mhurhangee/patent-ind-claim-en huggingface dataset:
A control device for a cooling device comprising: an external environment information acquisition unit for acquiring external environment information, which is information about an outside of a vehicle on which an in-vehicle device as the object to be cooled is mounted and concerns temperature changes of the in-vehicle device; a temperature change prediction unit for predicting the temperature changes of the object to be cooled; and a control unit for controlling the cooling device for cooling the object to be cooled, such control carried out on the basis of the prediction results according to the temperature change prediction unit ; wherein the external environment information is information on the presence of other vehicles, obstacles, pedestrians, bicycles and motorbikes in the external environment of the vehicle, which is obtained from image information of an image obtained by capturing the outside of the vehicle ; characterized in that the temperature change prediction unit is adapted to calculate a processing load of the in-vehicle device due to the execution of software applications in the in-vehicle device on the basis of the external environment information acquired from the external environment information acquisition unit , and to predict the temperature changes of the in-vehicle device on the basis of the calculated processing load. an external environment information acquisition unit for acquiring external environment information, which is information about an outside of a vehicle on which an in-vehicle device as the object to be cooled is mounted and concerns temperature changes of the in-vehicle device; a temperature change prediction unit for predicting the temperature changes of the object to be cooled; and a control unit for controlling the cooling device for cooling the object to be cooled, such control carried out on the basis of the prediction results according to the temperature change prediction unit ; wherein the external environment information is information on the presence of other vehicles, obstacles, pedestrians, bicycles and motorbikes in the external environment of the vehicle, which is obtained from image information of an image obtained by capturing the outside of the vehicle ; characterized in that the temperature change prediction unit is adapted to calculate a processing load of the in-vehicle device due to the execution of software applications in the in-vehicle device on the basis of the external environment information acquired from the external environment information acquisition unit , and to predict the temperature changes of the in-vehicle device on the basis of the calculated processing load.
A pump assembly for dispensing a fluid from a fluid container, the pump assembly comprising an upper sleeve and a lower sleeve , slidingly engaged together and a pump having an inlet end , an outlet end and a pump chamber , the pump being retained within the sleeves with the inlet end located at an upper end of the upper sleeve and the outlet end located at a lower end of the lower sleeve, whereby movement of the lower sleeve towards the upper sleeve from an extended position to a compressed position causes the pump chamber to reduce in volume, wherein: - the outlet end of the pump has a shoulder between a first diameter portion and an outlet nozzle , the outlet nozzle extending downwardly from the shoulder and having a second diameter smaller than the first diameter portion; - the lower end of the lower sleeve comprises a shield for narrowing a spray angle of fluid exiting the outlet end of the pump, the shield extending from a lowermost rim upwards and inwards to terminate at an orifice , the orifice being larger than the second diameter but smaller than the first diameter portion and the shield forming a domed continuous surface that does not have any openings through which liquid or droplets might penetrate, whereby the shoulder supports against a lip of the orifice and the outlet nozzle extends through the orifice to terminate at a dispersion location within the shield at a distance L from the orifice, and wherein the domed continuous surface has a height of between 5 mm and 20 mm between the rim and the orifice. - the outlet end of the pump has a shoulder between a first diameter portion and an outlet nozzle , the outlet nozzle extending downwardly from the shoulder and having a second diameter smaller than the first diameter portion; - the lower end of the lower sleeve comprises a shield for narrowing a spray angle of fluid exiting the outlet end of the pump, the shield extending from a lowermost rim upwards and inwards to terminate at an orifice , the orifice being larger than the second diameter but smaller than the first diameter portion and the shield forming a domed continuous surface that does not have any openings through which liquid or droplets might penetrate, whereby the shoulder supports against a lip of the orifice and the outlet nozzle extends through the orifice to terminate at a dispersion location within the shield at a distance L from the orifice, and wherein the domed continuous surface has a height of between 5 mm and 20 mm between the rim and the orifice.
A powdered creamer composition comprising: - 1-8% by weight of plant protein; - 12-50% by weight of vegetable oil; - 25-80 % by weight of carbohydrate; - 0.5-5% by weight of sodium bicarbonate; - 0.2-3% by weight of citric acid; and wherein the plant protein has a median molecular weight comprised in the range of between 800 and 20,000 Daltons. - 1-8% by weight of plant protein; - 12-50% by weight of vegetable oil; - 25-80 % by weight of carbohydrate; - 0.5-5% by weight of sodium bicarbonate; - 0.2-3% by weight of citric acid; and
A pH sensor agent comprising the general structure of: wherein R 1 and R 2 are independently: H, a C 1 -C 20 alkyl group, an aryl group consisting of a 5-6 membered ring containing 0-4 heteroatoms independently selected from N, O and S, L-W; wherein R 3 -R 8 are independently: H, F, Cl, a C 1 -C 20 alkoxide group, a C 1 -C 20 alkyl group, an aryl group consisting of a 5-6 membered ring containing 0-4 heteroatoms independently selected from N, O and S; and wherein R 9 -R 12 are independently H, F, Cl, Br, I, OH, a C 1 -C 20 alkoxide group, a C 1 -C 20 alkyl group, an aryl group consisting of a 5-6 membered ring containing 0-4 heteroatoms independently selected from N, O and S, CO 2 H, SO 3 H, L-CO 2 H, L-SO 3 H, L-R, or L-W; wherein L is a linear, branched, and/or cyclic covalent linkage comprising 0-16 non-hydrogen atoms and comprising any suitable combination of: ester, acid, sulphonic acid, sulfamide, amine, amide, alcohol, ether, thioether, halide, single bonds, double bonds, triple bonds, and aromatic bonds; wherein W is a reactive group, said reactive group being a chemical moiety capable of reacting with a partner chemical moiety to form a covalent linkage; wherein X is: O, CR 17 , MR 17 ; wherein R 17 is: H, F, Cl, Br, I, OH, a C 1 -C 20 alkoxide group, a C 1 -C 20 alkyl group, an aryl group consisting of a 5-6 membered ring containing 0-4 heteroatoms independently selected from N, O and S, CO 2 H, SO 3 H, L-CO 2 H, or L-SO 3 H, ; and wherein M is selected from C, N, O, Si, P, S, Ge, As, Se, Sn, Sb, Te, Pb, Bl, and Po.
Headrest comprising at least: - a headrest body , - a base supporting element , on which the headrest body is arranged in a height-adjustable manner and so as to be arrestable in a height position (HP, HP1, HP2), - a holding element , by which the headrest body is arranged in a height-adjustable manner on the base supporting element , wherein the holding element is able to be releasably arrested in the set height position (HP, HP1, HP2), the holding element engages through the base supporting element , and the holding element is connected to the headrest body on both sides of the base supporting element , and - a locking element for unlocking and locking the holding element in the set height position (HP, HP1, HP2), wherein the holding element is guided in a height-movable manner on the base supporting element . - a headrest body , - a base supporting element , on which the headrest body is arranged in a height-adjustable manner and so as to be arrestable in a height position (HP, HP1, HP2), - a holding element , by which the headrest body is arranged in a height-adjustable manner on the base supporting element , wherein the holding element is able to be releasably arrested in the set height position (HP, HP1, HP2), the holding element engages through the base supporting element , and the holding element is connected to the headrest body on both sides of the base supporting element , and - a locking element for unlocking and locking the holding element in the set height position (HP, HP1, HP2),
A Gunn diode comprising a. a GaN substrate i. having n-type conduction and ii. having a first major side, a second major side on an opposite side of the substrate , a first termination edge at an end of the substrate , a second termination edge at an opposite end of the substrate , a first lateral boundary at a side of the substrate , and a second lateral boundary at an opposite side of the substrate , and iii. having a refractive index n at an emission wavelength, λ , b. an anode contact on the first major side of the GaN substrate , c. an n-GaN active layer residing on the second major side of the substrate , and d. a cathode formed on the second major side of the GaN substrate so that the Gunn diode is configured to emit a terahertz wave formed in the active layer , characterised in that a length (L), a width (W), a thickness (T), and the refractive index n of the GaN substrate define a slab waveguide for the terahertz wave such that the Gunn diode emits the terahertz wave from a first termination edge of the slab waveguide during operation, the first termination edge of the slab waveguide corresponding to a plane of the first termination edge of the substrate and a second termination edge of the slab waveguide corresponding to a plane of the second termination edge of the substrate . a. a GaN substrate i. having n-type conduction and ii. having a first major side, a second major side on an opposite side of the substrate , a first termination edge at an end of the substrate , a second termination edge at an opposite end of the substrate , a first lateral boundary at a side of the substrate , and a second lateral boundary at an opposite side of the substrate , and iii. having a refractive index n at an emission wavelength, λ , i. having n-type conduction and ii. having a first major side, a second major side on an opposite side of the substrate , a first termination edge at an end of the substrate , a second termination edge at an opposite end of the substrate , a first lateral boundary at a side of the substrate , and a second lateral boundary at an opposite side of the substrate , and iii. having a refractive index n at an emission wavelength, λ , b. an anode contact on the first major side of the GaN substrate , c. an n-GaN active layer residing on the second major side of the substrate , and d. a cathode formed on the second major side of the GaN substrate so that the Gunn diode is configured to emit a terahertz wave formed in the active layer ,
A heavy duty tire comprising: a pair of beads ; a carcass extending on and between the pair of beads ; a pair of sidewalls each located axially outward of the carcass ; a pair of chafers each located radially inward of the sidewall and configured to come into contact with a rim (R); wherein each of the beads includes a core , an inner apex located radially outward of the core , and an outer apex located radially outward of the inner apex , the carcass includes a carcass ply , the carcass ply includes a ply body extending between the pair of beads and a pair of turned-up portions each connected to the ply body and turned up around the bead , a recess is provided in a zone of a side surface of the tire between a maximum width position (PW) and an end (PF) of the turned-up portion , the heavy duty tire being characterized by a tag member including an RFID tag , wherein the tag member is in contact with the sidewall and the outer apex on a radially outer side of the end (PF) of the turned-up portion , and at least a part of the tag member is located radially outward of a midpoint (CC) of a length from an inner end (CU) to an outer end (CS) of the recess . a pair of beads ; a carcass extending on and between the pair of beads ; a pair of sidewalls each located axially outward of the carcass ; a pair of chafers each located radially inward of the sidewall and configured to come into contact with a rim (R); wherein each of the beads includes a core , an inner apex located radially outward of the core , and an outer apex located radially outward of the inner apex , the carcass includes a carcass ply , the carcass ply includes a ply body extending between the pair of beads and a pair of turned-up portions each connected to the ply body and turned up around the bead , a recess is provided in a zone of a side surface of the tire between a maximum width position (PW) and an end (PF) of the turned-up portion , the heavy duty tire being characterized by a tag member including an RFID tag , wherein the tag member is in contact with the sidewall and the outer apex on a radially outer side of the end (PF) of the turned-up portion , and at least a part of the tag member is located radially outward of a midpoint (CC) of a length from an inner end (CU) to an outer end (CS) of the recess .
A method of searching a plurality of databases including at least a first database , a second database and a third database , the method characterized by comprising: defining a plurality of search connectors between the first database , the second database and the third database , the plurality of search connectors comprising at least one first search connector (920a - 920c) having at least one shared field of the first database and the second database linking the first database and the second database together, at least one second search connector having at least one shared field of the first database and the third database linking the first database and the third database together, and at least one third search connector having at least one shared field of the second database and the third database linking the second database and the third database together; generating a plurality of edge connections (904 - 916), each of the plurality of edge connections (904 - 916) combining information from the databases with which they are connected by tracing commonly shared fields relative to each of the databases ; receiving a search query from a user interface; mapping the search query to one of the plurality of search connectors having a specific shared field; and returning a specific instance of the specific shared field, the specific instance being one of the plurality of edge connections (904 - 916) between two or more of the databases . defining a plurality of search connectors between the first database , the second database and the third database , the plurality of search connectors comprising at least one first search connector (920a - 920c) having at least one shared field of the first database and the second database linking the first database and the second database together, at least one second search connector having at least one shared field of the first database and the third database linking the first database and the third database together, and at least one third search connector having at least one shared field of the second database and the third database linking the second database and the third database together; generating a plurality of edge connections (904 - 916), each of the plurality of edge connections (904 - 916) combining information from the databases with which they are connected by tracing commonly shared fields relative to each of the databases ; receiving a search query from a user interface; mapping the search query to one of the plurality of search connectors having a specific shared field; and returning a specific instance of the specific shared field, the specific instance being one of the plurality of edge connections (904 - 916) between two or more of the databases .
An ultrasound imaging system comprising: an ultrasound probe configured to transmit at least one ultrasound signal and receive at least one echo signal responsive to the ultrasound signals; a motion processor configured to generate motion data from the at least one echo signal; a motion trigger generator configured to generate a motion trigger signal based, at least in part, on the motion data; an electrocardiography trigger generator configured to generate an electrocardiography trigger signal based on a detection of a feature in an electrocardiography trace ; and a transmit controller configured to cause the ultrasound probe to acquire at least one elastography measurement based on the motion trigger signal, wherein the transmit controller is configured to receive the electrocardiography trigger signal, and, upon receipt of the electrocardiography trigger signal, to cause the ultrasound probe to acquire the least one elastography measurement after a delay , the delay being based on the motion trigger signal. an ultrasound probe configured to transmit at least one ultrasound signal and receive at least one echo signal responsive to the ultrasound signals; a motion processor configured to generate motion data from the at least one echo signal; a motion trigger generator configured to generate a motion trigger signal based, at least in part, on the motion data; an electrocardiography trigger generator configured to generate an electrocardiography trigger signal based on a detection of a feature in an electrocardiography trace ; and a transmit controller configured to cause the ultrasound probe to acquire at least one elastography measurement based on the motion trigger signal, wherein the transmit controller is configured to receive the electrocardiography trigger signal, and, upon receipt of the electrocardiography trigger signal, to cause the ultrasound probe to acquire the least one elastography measurement after a delay , the delay being based on the motion trigger signal.
A printing mechanism , comprising: a head mechanism including a printing head configured to print on a recording paper (P); a platen mechanism including a platen roller configured to nip the recording paper (P) with the printing head to feed the recording paper (P); a fixed blade arranged in one mechanism of the head mechanism and the platen mechanism ; and a movable blade arranged in another mechanism of the head mechanism and the platen mechanism in a slidable manner and configured to cut the recording paper (P) with the fixed blade , the another mechanism comprising: a movable blade guide wall arranged upstream of the movable blade in a paper path direction of the recording paper (P); characterized in that the another mechanism further comprises: a first rib protruding from the movable blade guide wall to downstream of the paper path direction; and a second rib formed at a position on the movable blade guide wall , which is separated from the fixed blade with respect to the first rib in a movement direction of the movable blade . a head mechanism including a printing head configured to print on a recording paper (P); a platen mechanism including a platen roller configured to nip the recording paper (P) with the printing head to feed the recording paper (P); a fixed blade arranged in one mechanism of the head mechanism and the platen mechanism ; and a movable blade arranged in another mechanism of the head mechanism and the platen mechanism in a slidable manner and configured to cut the recording paper (P) with the fixed blade , the another mechanism comprising: a movable blade guide wall arranged upstream of the movable blade in a paper path direction of the recording paper (P); characterized in that the another mechanism further comprises: a first rib protruding from the movable blade guide wall to downstream of the paper path direction; and a second rib formed at a position on the movable blade guide wall , which is separated from the fixed blade with respect to the first rib in a movement direction of the movable blade . a first rib protruding from the movable blade guide wall to downstream of the paper path direction; and a second rib formed at a position on the movable blade guide wall , which is separated from the fixed blade with respect to the first rib in a movement direction of the movable blade .
A method for wireless communications, comprising: establishing , at an internet-of-everything, IoE, device, initial access with a base station during a first time period based on selection of a first resource spread multiple access, RSMA, spreading code from a first access pool, wherein the first access pool includes a first set of RSMA spreading codes; transmitting a notification to the base station during the initial access that includes information associated with uplink traffic periodicity and access duration of the IoE device; receiving , from the base station, an assignment of a second RSMA spreading code from a second access pool in response to the notification, wherein the second access pool includes a second set of RSMA spreading codes; and selecting the second RSMA spreading code for periodic uplink communication with the base station during a second time period, wherein the second time period is associated with the uplink traffic periodicity of the IoE device. establishing , at an internet-of-everything, IoE, device, initial access with a base station during a first time period based on selection of a first resource spread multiple access, RSMA, spreading code from a first access pool, wherein the first access pool includes a first set of RSMA spreading codes; transmitting a notification to the base station during the initial access that includes information associated with uplink traffic periodicity and access duration of the IoE device; receiving , from the base station, an assignment of a second RSMA spreading code from a second access pool in response to the notification, wherein the second access pool includes a second set of RSMA spreading codes; and selecting the second RSMA spreading code for periodic uplink communication with the base station during a second time period, wherein the second time period is associated with the uplink traffic periodicity of the IoE device.
Closure cap for an operating medium tank , in particular for a fuel tank, having a closure device , which projects into a filler neck of the operating medium tank and is composed of a first cap element and a second cap element , and having a seal ring , which is arranged between the cap elements , wherein, for the purpose of opening and closing the filler neck , the cap elements are movable axially relatively to one another by a lift (H) via a lifting arrangement , and having a grip piece , which is rotatable around a hub and serves for actuating the lifting arrangement , wherein the lifting arrangement has a pressure piece which acts axially on a cap element , characterized in that the filler neck is covered at least partially by a cover disc in the outward direction, in that the cover disc is connected in a rotationally conjoint manner to the pressure piece of the lifting arrangement , and in that the cover disc is rotatable, together with the pressure piece , around the hub .