mating plug connector , the at least one contact surface each having at least one first latching means for latching with a corresponding second latching means of the plug connector in order to provide mutual latching between the prefabricated cable and the plug connector when the prefabricated cable is fitted in the plug connector .
A method for generating reference data for determining a position of objects relative to a vehicle, the method comprising the steps of: ascertaining a measured value of a radio signal for each position of an object from a predefined number of positions of the object in at least two spatial zones of the vehicle; determining focal points for the ascertained measured values in each spatial zone of the vehicle, wherein each focal point represents a group of ascertained measured values in one of the predefined spatial zones of the vehicle; generating a test set from the ascertained measured values ; selecting a measured value from the test set; calculating a position of the selected measured value relative to one or more stored focal points ; determining a spatial zone belonging to the calculated position of the selected measured value; verifying the determined spatial zone of the selected measured value; updating the success rate for the determination of the predefined spatial zones ; and if the success rate for the determination of the predefined spatial zones exceeds a predefined threshold value: storing the focal points in the vehicle as reference data for determining the position of objects relative to the vehicle. ascertaining a measured value of a radio signal for each position of an object from a predefined number of positions of the object in at least two spatial zones of the vehicle; determining focal points for the ascertained measured values in each spatial zone of the vehicle, wherein each focal point represents a group of ascertained measured values in one of the predefined spatial zones of the vehicle; generating a test set from the ascertained measured values ; selecting a measured value from the test set; calculating a position of the selected measured value relative to one or more stored focal points ; determining a spatial zone belonging to the calculated position of the selected measured value; verifying the determined spatial zone of the selected measured value; updating the success rate for the determination of the predefined spatial zones ; and if the success rate for the determination of the predefined spatial zones exceeds a predefined threshold value: storing the focal points in the vehicle as reference data for determining the position of objects relative to the vehicle.
A vehicle seat suspension mechanism , comprising: a vehicle mount ; a seat support ; a suspension arrangement linking the seat support to the vehicle mount, wherein the suspension arrangement is in the form of a parallelogram linkage arrangement that allows the seat support to fall with respect to the vehicle mount under load, the suspension arrangement comprising a first link connecting the seat support to the vehicle mount by pivots at each end thereof and a second link connecting the seat support to the vehicle mount by pivots at each end thereof; a shock strut arranged to resist the seat support falling with respect to the vehicle mount during a compression stroke; and a control link arranged to be driven about a control link pivot by the fall of the seat support, the control link being pivotally coupled by a shock strut pivot to a first end of the shock strut to guide the first end with respect to a second end of the shock strut in a manner which causes a motion ratio of the suspension mechanism to increase during progression of the compression stroke. a vehicle mount ; a seat support ; a suspension arrangement linking the seat support to the vehicle mount, wherein the suspension arrangement is in the form of a parallelogram linkage arrangement that allows the seat support to fall with respect to the vehicle mount under load, the suspension arrangement comprising a first link connecting the seat support to the vehicle mount by pivots at each end thereof and a second link connecting the seat support to the vehicle mount by pivots at each end thereof; a shock strut arranged to resist the seat support falling with respect to the vehicle mount during a compression stroke; and a control link arranged to be driven about a control link pivot by the fall of the seat support, the control link being pivotally coupled by a shock strut pivot to a first end of the shock strut to guide the first end with respect to a second end of the shock strut in a manner which causes a motion ratio of the suspension mechanism to increase during progression of the compression stroke.
Unlocking device for unlocking a parking lock of a vehicle , wherein the unlocking device comprises at least the following features: - an eccentric apparatus , which is formed in order, in a first position in which it is at least partially received in a slide unit , to hold the slide unit in a locking position in which the parking lock is locked or engaged, and, in a second position , to permit the slide unit to be transferred into an unlocking position in which the parking lock is unlocked or disengaged; - the slide unit , which is coupled or is couplable via a transmission means to the parking lock , wherein the slide unit is formed in order, in the locking position , to position the transmission means in a parking locking position in order to lock the parking lock and, in the unlocking position , to position the transmission means in a parking unlocking position in order to unlock the parking lock ; and - an actuating apparatus , which is designed in order to move the eccentric apparatus from the first position into the second position in response to an actuation of the actuating apparatus , characterized in that , in the unlocking device, a section of the eccentric apparatus which is received into the slide unit is formed in order, in response to the actuation of the actuating apparatus , to carry out a linear movement along an eccentric axis apparatus of the eccentric apparatus , which eccentric axis apparatus extends perpendicularly to a plane of the section . - an eccentric apparatus , which is formed in order, in a first position in which it is at least partially received in a slide unit , to hold the slide unit in a locking position in which the parking lock is locked or engaged, and, in a second position , to permit the slide unit to be transferred into an unlocking position in which the parking lock is unlocked or disengaged; - the slide unit , which is coupled or is couplable via a transmission means to the parking lock , wherein the slide unit is formed in order, in the locking position , to position the transmission means in a parking locking position in order to lock the parking lock and, in the unlocking position , to position the transmission means in a parking unlocking position in order to unlock the parking lock ; and - an actuating apparatus , which is designed in order to move the eccentric apparatus from the first position into the second position in response to an actuation of the actuating apparatus ,
An addition-curable silicone rubber composition comprising: (A) 100 parts by weight of an alkenyl-containing organopolysiloxane having at least two silicon-bonded alkenyl groups per molecule, (B) an organohydrogenpolysiloxane having at least two silicon-bonded hydrogen atoms per molecule, in an amount of 0.2 to 20 parts by weight per 100 parts by weight of component (A), (C) a catalytic amount of a platinum catalyst, and (D) a reinforcing filler which is surface treated with a benzotriazole derivative in an amount of 2 to 1,000 moles per mole of platinum atom in component (C), the benzotriazole derivative having the general formula (I): wherein R 1 is hydrogen or a C 1 -C 10 monovalent hydrocarbon group and R 2 is a monovalent organic group, and a weight ratio of the benzotriazole derivative to the reinforcing filler ranging from 1:1 to 1:20. (A) 100 parts by weight of an alkenyl-containing organopolysiloxane having at least two silicon-bonded alkenyl groups per molecule, (B) an organohydrogenpolysiloxane having at least two silicon-bonded hydrogen atoms per molecule, in an amount of 0.2 to 20 parts by weight per 100 parts by weight of component (A), (C) a catalytic amount of a platinum catalyst, and (D) a reinforcing filler which is surface treated with a benzotriazole derivative in an amount of 2 to 1,000 moles per mole of platinum atom in component (C), the benzotriazole derivative having the general formula (I): wherein R 1 is hydrogen or a C 1 -C 10 monovalent hydrocarbon group and R 2 is a monovalent organic group, and a weight ratio of the benzotriazole derivative to the reinforcing filler ranging from 1:1 to 1:20.
A pharmaceutical preparation obtained by storing an aqueous composition comprising a compound represented by Formula : wherein X represents a halogen atom, or a salt thereof, or a solvate of the compound or the salt thereof, in a container made of polyolefin-based resin, wherein the polyolefin-based resin is polypropylene.
A display device, comprising a display panel and a slit grating superimposed on the display panel , wherein the display panel comprises a color filter comprising a black matrix , a plurality of color resists and a plurality of pixel regions (A); the black matrix comprises a plurality of first black matrix strips extending along a row direction and a plurality of second black matrix strips extending along a column direction, and the plurality of first black matrix strips and the plurality of second black matrix strips are intersected with each other to form a plurality of mesh regions arranged in a matrix; the plurality of color resists are respectively disposed in the plurality of mesh regions and comprise red resists, green resists and blue resists; and the plurality of pixel regions (A) are arranged in a matrix, each of the pixel regions (A) comprises a red sub-pixel region (A1), a green sub-pixel region (A2) and a blue sub-pixel region (A3); the red sub-pixel region (A1) comprises an even number of red sub-sub-pixel regions, each of the red sub-sub-pixel regions is provided with one of the red resists (R1; R2) therein; the green sub-pixel region (A2) comprises an even number of green sub-sub-pixel regions, each of the green sub-sub-pixel regions is provided with one of the green resists (G1; G2) therein; and the blue sub-pixel region (A3) comprises an even number of blue sub-sub-pixel regions, and each of the blue sub-sub-pixel regions is provided with one of the blue resists (B1; B2) therein; and the display device is characterized in that the slit grating comprises light-blocking strips and light-transmitting strips , which are alternated; wherein a width Ww of one light-transmitting strip of the slit grating , a sum Ws of a width of one light-blocking strip and the width of one light-transmitting strip , \ a distance D between the slit grating and a display surface of the display panel , a width Wp of a single sub-pixel in the display panel , a distance Q between a left eye and a right eye of a human, and a distance L between the display surface of the display panel and eyes of the human satisfy the following equations: Ww = Q × Wp Q + Wp , Ws = K × Q × Wp Q + Wp , D = L × Wp Q + Wp , wherein K is a constant coefficient.
An extractor hood for a hob , with at least one drive unit , the at least one drive unit being variably adjustable for sucking a gaseous medium of a substance to be processed, wherein the at least one drive unit is configured to • switch from a hood operating mode (A) to a hood paused mode (B), preferably via at least one paused signal (S); and • to remain in the hood paused mode (B) for a predetermined time period, preferably via at least one automatic time control signal (S); and • to reactivate the hood operating mode (A), preferably via at least one reactivation signal (S), wherein at least one setting (SE) for operating the hood operating mode (A) is a recovered at least one setting (SE), characterized in that the extractor hood being configured for signal communication (S) with a hob to cause the hob to switch from a hob operating mode to a hob paused mode; and to remain in the hob paused mode for a predetermined time period; and to reactivate the hob operating mode. the at least one drive unit is configured to • switch from a hood operating mode (A) to a hood paused mode (B), preferably via at least one paused signal (S); and • to remain in the hood paused mode (B) for a predetermined time period, preferably via at least one automatic time control signal (S); and • to reactivate the hood operating mode (A), preferably via at least one reactivation signal (S), wherein at least one setting (SE) for operating the hood operating mode (A) is a recovered at least one setting (SE), • switch from a hood operating mode (A) to a hood paused mode (B), preferably via at least one paused signal (S); and • to remain in the hood paused mode (B) for a predetermined time period, preferably via at least one automatic time control signal (S); and • to reactivate the hood operating mode (A), preferably via at least one reactivation signal (S), wherein at least one setting (SE) for operating the hood operating mode (A) is a recovered at least one setting (SE), characterized in that the extractor hood being configured for signal communication (S) with a hob to cause the hob to switch from a hob operating mode to a hob paused mode; and to remain in the hob paused mode for a predetermined time period; and to reactivate the hob operating mode.