mhurhangee/patent-ind-claim-en huggingface dataset:
A communication device (100-1) comprising: a receiver configured to receive a packet from another communication device (100-2); a transmitter configured to execute first transmission processing, in which a first reception confirmation packet indicating reception of a first number of packets is transmitted to the other communication device (100-2) every time the first number of packets is received from the other communication device (100-2), and second transmission processing, in which a second reception confirmation packet indicating reception of a second number of packets, the second number being smaller than the first number, is transmitted to the other communication device (100-2) every time the second number of packets is received from the other communication device (100-2); and a controller configured to control the transmitter to execute the second transmission processing when the wireless quality of wireless communication with the other communication device (100-2) exceeds a predetermined value. a receiver configured to receive a packet from another communication device (100-2); a transmitter configured to execute first transmission processing, in which a first reception confirmation packet indicating reception of a first number of packets is transmitted to the other communication device (100-2) every time the first number of packets is received from the other communication device (100-2), and second transmission processing, in which a second reception confirmation packet indicating reception of a second number of packets, the second number being smaller than the first number, is transmitted to the other communication device (100-2) every time the second number of packets is received from the other communication device (100-2); and a controller configured to control the transmitter to execute the second transmission processing when the wireless quality of wireless communication with the other communication device (100-2) exceeds a predetermined value.
A vehicle-mounted display system that displays an information presentation image representing information to be presented to a user, the vehicle-mounted display system comprising: a display ; a plurality of frame elements (102; 901) that are arranged on a display surface of the display and respectively have shapes corresponding to different portions constituting one frame; a movement mechanism that moves the frame elements (102; 901) along the display surface of the display ; and control means that controls positions of the frame elements (102; 901) via the movement mechanism and also controls a plurality of display modes in the display , characterised in that , when a first display mode among the plurality of display modes is set, the control means controls the positions of the plurality of frame elements (102; 901) such that the plurality of frame elements (102; 901) are positioned away from each other, displays, on the display , frame interpolation part images (605; 614) representing frame portions that couple edges of the plurality of frame elements (102; 901) such that one frame is formed of the plurality of frame elements (102; 901) and the frame interpolation part images (605; 614), and also displays the information presentation image inside the frame formed of the plurality of frame elements (102; 901) and the frame interpolation part images (605; 614). a display ; a plurality of frame elements (102; 901) that are arranged on a display surface of the display and respectively have shapes corresponding to different portions constituting one frame; a movement mechanism that moves the frame elements (102; 901) along the display surface of the display ; and control means that controls positions of the frame elements (102; 901) via the movement mechanism and also controls a plurality of display modes in the display , characterised in that , when a first display mode among the plurality of display modes is set, the control means controls the positions of the plurality of frame elements (102; 901) such that the plurality of frame elements (102; 901) are positioned away from each other, displays, on the display , frame interpolation part images (605; 614) representing frame portions that couple edges of the plurality of frame elements (102; 901) such that one frame is formed of the plurality of frame elements (102; 901) and the frame interpolation part images (605; 614), and also displays the information presentation image inside the frame formed of the plurality of frame elements (102; 901) and the frame interpolation part images (605; 614).
A bottling machine comprising a container inlet , a container outlet , a carousel for filling the containers with a main liquid material, a plurality of transfer wheels for transferring containers from the container inlet to the carousel and from the carousel to the container outlet , said bottling machine comprising a first micro-carousel for introducing a first additive fluid into transferred containers; and a second micro-carousel for introducing a second additive fluid into transferred containers ; wherein the first micro-carousel and the second micro-carousel are adjacent and wherein each micro-carousel comprises holding sites where the containers are held during transfer and the possible introduction of additive fluid, wherein an additive introduction nozzle is situated above each holding site of the micro-carousel , each nozzle of at least one of the first micro-carousel or second micro-carousel being offset from a central axis (A) of a corresponding holding site , said central axis (A) passing through the centre of an opening of a container held in the holding site , the offset value and direction being adapted so that, when a container passes from the first micro-carousel to the adjacent second micro-carousel , a nozzle of the first micro-carousel and a nozzle of the second micro-carousel are both positioned over the opening of the container , without coming into contact, characterized in that the offset is defined by the angle between the central axis (A) of a holding site and the centre of the outlet of a corresponding nozzle .
A thermosetting resin composition comprising (A) a polyalkenylphenol resin, (B) an aromatic polymaleimide compound and (C) a polymerization initiator, wherein the polyalkenylphenol resin (A) has in the molecule at least one each of (a1) an aromatic ring unit with a phenolic hydroxyl group, the aromatic ring unit having a 2-alkenyl group bonded thereto, and (a2) an aromatic ring unit with a phenolic hydroxyl group, the aromatic ring unit not having a 2-alkenyl group bonded thereto, each aromatic ring unit being bonded by a linking group the main chain of which is not composed of an aromatic ring, wherein the ratio of m to (m + n) is 40 to 90% where m is the number of aromatic ring units of (a1) and n is the number of aromatic ring units of (a2), and wherein the thermosetting resin composition comprises the polyalkenylphenol resin (A) in an amount such that the proportion of 2-alkenyl groups is 0.4 to 1.5 mol relative to 1 mol of maleimide groups in the aromatic polymaleimide compound (B).
A method of monitoring and controlling a freeze drying process in a freeze drying apparatus having walls, a plurality of shelves and a plurality of vials or trays positioned on different areas of the shelves and containing product to be freeze dried, comprising: selecting a plurality of vials or trays among all the vials or trays in different areas of the shelves, positioning a plurality of heat flux sensors between the selected vials or trays and adjacent portions of the walls and/or shelves, measuring the heat flow between the selected vials or trays and adjacent wall or shelf portions using the plurality of heat flux sensors during a freezing stage of the freeze drying process, and controlling the shelf temperature, based on heat flow measurement information, to keep the heat flow at a predetermined level throughout a crystal growth phase of freezing to produce a homogeneous ice crystal structure in the product during the freezing stage. selecting a plurality of vials or trays among all the vials or trays in different areas of the shelves, positioning a plurality of heat flux sensors between the selected vials or trays and adjacent portions of the walls and/or shelves, measuring the heat flow between the selected vials or trays and adjacent wall or shelf portions using the plurality of heat flux sensors during a freezing stage of the freeze drying process, and controlling the shelf temperature, based on heat flow measurement information, to keep the heat flow at a predetermined level throughout a crystal growth phase of freezing to produce a homogeneous ice crystal structure in the product during the freezing stage.
Method for operating a thermotechnical system, wherein the thermotechnical system comprises multiple components, in particular a heating and/or steam boiler, wherein detected contamination values (V1, V2) of the thermotechnical system and/or at least one component are used to determine an expected reaching time value (Te), at which a predeterminable critical contamination value (Vk) of the thermotechnical system and/or at least one component is reached or exceeded, in particular for the first time, and that the expected reaching time value (Te) is written to a memory, characterized in that an actual reaching time value (Tt), at which the detected contamination value (V1, V2) reaches or exceeds the critical contamination value (Vk), in particular for the first time, is written to the memory.
A method of detecting presence in a space, the method comprising: - entering a monitoring state, - receiving one or more first signals from one or more radio frequency sensors, - analyzing the one or more first signals to determine that a being is present in the space, - controlling , when the presence of the being has been determined, a device configured to provide a stimulus perceivable by the being in the space to provide the stimulus, - receiving one or more second signals from the one or more radio frequency sensors when the stimulus has been provided, - analyzing the one or more second signals, - detecting a physical response to the stimulus of the being based on the analyzed one or more second signals, - generating a notification command and/or a control command based on the physical response, and - communicating a signal indicative of the notification command and/or the control command to a controllable device or an application. - entering a monitoring state, - receiving one or more first signals from one or more radio frequency sensors, - analyzing the one or more first signals to determine that a being is present in the space, - controlling , when the presence of the being has been determined, a device configured to provide a stimulus perceivable by the being in the space to provide the stimulus, - receiving one or more second signals from the one or more radio frequency sensors when the stimulus has been provided, - analyzing the one or more second signals, - detecting a physical response to the stimulus of the being based on the analyzed one or more second signals, - generating a notification command and/or a control command based on the physical response, and - communicating a signal indicative of the notification command and/or the control command to a controllable device or an application.
A structure adapted to traverse a fluid environment, the structure comprising: an elongate body having a root, a wingtip, a leading edge and a trailing edge ; and a rigid winglet associated with the wingtip and having a winglet body extending substantially normal to one of a suction side and a pressure side of the elongate body to a termination point that is rearward of the trailing edge ; wherein the winglet body is arced and conforms to an arc of circumference of a circle traversed by the rigid winglet during movement of the elongate body about a rotational axis of a nacelle; and wherein the winglet body is integral with the wingtip and extends from the wingtip by twisting such that the winglet curves upwards while sweeping backwards with respect to a direction of rotation of the elongate body so as to extend substantially normal to the suction side or curves downwards while sweeping backwards with respect to a direction of rotation of the elongate body so as to extend substantially normal to the pressure side; characterized in that the twist of the winglet is 180 degrees. wherein the winglet body is arced and conforms to an arc of circumference of a circle traversed by the rigid winglet during movement of the elongate body about a rotational axis of a nacelle; and wherein the winglet body is integral with the wingtip and extends from the wingtip by twisting such that the winglet curves upwards while sweeping backwards with respect to a direction of rotation of the elongate body so as to extend substantially normal to the suction side or curves downwards while sweeping backwards with respect to a direction of rotation of the elongate body so as to extend substantially normal to the pressure side; characterized in that the twist of the winglet is 180 degrees.
An apparatus for determining at least one of brain swelling and brain shifting in a patient, comprising: an ultrasound transducer; an attachment structure configured to attach an ultrasound transducer to a head adjacent the brain of the patient for continuous monitoring of the brain; and a controller configured to obtain positional information indicating location of a first brain tissue portion relative to a second brain tissue portion from the ultrasound transducer, characterized in that the controller is further configured to compare the positional information of the first brain tissue portion to the second brain tissue portion and to determine whether an intracranial pressure of the patient will increase based on a decrease in change over time of the positional information or no relative movement after a period of movement of the positional information. an ultrasound transducer; an attachment structure configured to attach an ultrasound transducer to a head adjacent the brain of the patient for continuous monitoring of the brain; and a controller configured to obtain positional information indicating location of a first brain tissue portion relative to a second brain tissue portion from the ultrasound transducer, characterized in that the controller is further configured to compare the positional information of the first brain tissue portion to the second brain tissue portion and to determine whether an intracranial pressure of the patient will increase based on a decrease in change over time of the positional information or no relative movement after a period of movement of the positional information.
Device for storing at least one set of orthodontic pliers (P), said device being of the type comprising a case , consisting of a material which is impenetrable to light, said case including at least one storage housing capable of receiving a set of pliers (P) , said storage housing opening out at the surface of said case at an insertion opening , said storage housing comprising means for holding a set of orthodontic pliers, said storage housing including an inner surface, characterised in that said case includes a flap , which is mounted such that it can move rotatably between a closing position, in which said flap cooperates with said inner surface of said storage housing to form said insertion opening and said storage housing, and an opening position in which said flap is at a distance from said inner surface of said storage housing and makes it possible to access the latter and in that said holding means include a narrowing formed in said storage housing or at said insertion opening , by the cooperation of said inner surface of said storage housing and of said flap , in said closing position of the latter.
A process for the manufacture of a beverage with increased color stability comprising 8'-Apo-β-caroten-8'-al embedded in a matrix of a protective colloid comprising the following steps: a) Providing a beverage comprising 8'-Apo-β-caroten-8'-al embedded in a matrix of a protective colloid; b) Adding tocopheryl acetate embedded in a matrix of a protective colloid to said beverage to obtain said beverage. a) Providing a beverage comprising 8'-Apo-β-caroten-8'-al embedded in a matrix of a protective colloid; b) Adding tocopheryl acetate embedded in a matrix of a protective colloid to said beverage to obtain said beverage.
A fastening device for luminaires consisting of - a support body , which can be attached to or in a ceiling, a wall or a floor, - a plurality of luminaires fixedly mounted to the support body in the form of individual LEDs and/or in the form of a planar board having a plurality of luminaires , - electrical wires connected to the respective luminaire and an electrical energy source , - and consisting of a cap-like diffusor covering the luminaires and/or the board , - an insert element provided in the respective light path of the luminaires , wherein the respective insert element is held in a centred manner by the diffusor , - and of a reflector provided to or inserted into the support body , to which the board and/or the luminaires are fixedly mounted, wherein the reflector is mechanically coupled with the diffusor , characterised in that the reflector is fixedly mounted to the diffusor by means of one or more retaining clips , which are provided to the support body and connected therewith in a sectionwise manner. - a support body , which can be attached to or in a ceiling, a wall or a floor, - a plurality of luminaires fixedly mounted to the support body in the form of individual LEDs and/or in the form of a planar board having a plurality of luminaires , - electrical wires connected to the respective luminaire and an electrical energy source , - and consisting of a cap-like diffusor covering the luminaires and/or the board , - an insert element provided in the respective light path of the luminaires , wherein the respective insert element is held in a centred manner by the diffusor , - and of a reflector provided to or inserted into the support body , to which the board and/or the luminaires are fixedly mounted, wherein the reflector is mechanically coupled with the diffusor ,
Milling head having a rotation axis (x) for machining a pile head of a pile that comprises a pile core , a pile jacket and a metal armouring interposed therebetween, with a coupling device , which is connectable to a drive shaft of a driving device, with a central milling cutter , which comprises a plurality of central chisels mounted on a lower side of an inner ring plate , characterised in that the inner ring plate comprises at least one transfer opening leading from the lower side to the upper side of the inner ring plate , which at least one transfer opening is adjoined on the lower side by a conveyor shovel projecting at least partially into a working area of the central chisels and which at least one transfer opening is adjoined on the upper side by a conveyor spiral .
A method of depositing a SiN film onto a flexible substrate comprising the steps of: providing the flexible substrate; and depositing the SiN film onto the flexible substrate in a plasma enhanced chemical vapour deposition (PECVD) process using SiH 4 , N 2 and H 2 , in which the temperature of the substrate is 200°C or less and SiH 4 is introduced into the PECVD process at a flow rate of greater than 100 seem; wherein the PECVD process is performed in a mixture of gases which consists essentially of SiH 4 , N 2 , H 2 and optionally at least one diluent gas. providing the flexible substrate; and depositing the SiN film onto the flexible substrate in a plasma enhanced chemical vapour deposition (PECVD) process using SiH 4 , N 2 and H 2 , in which the temperature of the substrate is 200°C or less and SiH 4 is introduced into the PECVD process at a flow rate of greater than 100 seem; wherein the PECVD process is performed in a mixture of gases which consists essentially of SiH 4 , N 2 , H 2 and optionally at least one diluent gas.
An image display device comprising: a display control unit that displays, on a display unit , at least some of a plurality of images included in each of a plurality of image sets of the same object which have been captured at different imaging dates and times and each of which consists of the plurality of images including at least a plurality of tomographic images acquired by performing tomosynthesis imaging for the object; a setting unit that sets at least one past image set, which was acquired at an imaging date and time before the latest imaging date and time and includes images at least some of which have been displayed, among the plurality of image sets as having been displayed; a storage unit that stores the plurality of image sets; and a storage control unit that performs a process of reducing a capacity of the past image set that is set as having been displayed on the basis of a setting result of the setting unit . a display control unit that displays, on a display unit , at least some of a plurality of images included in each of a plurality of image sets of the same object which have been captured at different imaging dates and times and each of which consists of the plurality of images including at least a plurality of tomographic images acquired by performing tomosynthesis imaging for the object; a setting unit that sets at least one past image set, which was acquired at an imaging date and time before the latest imaging date and time and includes images at least some of which have been displayed, among the plurality of image sets as having been displayed; a storage unit that stores the plurality of image sets; and a storage control unit that performs a process of reducing a capacity of the past image set that is set as having been displayed on the basis of a setting result of the setting unit .
A container or preform comprising a copolymer comprising polyethylene furanoate and at least one chain architecture modifying agent having a reactive functionality of at least three, characterized in that the at least one chain architecture modifying agent is selected from a multianhydride, a multioxazoline, a multiepoxide, a multilactone and combinations thereof.