mhurhangee/ep-ind-claims huggingface dataset:
Infusion machine comprising: - at least one lower portion; and - at least one upper portion; - at least one first infusion assembly comprising: - a first infusing member, comprising a recess adapted for accommodating at least partially a capsule or pod, - a second infusing member, adapted for cooperating with said first infusing member so as to at least partially close said recess to define an infusion chamber with said first infusing member; - said first infusing member is removable with respect to said lower portion in order to be replaced by a first infusing member adapted for housing a different capsule or pod; - said second infusing member comprises an outer and upper part provided with an inlet through-shank allowing the hot water to be introduced into the infusion chamber; and said first infusing member comprises a bottom wall provided with an outlet duct for the infused beverage characterized in that: at least one heat exchanger is placed at said infusion assembly - said exchanger comprises a water outlet duct adapted to cooperate with the inlet shank of the second infusing member; - between said water outlet duct and the inlet shank a sealing member is provided, such as annular sealing member. - at least one lower portion; and - at least one upper portion; - at least one first infusion assembly comprising: - a first infusing member, comprising a recess adapted for accommodating at least partially a capsule or pod, - a second infusing member, adapted for cooperating with said first infusing member so as to at least partially close said recess to define an infusion chamber with said first infusing member; - said first infusing member is removable with respect to said lower portion in order to be replaced by a first infusing member adapted for housing a different capsule or pod; - said second infusing member comprises an outer and upper part provided with an inlet through-shank allowing the hot water to be introduced into the infusion chamber; and said first infusing member comprises a bottom wall provided with an outlet duct for the infused beverage characterized in that: at least one heat exchanger is placed at said infusion assembly - said exchanger comprises a water outlet duct adapted to cooperate with the inlet shank of the second infusing member; - between said water outlet duct and the inlet shank a sealing member is provided, such as annular sealing member.
An attachment device for deployment to biological tissue comprising: an expandable outer shell, wherein the outer shell has a hollow length, and wherein the outer shell comprises a first attachment element on the radial inside of the outer shell; an inner structure, wherein the inner structure comprises a second attachment element on the radial outside of the inner structure; and wherein the second attachment element is configured to attach to the first attachment element; characterised in that the inner structure comprises a hollow shaft and in that the device further comprises a deployment rod that is configured to be inserted through the hollow shaft and releasably attached to a distal end of the outer shell, via a rod attachment thread in the outer shell, to allow a translation of the distal end of the outer shell relative to the inner structure thereby to apply a compressive force to the outer shell to expand the outer shell from a radially contracted state to a radially expanded state. an expandable outer shell, wherein the outer shell has a hollow length, and wherein the outer shell comprises a first attachment element on the radial inside of the outer shell; an inner structure, wherein the inner structure comprises a second attachment element on the radial outside of the inner structure; and wherein the second attachment element is configured to attach to the first attachment element;
An ionic polymer metal composite capacitor characterized by: a thin single layer non-hydrated ionic polymer substrate comprising first and second substantially parallel major surfaces; first and second conductive film electrodes applied to at least a portion of said first and second surfaces, respectively, of said thin single layer non-hydrated ionic polymer substrate, wherein each of said conductive film electrodes comprises at least one electrically conductive material. a thin single layer non-hydrated ionic polymer substrate comprising first and second substantially parallel major surfaces; first and second conductive film electrodes applied to at least a portion of said first and second surfaces, respectively, of said thin single layer non-hydrated ionic polymer substrate, wherein each of said conductive film electrodes comprises at least one electrically conductive material.
An aircraft assembly comprising: a first part; a second part that is movably mounted relative to the first part so as to be movable between a first condition and a second condition; and a lock assembly comprising: an elongate pin coupled to one of the first and second parts; and a hook movably coupled to a second one of the first and second parts and being arranged to be moved to an engagement condition for engagement with a contact surface of the pin when the second one of the first and second parts is in the second condition in order to maintain the second one of the first and second parts in the second condition, wherein the pin includes a prominent portion which defines the contact face, characterised by: the pin including one or more outer portions each axially spaced from the prominent portion and defining a recessed face, the contact face of the prominent portion being radially spaced further from the longitudinal axis of the pin in comparison to the one or more recessed faces. a first part; a second part that is movably mounted relative to the first part so as to be movable between a first condition and a second condition; and a lock assembly comprising: an elongate pin coupled to one of the first and second parts; and a hook movably coupled to a second one of the first and second parts and being arranged to be moved to an engagement condition for engagement with a contact surface of the pin when the second one of the first and second parts is in the second condition in order to maintain the second one of the first and second parts in the second condition, an elongate pin coupled to one of the first and second parts; and a hook movably coupled to a second one of the first and second parts and being arranged to be moved to an engagement condition for engagement with a contact surface of the pin when the second one of the first and second parts is in the second condition in order to maintain the second one of the first and second parts in the second condition, wherein the pin includes a prominent portion which defines the contact face, characterised by: the pin including one or more outer portions each axially spaced from the prominent portion and defining a recessed face, the contact face of the prominent portion being radially spaced further from the longitudinal axis of the pin in comparison to the one or more recessed faces.
Covering element to cover the edge of a glass pane, characterised in that the covering element comprises a leaf profile for a leaf (3,4) of a window or door and comprises at least one adjustable setting piece, whereby the setting piece is fastened or fastenable to an edge of the glass pane, whereby the leaf profile is connected or connectable to the setting piece, whereby the setting piece is arranged, when the covering element is in use, to allow adjustment of the distance between the leaf profile and the edge of the glass pane, whereby the setting piece comprises a first part that is arranged to be fastened to the glass pane and a second part that is arranged to keep the leaf profile at a set minimum distance from the first part and wherein the covering element also comprises a connecting profile that is intended to be fastened to an edge of a glass pane, whereby the connecting profile and the setting piece are arranged such that the setting piece is or can be fastened to an edge of the glass pane by means of the connecting profile.
An apparatus for removing a surface layer from food products comprising a product feed which feeds a product to be processed along a product conveying direction to a removal tool such that the product is pressed with a component perpendicular to the product conveying direction against an operative surface of the removal tool, wherein the relative position between the product feed and the removal tool is adjustable by means of an adjustment apparatus; and wherein a control unit associated with the adjustment apparatus is adapted to adjust the relative position between the product feed and the removal tool in dependence on the contour of the product, characterized in that the control unit is adapted to continuously adjust a counter surface of the product feed to follow the contour of the product during the removal procedure.
A method for allocating a defect management area on a write-once optical recording medium having two recording layers (Layer 0, Layer 1), each of the recording layers including an inner zone (Lead-in area, Lead-out area), a data area (35a, 35b) and an outer zone (Outer Zone 0, Outer Zone 1), wherein the inner and outer zones include defect management areas (DMAs) for storing defect management information of the recording medium when the recording medium is to be finalized, characterized in that the method comprises: allocating, to the data area within a first recording layer (Layer 0), a first inner spare area with a predetermined fixed size and a first outer spare area with a size that is not predetermined; allocating, to the data area within a second recording layer (Layer 1), a second inner spare area and a second outer spare area with sizes that are not predetermined; allocating, to each of the first and second outer spare areas (OSA0, OSA1), an interim defect management area (IDMA) in a same size, the interim defect management area (IDMA) being used for storing defect management information of the recording medium until the recording medium is finalized; and allocating, to the inner zone (Lead-in area, Lead-out area), a temporary defect management area (TDMA) with a predetermined fixed size for storing defect management information of the recording medium until the recording medium is finalized, wherein each of the interim defect management areas (IDMA) has a non-predetermined size depending on the size of the outer spare areas (OSA0, OSA1), and wherein the interim defect management area (IDMA) is used for storing defect management information when the temporary defect management area (TDMA) becomes full. allocating, to the data area within a first recording layer (Layer 0), a first inner spare area with a predetermined fixed size and a first outer spare area with a size that is not predetermined; allocating, to the data area within a second recording layer (Layer 1), a second inner spare area and a second outer spare area with sizes that are not predetermined; allocating, to each of the first and second outer spare areas (OSA0, OSA1), an interim defect management area (IDMA) in a same size, the interim defect management area (IDMA) being used for storing defect management information of the recording medium until the recording medium is finalized; and allocating, to the inner zone (Lead-in area, Lead-out area), a temporary defect management area (TDMA) with a predetermined fixed size for storing defect management information of the recording medium until the recording medium is finalized,
An electronic device, characterized by comprising: a device body, a display module, a backlight module, and a fingerprint identification assembly, wherein the display module is disposed on a surface of the device body, the backlight module comprises a bearing frame and a light guide assembly, the bearing frame is fixedly disposed in the device body, and the bearing frame is provided with a first through hole, the light guide assembly is disposed on the bearing frame, and a first gap is formed between the light guide assembly and the display module; and the fingerprint identification assembly comprises a transmitter and a receiver, the transmitter is disposed in the first gap, and the receiver is disposed on a side of the bearing frame away from the light guide assembly and a position of the receiver is corresponding to a position of the first through hole, wherein the transmitter is used to emit infrared rays to the display module, and the receiver is used to receive infrared rays reflected from a fingerprint identification area of the display module. a device body, a display module, a backlight module, and a fingerprint identification assembly, wherein the display module is disposed on a surface of the device body, the backlight module comprises a bearing frame and a light guide assembly, the bearing frame is fixedly disposed in the device body, and the bearing frame is provided with a first through hole, the light guide assembly is disposed on the bearing frame, and a first gap is formed between the light guide assembly and the display module; and the fingerprint identification assembly comprises a transmitter and a receiver, the transmitter is disposed in the first gap, and the receiver is disposed on a side of the bearing frame away from the light guide assembly and a position of the receiver is corresponding to a position of the first through hole, wherein the transmitter is used to emit infrared rays to the display module, and the receiver is used to receive infrared rays reflected from a fingerprint identification area of the display module.
Motor vehicle comprising at least one outer body length extending between a front end and at least one rear end, each rear end being positioned next to a rear wheel passage of the vehicle, the longitudinal having a center core extended by at least one deformation leg (6a, 6b) extending from the core center so as to form a rear end of the spar, the vehicle being designed to deform itself, as a result of a vehicle-borne impact, so that at least one deformation leg (6a, 6b) impacts the wheel passage, each deformation leg (6a, 6b) being conformed to undergo a deformation during the wheel passage impact on the rear wheel passage to absorb some of the shock energy.
A multi-layer article, comprising: a sorbent layer having a first side and a second side; a vapor permeable or microporous layer adjacent to at least a portion of at least one of the first side and second side of the sorbent layer; and an active composition comprising at least 60% by weight of at least one volatile component having a vapor pressure of 0.03 to 2 mm Hg when measured at 20°C and 760 mm Hg; wherein the sorbent layer is a nonwoven material having a density of from 2.0 to 25 mg/cc, the sorbent layer comprises the active composition, and each layer is capable of being formed into a required shape or structure. a sorbent layer having a first side and a second side; a vapor permeable or microporous layer adjacent to at least a portion of at least one of the first side and second side of the sorbent layer; and an active composition comprising at least 60% by weight of at least one volatile component having a vapor pressure of 0.03 to 2 mm Hg when measured at 20°C and 760 mm Hg; wherein the sorbent layer is a nonwoven material having a density of from 2.0 to 25 mg/cc, the sorbent layer comprises the active composition, and each layer is capable of being formed into a required shape or structure.
A method for determining one or more buffer composition recipes for a chromatography apparatus configured for performing chromatography, the method comprising: obtaining design of experiment, DoE, data, wherein the DoE data is indicative of a set of buffer compositions and corresponding unique recipes, wherein the set of buffer compositions is selected as a subset from a total set of buffer compositions within a design range, running a first set of experiments by consecutively providing buffer compositions mixed according to each unique recipe indicated by the DoE data as the only input to the chromatography apparatus, obtaining results of experiment, RoE, data as output from the chromatography apparatus, wherein the RoE data is indicative of at least a potential of hydrogen, pH, value and a conductivity value of each buffer composition of the set of buffer compositions, obtaining prediction of experimental, PoE data, wherein the PoE data is indicative of at least a predicted pH value and a predicted conductivity value of each buffer composition of the total set of buffer compositions, obtaining a first objective function, the first objective function being dependent on a pH value and a conductivity value, selecting a second subset from the total set of buffer compositions which corresponding pH values and conductivity values optimize the first objective function, determining the one or more buffer composition recipes for chromatography of a chemical sample as the unique recipes corresponding to the second subset from the total set of buffer compositions. obtaining design of experiment, DoE, data, wherein the DoE data is indicative of a set of buffer compositions and corresponding unique recipes, wherein the set of buffer compositions is selected as a subset from a total set of buffer compositions within a design range, running a first set of experiments by consecutively providing buffer compositions mixed according to each unique recipe indicated by the DoE data as the only input to the chromatography apparatus, obtaining results of experiment, RoE, data as output from the chromatography apparatus, wherein the RoE data is indicative of at least a potential of hydrogen, pH, value and a conductivity value of each buffer composition of the set of buffer compositions, obtaining prediction of experimental, PoE data, wherein the PoE data is indicative of at least a predicted pH value and a predicted conductivity value of each buffer composition of the total set of buffer compositions, obtaining a first objective function, the first objective function being dependent on a pH value and a conductivity value, selecting a second subset from the total set of buffer compositions which corresponding pH values and conductivity values optimize the first objective function, determining the one or more buffer composition recipes for chromatography of a chemical sample as the unique recipes corresponding to the second subset from the total set of buffer compositions.
A Base Station, BS, apparatus comprising: a determination unit configured to determine service flow for downlink packets to be transmitted to a terminal; an identification unit configured to identify a particular Quality of Service, QoS, parameter defined for the service flow from QoS parameters defined for each of service flows; and a transmitter configured to apply the particular QoS parameter to the downlink packet and transmit the downlink packet to the terminal with particular QoS for the service flow, characterized by an interworking controller configured to, when the terminal is handed over to another network supporting a QoS control policy different from that of the BS apparatus, provide QoS conversion information for converting the particular QoS parameter into a QoS parameter according to the different QoS control policy to the terminal. a determination unit configured to determine service flow for downlink packets to be transmitted to a terminal; an identification unit configured to identify a particular Quality of Service, QoS, parameter defined for the service flow from QoS parameters defined for each of service flows; and a transmitter configured to apply the particular QoS parameter to the downlink packet and transmit the downlink packet to the terminal with particular QoS for the service flow, characterized by an interworking controller configured to, when the terminal is handed over to another network supporting a QoS control policy different from that of the BS apparatus, provide QoS conversion information for converting the particular QoS parameter into a QoS parameter according to the different QoS control policy to the terminal.
A power detection method, comprising, resonating a circuit element (L3, C0) with a parasitic inductance or parasitic capacitance at a frequency of operation of a load; detecting a voltage of the load; detecting a current of the load; introducing a phase delay between the detected voltage of the load and the detected current of the load, thereby producing a voltage measurement and a current measurement; and multiplying the voltage measurement and the current measurement.
An electronic device comprising: a housing having an opening; a roll mounted in the housing; a flexible display wound on the roll and being extendable and retractable through the opening based on a rotation direction of the roll; a roll guide configured to guide a central shaft of the roll to move in a direction capable of maintaining a proceeding direction of the flexible display toward the opening in the housing, based on a variation in a wound length of the flexible display on the roll, characterized by a winding member configured to provide elastic force in a direction capable of winding the flexible display on the roll; a locking unit configured to lock the roll so as not to rotate in a direction of the elastic force of the winding member; wherein the locking unit comprises: a stopper projection provided on the roll; and a stopper lever provided on the central shaft and having a release location where interference with the stopper projection is released, and a contact location where the stopper lever is obstructed by the stopper projection to stop rotation of the roll wherein the roll is configured to rotate with respect to the central shaft and the central shaft is supported by the housing to move along the roll guide without rotating with respect to the housing. a housing having an opening; a roll mounted in the housing; a flexible display wound on the roll and being extendable and retractable through the opening based on a rotation direction of the roll; a roll guide configured to guide a central shaft of the roll to move in a direction capable of maintaining a proceeding direction of the flexible display toward the opening in the housing, based on a variation in a wound length of the flexible display on the roll, characterized by a winding member configured to provide elastic force in a direction capable of winding the flexible display on the roll; a locking unit configured to lock the roll so as not to rotate in a direction of the elastic force of the winding member; wherein the locking unit comprises: a stopper projection provided on the roll; and a stopper lever provided on the central shaft and having a release location where interference with the stopper projection is released, and a contact location where the stopper lever is obstructed by the stopper projection to stop rotation of the roll wherein the roll is configured to rotate with respect to the central shaft and the central shaft is supported by the housing to move along the roll guide without rotating with respect to the housing. a stopper projection provided on the roll; and a stopper lever provided on the central shaft and having a release location where interference with the stopper projection is released, and a contact location where the stopper lever is obstructed by the stopper projection to stop rotation of the roll wherein the roll is configured to rotate with respect to the central shaft and the central shaft is supported by the housing to move along the roll guide without rotating with respect to the housing.