mhurhangee/patent-ind-claim-en huggingface dataset:
A wearable position therapy device for influencing the position of a user, the device comprising: a position detector configured to generate positional signal data based on a position or movement of the user; a feedback device configured to generate a feedback stimuli; and a microcontroller in communication with the position detector and the feedback device, wherein the microcontroller is configured to: receive the positional signal data from the position detector , determine whether the user is in a target position based, at least in part, on the positional signal data, and generate a control signal to cause the feedback device to provide the feedback stimulus to the user to induce the user to change to a different, non-target position if the user of the wearable position therapy device is in the target position, characterised in that the feedback stimuli is generated only after a delay period has elapsed in response to the device being turned on or a reset operation. a position detector configured to generate positional signal data based on a position or movement of the user; a feedback device configured to generate a feedback stimuli; and a microcontroller in communication with the position detector and the feedback device, wherein the microcontroller is configured to: receive the positional signal data from the position detector , determine whether the user is in a target position based, at least in part, on the positional signal data, and generate a control signal to cause the feedback device to provide the feedback stimulus to the user to induce the user to change to a different, non-target position if the user of the wearable position therapy device is in the target position, characterised in that the feedback stimuli is generated only after a delay period has elapsed in response to the device being turned on or a reset operation. receive the positional signal data from the position detector , determine whether the user is in a target position based, at least in part, on the positional signal data, and generate a control signal to cause the feedback device to provide the feedback stimulus to the user to induce the user to change to a different, non-target position if the user of the wearable position therapy device is in the target position, characterised in that the feedback stimuli is generated only after a delay period has elapsed in response to the device being turned on or a reset operation.
A polymer interlayer comprising: a first resin layer comprising - a first poly(vinyl acetal) resin; and a second poly(vinyl acetal) resin having a residual hydroxyl content that is at least 2 weight percent higher or lower than the residual hydroxyl content of said first poly(vinyl acetal) resin, and a plasticizer having a refractive index of at least 1.460, wherein said first resin layer comprises at least 0.5 weight percent of said second poly(vinyl acetal) resin, based on the combined weight of said first and said second poly(vinyl acetal) resins, and wherein said first resin layer has a refractive index of at least 1.480, and wherein the glass transition temperature of said first resin layer is at least 26°C, and further comprising an adjacent resin layer in contact with said first resin layer in said interlayer, wherein said adjacent resin layer comprises another poly(vinyl acetal) resin and a plasticizer, wherein said another poly(vinyl acetal) resin has a residual hydroxyl content that is at least 2 weight percent lower than the residual hydroxyl content of said first poly(vinyl acetal) resin, and wherein said adjacent resin layer has a glass transition temperature of less than 25°C; wherein the glass transition temperatures are determined by dynamic mechanical thermal analysis at an oscillation frequency of 1 Hz under shear mode and a temperature sweep rate of 3°C/min, the glass transition temperature then being determined by the position of the tan delta peak on the temperature scale. a first resin layer comprising - a first poly(vinyl acetal) resin; and a second poly(vinyl acetal) resin having a residual hydroxyl content that is at least 2 weight percent higher or lower than the residual hydroxyl content of said first poly(vinyl acetal) resin, and a plasticizer having a refractive index of at least 1.460, wherein said first resin layer comprises at least 0.5 weight percent of said second poly(vinyl acetal) resin, based on the combined weight of said first and said second poly(vinyl acetal) resins, and wherein said first resin layer has a refractive index of at least 1.480, and wherein the glass transition temperature of said first resin layer is at least 26°C, and further comprising an adjacent resin layer in contact with said first resin layer in said interlayer, wherein said adjacent resin layer comprises another poly(vinyl acetal) resin and a plasticizer, wherein said another poly(vinyl acetal) resin has a residual hydroxyl content that is at least 2 weight percent lower than the residual hydroxyl content of said first poly(vinyl acetal) resin, and wherein said adjacent resin layer has a glass transition temperature of less than 25°C; wherein the glass transition temperatures are determined by dynamic mechanical thermal analysis at an oscillation frequency of 1 Hz under shear mode and a temperature sweep rate of 3°C/min, the glass transition temperature then being determined by the position of the tan delta peak on the temperature scale.
A method for automated discovery of inventory, comprising: receiving, at a management instrumentation discovery server , a discovery message advertised from an internet of things, loT, network device ; determining, in response to the discovery message, an identifier of the loT network device and a location of the loT network device included in the discovery message, and one or more capabilities of the loT network device based on the discovery message; automatically modifying a data structure of an inventory data store to include the identifier of the loT network device , the location of the loT network device , and the one or more capabilities of the loT network device , wherein the inventory data store identifies enterprise assets, including the loT network device , and configurations of the enterprise assets; and providing the modified data structure of the inventory data store to a controller such that the one or more capabilities of the loT network device are configured to be used by the controller . receiving, at a management instrumentation discovery server , a discovery message advertised from an internet of things, loT, network device ; determining, in response to the discovery message, an identifier of the loT network device and a location of the loT network device included in the discovery message, and one or more capabilities of the loT network device based on the discovery message; automatically modifying a data structure of an inventory data store to include the identifier of the loT network device , the location of the loT network device , and the one or more capabilities of the loT network device , wherein the inventory data store identifies enterprise assets, including the loT network device , and configurations of the enterprise assets; and providing the modified data structure of the inventory data store to a controller such that the one or more capabilities of the loT network device are configured to be used by the controller .
A system for adjusting an angle of a paravane relative to a marine survey vessel , wherein the angle defines a "bridle bite" and the survey vessel is configured to tow objects that are coupled to a spreader line , the system comprising: a paravane ; a lever arm coupled to the paravane and having first and second ends; a tow rope coupled to the first end of the lever arm ; a spur line coupled to the second end of the lever arm and also arranged to be coupled to the spreader line ; and a winch onboard the survey vessel and coupled to the tow rope and configured to adjust a deployed length of the tow rope , wherein the tow rope and the lever arm are configured to adjust the bridle bite of the paravane when the deployed length of the tow rope is adjusted by the winch . a paravane ; a lever arm coupled to the paravane and having first and second ends; a tow rope coupled to the first end of the lever arm ; a spur line coupled to the second end of the lever arm and also arranged to be coupled to the spreader line ; and a winch onboard the survey vessel and coupled to the tow rope and configured to adjust a deployed length of the tow rope , wherein the tow rope and the lever arm are configured to adjust the bridle bite of the paravane when the deployed length of the tow rope is adjusted by the winch .
Method to manufacture a shoe guide , comprising at least two distinct members stacked on top of each other, adapted, in use, to be in the housing of a fuel pump in order to guide a shoe member hosting a roller cooperating with a plunger reciprocally moving along a main axis (X) to perform a pumping cycle, the method comprising the following steps: a) providing at least two blank members of wrought steel having a cylindrical outer face extending along a main axis (X) from a first end transverse face to an opposed second end transverse face and having an axial central through bore with a substantially rectangular cross-section defining four flat faces , said rectangular bore opening in both end transverse faces ; b) angularly orienting the blank relative to the pump housing and axially (X) inserting with interference said blank into a cylindrical bore provided in the fuel pump housing , the cylindrical outer face being press-fitted against the cylindrical inner face of the bore ; c) finishing the four faces so that the nominal dimensions and the geometrical tolerances such as surface finish, flatness parallelism of opposed faces match the functional requirement for the shoe guide to provide axial guiding to the shoe member under operating conditions of a fuel pump and wherein, the axial thickness (T1) of the shoe guide measured between the transverse faces is between 16 and 20 mm, preferably 18 mm. a) providing at least two blank members of wrought steel having a cylindrical outer face extending along a main axis (X) from a first end transverse face to an opposed second end transverse face and having an axial central through bore with a substantially rectangular cross-section defining four flat faces , said rectangular bore opening in both end transverse faces ; b) angularly orienting the blank relative to the pump housing and axially (X) inserting with interference said blank into a cylindrical bore provided in the fuel pump housing , the cylindrical outer face being press-fitted against the cylindrical inner face of the bore ; c) finishing the four faces so that the nominal dimensions and the geometrical tolerances such as surface finish, flatness parallelism of opposed faces match the functional requirement for the shoe guide to provide axial guiding to the shoe member under operating conditions of a fuel pump and wherein, the axial thickness (T1) of the shoe guide measured between the transverse faces is between 16 and 20 mm, preferably 18 mm.
Induction heating device, in particular induction hob device, having at least one heat frequency unit , at least one induction heating unit , which is provided to be operated by the heat frequency unit , and at least one control unit and having at least one sensor unit , characterised in that the control unit is provided to operate the heat frequency unit in a pulsed manner in at least one operating mode, wherein the heat frequency unit alternately provides high-frequency alternating current in pulse phases or no current in rest phases, wherein the control unit is provided to fix pulse parameters at least as a function of at least one sensor value (T) of the sensor unit , wherein the control unit is provided to fix the pulse parameters at least as a function of a fluctuation (S, S') of the sensor value (T) of the sensor unit .
A method for preparing compressed solid milk tablets, comprising the steps of a) compressing milk powder to obtain compressed solid milk units with a mechanical strength of between 10kPa and 300kPa, b) humidifying the compressed solid milk units by exposing said units in a humidifying chamber to humid air having a relative humidity of more than 95% and a temperature of between 60 and 90°C, wherein the humid air comprises condensed water droplets, wherein the exposure time of the solid milk units in the humidifying chamber is less than 5 seconds, and c) drying the humidified and compressed solid milk units to obtain compressed solid milk tablets. a) compressing milk powder to obtain compressed solid milk units with a mechanical strength of between 10kPa and 300kPa, b) humidifying the compressed solid milk units by exposing said units in a humidifying chamber to humid air having a relative humidity of more than 95% and a temperature of between 60 and 90°C, wherein the humid air comprises condensed water droplets, wherein the exposure time of the solid milk units in the humidifying chamber is less than 5 seconds, and c) drying the humidified and compressed solid milk units to obtain compressed solid milk tablets.
A mobile walking and transport aid device for assisting in particular persons with reduced mobility, comprising a chassis having wheels and comprising two outer side supports connected to the chassis as supporting elements for a user of the device , characterized in that the side supports are fastened to the chassis in a manner that allows pivoting from a first backwards tilted position for pushing the walking and transport aid device from behind and/or for supporting the user when walking between and/or behind the walking and transport aid device and/or for the user to sit on the walking and transport aid device into at least one second forwards tilted position for pulling the walking and transport aid device from the front, and wherein the side supports are connected to the chassis in the region of the front wheels .
A composition comprising: i) a dry preparation I of Alpinia galanga or Alpinia conchigera rhizomes comprising at least 2% 1'S-1'-acetoxychavicol acetate; and ii) a plant extract II comprising compounds with anti-oxidative activity obtainable from a plant selected from the group consisting of Punica granatum, Terminalia catappa , Rosa rugosa , Rosa canina , Euterpe oleracea, Vaccinium sp. and Lycium barbarum. i) a dry preparation I of Alpinia galanga or Alpinia conchigera rhizomes comprising at least 2% 1'S-1'-acetoxychavicol acetate; and ii) a plant extract II comprising compounds with anti-oxidative activity obtainable from a plant selected from the group consisting of Punica granatum, Terminalia catappa , Rosa rugosa , Rosa canina , Euterpe oleracea, Vaccinium sp. and Lycium barbarum.
An isolation system for a galley monument, the isolation system comprising: a galley monument wall including a pocket and defining at least one entry-way defining an opening; and two panels movably received in the pocket, the two panels being configured and adapted to move relative to the pocket between at least one of an open position and a closed position, and hinge positioned between the two panels, characterised in that the pocket for storing the panels is smaller than the opening of the entry way . a galley monument wall including a pocket and defining at least one entry-way defining an opening; and two panels movably received in the pocket, the two panels being configured and adapted to move relative to the pocket between at least one of an open position and a closed position, and hinge positioned between the two panels, characterised in that the pocket for storing the panels is smaller than the opening of the entry way .
A method of producing a conjugate, comprising contacting an alkyne-linked payload, which optionally comprises a linking moiety between the alkyne and the payload, wherein the payload is a carbohydrate; with a polypeptide comprising one or more amino acid residues of the compound of formula II: wherein W 4 is C 1 -C 10 alkylene.
A compressor comprising a housing enclosing the movable parts, a body on which the parts are gathered, a vibration eliminator placed on the body with one of its ends, whose other end is fastened on a terminal provided on the housing and opening to the outer environment, and a muffler body provided on the vibration eliminator , segmenting the vibration eliminator into two parts and placed on the vibration eliminator by means of a front cover and a rear cover , characterized by comprising a coupling member exerting pressure on the front cover and the rear cover , enabling the front cover and the rear cover to be rigidly fastened on the muffler body almost completely immovably with respect to each other, a first frame and a second frame placed vis-à-vis, enclosing the periphery of the front cover and the rear cover respectively, and by the at least one coupling member extending in between the first frame and the second frame .
A method for encoding video data, comprising: choosing a directional mode for intra prediction for a block of a 2D picture corresponding to an immersive video, the 2D picture represented in a first format suitable for encoding, wherein the picture is for rendering in a second format which corresponds to a projection from a 3D surface on which the 2D picture is mapped; determining a look-up table (LUT) from among a plurality of LUTs based on the directional mode and a mapping of the location of the block on the 3D surface, wherein the plurality of LUTs respectively correspond to a plurality of directional modes and block locations; determining a plurality of reference samples in reconstructed blocks adjacent to the block; forming a predicted block for the block based on the LUT, wherein the LUT includes a plurality of entries, and an entry at (x, y) location in the LUT represents a position of a single one of the reference samples to use at (x, y) location in the predicted block, wherein, to form the predicted block based on the LUT, the reference samples are respectively propagated or copied into a set of corresponding sample locations in the prediction block along a plurality of non-straight curves based on the LUT, and wherein the plurality of non-straight curves in the 2D picture which are represented by the plurality of entries map to straight lines in the projection from the 3D surface; encoding the directional mode; and encoding a difference between the block and the predicted block. choosing a directional mode for intra prediction for a block of a 2D picture corresponding to an immersive video, the 2D picture represented in a first format suitable for encoding, wherein the picture is for rendering in a second format which corresponds to a projection from a 3D surface on which the 2D picture is mapped; determining a look-up table (LUT) from among a plurality of LUTs based on the directional mode and a mapping of the location of the block on the 3D surface, wherein the plurality of LUTs respectively correspond to a plurality of directional modes and block locations; determining a plurality of reference samples in reconstructed blocks adjacent to the block; forming a predicted block for the block based on the LUT, wherein the LUT includes a plurality of entries, and an entry at (x, y) location in the LUT represents a position of a single one of the reference samples to use at (x, y) location in the predicted block, wherein, to form the predicted block based on the LUT, the reference samples are respectively propagated or copied into a set of corresponding sample locations in the prediction block along a plurality of non-straight curves based on the LUT, and wherein the plurality of non-straight curves in the 2D picture which are represented by the plurality of entries map to straight lines in the projection from the 3D surface; encoding the directional mode; and encoding a difference between the block and the predicted block.
Surgical tissue fusion instrument with two gripping structures (2, 3; 2a, 3a; 2b, 3b; 2c, 3c) which are movable relative to each other, are designed for gripping and bringing together biological tissue sections, and are assigned heat-generating means designed in such a way that tissue fusion takes place between the biological tissue sections by heat being supplied in the area of the gripping structures, wherein at least one gripping structure (2, 3; 2a, 3a; 2b, 3b; 2c, 3c) is assigned a fluid-conducting system, which is designed to supply at least one liquid or flowable additive to the tissue sections during a tissue fusion procedure, wherein the fluid-conducting system has at least one fluid-conducting channel (7, 8; 14; 18, 18b), which is integrated in one of the two gripping structures and at least one gripping structure (2, 3; 2a, 3a; 2b, 3b) is provided with fluid outlet openings (5, 15, 19; 19b), into which the at least one fluid-conducting channel (7, 8; 14; 18; 18b) opens, wherein the fluid-conducting system has at least one fluid reservoir (7, 8; 13; 17; 17b), which is connected to the fluid-conducting channel (7, 8; 14; 18; 18b), wherein the fluid reservoir and/or the fluid-conducting channel has a reservoir volume that is variable depending on an actuation mechanism, wherein the actuation mechanism is operatively connected to an actuation unit for bringing together the gripping structures (2, 3; 2a, 3a; 2b, 3b), wherein the fluid outlet openings are integrated in at least one electrode arrangement , which is assigned to the heat-generating means, wherein the fluid outlet openings are provided in a movably mounted actuation wall of the at least one fluid-conducting channel or fluid reservoir, which actuation wall , depending on an activation of the actuation unit, is movable in order to bring together the gripping structures, characterized in that the actuation wall is formed by an electrode wall of the electrode arrangement .
A connector comprising: a pair of conductive terminals that each is adapted to come into contact with a counterpart terminal ; and an insulating housing , the insulating housing formed so as to extend along an axial direction (X) and comprising a cover and a holding member , wherein each terminal includes a terminal connection portion that is adapted to be electrically connected to the counterpart terminal , a wire connection portion that is adapted to be electrically connected to a wire , and a tubular portion that is located between the terminal connection portion and the wire connection portion and is formed in a tubular shape having a space portion , a pair of temperature sensors each detecting a temperature of the respective terminal and each disposed in the space portion of said respective terminal ; wherein the wire connection portion is a portion that is located on a rear side of the axial direction (X) and is exposed to outside from the cover ; and wherein each tubular portion is accommodated inside the housing in a state where the terminal is held by the housing , characterized in that each temperature sensor is attached to the holding member . a pair of conductive terminals that each is adapted to come into contact with a counterpart terminal ; and an insulating housing , the insulating housing formed so as to extend along an axial direction (X) and comprising a cover and a holding member , wherein each terminal includes a terminal connection portion that is adapted to be electrically connected to the counterpart terminal , a wire connection portion that is adapted to be electrically connected to a wire , and a tubular portion that is located between the terminal connection portion and the wire connection portion and is formed in a tubular shape having a space portion , a pair of temperature sensors each detecting a temperature of the respective terminal and each disposed in the space portion of said respective terminal ; wherein the wire connection portion is a portion that is located on a rear side of the axial direction (X) and is exposed to outside from the cover ; and wherein each tubular portion is accommodated inside the housing in a state where the terminal is held by the housing , characterized in that each temperature sensor is attached to the holding member .