mhurhangee/ep-ind-claims huggingface dataset:
Motor-driven medical suction pump with a pump unit for generating a negative pressure which is accommodated in a housing and with a terminal box which can be mechanically coupled to said housing and which can be connected to a power source via a connecting cable and has contact elements (16; 18) to supply the pump unit with a power current which, when the terminal box is coupled to the housing, are electrically conductively connected to contact counter elements (46; 48) provided on the housing side, which lead to the pump unit, and wherein a sensor and a switch are provided, wherein the sensor is configured to check the coupling of the terminal box and wherein the switch supplies a power current to at least one of the contact elements (16; 18), characterized in that an evaluation unit is provided, in that the evaluation unit is data-based connected to the sensor and the switch so that the switch connects the contact element (16; 18) to the power current supply when a signal of the sensor confirming the coupling is present and disconnects the power current supply when a signal of the sensor confirming the coupling is absent.
A slide-on downhole sealing assembly for use in establishing a seal in an annulus between a base pipe and a bore wall, comprising: a sleeve adapted to be mounted on the base pipe by sliding the sleeve over one end of the base pipe; a sealing arrangement comprising: an inner seal mounted on an inner surface of the sleeve, wherein the inner seal extends along a partial axial length of the sleeve and comprises a swellable material adapted to swell to radially extend the inner seal inwardly to form a seal between the sleeve and the base pipe; and an outer seal mounted on an outer surface of the sleeve and comprising a swellable material adapted to swell to radially extend the outer seal outwardly to form a seal between the sleeve and the bore wall. a sleeve adapted to be mounted on the base pipe by sliding the sleeve over one end of the base pipe; a sealing arrangement comprising: an inner seal mounted on an inner surface of the sleeve, wherein the inner seal extends along a partial axial length of the sleeve and comprises a swellable material adapted to swell to radially extend the inner seal inwardly to form a seal between the sleeve and the base pipe; and an outer seal mounted on an outer surface of the sleeve and comprising a swellable material adapted to swell to radially extend the outer seal outwardly to form a seal between the sleeve and the bore wall. an inner seal mounted on an inner surface of the sleeve, wherein the inner seal extends along a partial axial length of the sleeve and comprises a swellable material adapted to swell to radially extend the inner seal inwardly to form a seal between the sleeve and the base pipe; and an outer seal mounted on an outer surface of the sleeve and comprising a swellable material adapted to swell to radially extend the outer seal outwardly to form a seal between the sleeve and the bore wall.
A method of manufacturing a shell component for an aircraft or spacecraft, comprising following steps: Positioning a skin panel, which includes a skin of the aircraft or spacecraft and first and second stringers (111, 112) stiffening the skin, opposite a frame having first and second mouseholes (121, 122) for receiving the first and second stringers (111, 112); Elastically bending the skin panel; Inserting the first stringer into the first mousehole; and Releasing the elastic bend to insert the second stringer into the second mousehole. Positioning a skin panel, which includes a skin of the aircraft or spacecraft and first and second stringers (111, 112) stiffening the skin, opposite a frame having first and second mouseholes (121, 122) for receiving the first and second stringers (111, 112); Elastically bending the skin panel; Inserting the first stringer into the first mousehole; and Releasing the elastic bend to insert the second stringer into the second mousehole.
An aromatic polycarbonate oligomer solid comprising a repeating unit represented by the following general formula and having a weight average molecular weight of 500 to 10000, a low molecular weight component of 5.0 area% or less as measured by high performance liquid chromatography, and a loose bulk density of 0.30 g/cm 3 or more, wherein the weight average molecular weight is determined by gel permeation chromatography measurement, as described in the present specification, and wherein the low molecular weight component is a component containing a compound having an absolute molecular weight of not more than an absolute molecular weight of a transesterification condensate obtained by condensation of two molecules of an aromatic dihydroxy compound and three molecules of a carbonate precursor. wherein the weight average molecular weight is determined by gel permeation chromatography measurement, as described in the present specification, and wherein the low molecular weight component is a component containing a compound having an absolute molecular weight of not more than an absolute molecular weight of a transesterification condensate obtained by condensation of two molecules of an aromatic dihydroxy compound and three molecules of a carbonate precursor.
A method of preparing xylitol, comprising the following steps: acid-hydrolyzing a byproduct of tropical fruit biomass; obtaining a hydrolysate containing xylose and arabinose by the acid-hydrolysis; separating and purifying the hydrolysate by precipitation, electrodialysis and ion exchange in sequential order; and fermenting the hydrolysate. acid-hydrolyzing a byproduct of tropical fruit biomass; obtaining a hydrolysate containing xylose and arabinose by the acid-hydrolysis; separating and purifying the hydrolysate by precipitation, electrodialysis and ion exchange in sequential order; and fermenting the hydrolysate.
A manufacturing method of a semiconductor device comprising: transferring, from a first support supporting a plurality of semiconductor chips (10, 103) that are arranged in an initial pitch on the first support, a first group of semiconductor chips selected from the plurality of semiconductor chips (10, 103) to a second support by attaching the second support to a surface of the semiconductor chips (10, 103) which is an opposite side to a surface on which the semiconductor chips (10, 103) are attached to the first support, and by then separating the first support from the selected semiconductor chips (10, 103), whereby the non-selected semiconductor chips (10, 103) remain on the first support, the selection being such that the semiconductor chips (10, 103) of the first group are arranged on the second support in a first pitch being longer than the initial pitch; deforming the second support to convert each pitch of the semiconductor chips (10, 103) of the first group transferred on the second support into a second pitch different from the first pitch; forming an insulating layer (20, 127) around each of the semiconductor chips (10, 103) of the first group transferred on the second support, the insulating layer (20, 127) covering each of the semiconductor chips (10, 103) of the first group that are arranged in the second pitch; and dicing the insulating layer (20, 127). transferring, from a first support supporting a plurality of semiconductor chips (10, 103) that are arranged in an initial pitch on the first support, a first group of semiconductor chips selected from the plurality of semiconductor chips (10, 103) to a second support by attaching the second support to a surface of the semiconductor chips (10, 103) which is an opposite side to a surface on which the semiconductor chips (10, 103) are attached to the first support, and by then separating the first support from the selected semiconductor chips (10, 103), whereby the non-selected semiconductor chips (10, 103) remain on the first support, the selection being such that the semiconductor chips (10, 103) of the first group are arranged on the second support in a first pitch being longer than the initial pitch; deforming the second support to convert each pitch of the semiconductor chips (10, 103) of the first group transferred on the second support into a second pitch different from the first pitch; forming an insulating layer (20, 127) around each of the semiconductor chips (10, 103) of the first group transferred on the second support, the insulating layer (20, 127) covering each of the semiconductor chips (10, 103) of the first group that are arranged in the second pitch; and dicing the insulating layer (20, 127).
Video data stream having a video encoded thereinto and comprising first timing information on first coded picture buffer, CPB, removal times (t rm) to be applied at decoder side in case of buffering a complete version of the video data stream and second timing information on second CPB removal times (t rm) to be applied at decoder side for buffering a reduced version of the video data stream, differing from the video data stream by removal of a portion of the video data stream from the complete version of the video data stream. first timing information on first coded picture buffer, CPB, removal times (t rm) to be applied at decoder side in case of buffering a complete version of the video data stream and second timing information on second CPB removal times (t rm) to be applied at decoder side for buffering a reduced version of the video data stream, differing from the video data stream by removal of a portion of the video data stream from the complete version of the video data stream.
An additive manufacturing system comprising an extrusion assembly, the extrusion assembly comprising: an extrusion die; a compacted core material; a channel extending through the compacted core material and comprising an inlet and an outlet, the outlet in fluid communication with the extrusion die; a heating element extending along the channel for melting a filament material received through the inlet such that the filament material can be extruded through the extrusion die; a temperature sensor positioned within the compacted core material, adjacent to the channel between the extrusion die and the heating element; wherein the compacted core material holds the temperature sensor in contact against the channel at the outlet; and a sheath enclosing the compacted core material, the channel, the heating element, and the temperature sensor. an extrusion die; a compacted core material; a channel extending through the compacted core material and comprising an inlet and an outlet, the outlet in fluid communication with the extrusion die; a heating element extending along the channel for melting a filament material received through the inlet such that the filament material can be extruded through the extrusion die; a temperature sensor positioned within the compacted core material, adjacent to the channel between the extrusion die and the heating element; wherein the compacted core material holds the temperature sensor in contact against the channel at the outlet; and a sheath enclosing the compacted core material, the channel, the heating element, and the temperature sensor.
A method for wireless communication, the method performed by a terminal, comprising: reporting interference condition observed by the terminal to the serving base station; sending a message to the interfering base station to request the interfering base station to clear time intervals; and exchanging messages with the serving base station in the cleared time intervals to open a connection with the serving base station; and communicating with a serving base station in time intervals reserved for the serving base station based on the reported interference condition, the reserved time intervals having reduced interference from the interfering base station. reporting interference condition observed by the terminal to the serving base station; sending a message to the interfering base station to request the interfering base station to clear time intervals; and exchanging messages with the serving base station in the cleared time intervals to open a connection with the serving base station; and communicating with a serving base station in time intervals reserved for the serving base station based on the reported interference condition, the reserved time intervals having reduced interference from the interfering base station.
An ice making apparatus for an appliance comprising: an ice tray including a cold plate and a containment wall surrounding an edge portion of the cold plate to retain water; a cooling source thermally coupled to a bottom surface of the cold plate and configured to freeze water in the ice tray; and an intake conduit configured to dispense air over the ice tray, and wherein the air is above a freezing temperature; characterized by: a shroud abutting the containment wall and separating a first air chamber above the ice tray and a second air chamber below the ice tray. an ice tray including a cold plate and a containment wall surrounding an edge portion of the cold plate to retain water; a cooling source thermally coupled to a bottom surface of the cold plate and configured to freeze water in the ice tray; and an intake conduit configured to dispense air over the ice tray, and wherein the air is above a freezing temperature; characterized by: a shroud abutting the containment wall and separating a first air chamber above the ice tray and a second air chamber below the ice tray.
A resonator for a channel filter, comprising: a cavity; a side wall which at least partially surrounds and forms the cavity, wherein at least one lateral opening is provided in the sidewall; a first adjusting unit with an adjusting element; wherein a first recess is provided at the adjusting element; wherein the adjusting unit is arranged such that the adjusting element adjoins the lateral opening; wherein the adjusting element is movable relative to the lateral opening such that a resonator frequency of the resonator can be adjusted depending on a position of the adjusting element with reference to the lateral opening; characterized in that a second recess is provided at the adjusting element, which second recess can be brought to overlap with the lateral opening by moving the adjusting element. a cavity; a side wall which at least partially surrounds and forms the cavity, wherein at least one lateral opening is provided in the sidewall; a first adjusting unit with an adjusting element; wherein a first recess is provided at the adjusting element; wherein the adjusting unit is arranged such that the adjusting element adjoins the lateral opening; wherein the adjusting element is movable relative to the lateral opening such that a resonator frequency of the resonator can be adjusted depending on a position of the adjusting element with reference to the lateral opening; characterized in that a second recess is provided at the adjusting element, which second recess can be brought to overlap with the lateral opening by moving the adjusting element.
A cab protection structure for a driver's cab of work-performing machinery, with a roof protection means and a windscreen protection means, wherein the windscreen protection means and the roof protection means comprise a safety glass (3.1, 3.2), the windscreen protection means has a first holding frame in which the safety glass (3.2) is accommodated and the roof protection means has a further holding frame in which the safety glass (3.1) is accommodated, wherein the first holding frame and the further holding frame have connecting elements and/or receptacles (6.1, 6.2) for connecting elements for fixing on the driver's cab, characterised in that the safety glass (3.1, 3.2) is a polycarbonate glass with a silicon oxide coating, the safety glass (3.1, 3.2) having a thickness of between 4 mm and 20 mm, the safety glass (3.1, 3.2) having a replaceable sacrificial film, the first holding frame having a sealing lip which is suitable for creating a weatherproof seal between the driver's cab and the first holding frame upon fastening the first holding frame to the driver's cab of work-performing machinery.
A method for cell selection balancing in a heterogeneous wireless communication system comprising at least a first and a second base station (11, 12) and at least one user equipment, said first and second base stations (11, 12) comprising at least one respective antenna (13, 14,) for transmitting downlink signaling and receiving uplink signaling for communicating with said at least one user equipment, said method comprising the steps of: - receiving, in said first base station, information from said second base station, the information comprising transmission power of the second base station, comparing, in said first base station downlink transmission power of said first base station with said received transmission power of said second base station to determine a difference, ΔP, there between; and - adjusting, in said first base station, antenna settings (UL macro,ta, DL macro,ta; UL pico, ta, DL pico, ta) of the antenna of the first base station in dependence on said difference, ΔP, wherein said antenna settings comprise an uplink tilt angle (UL macro,ta, UL pico,ta), or a downlink tilt angle (DL macro,ta, DL pico,ta), forming different down-tilting for uplink and downlink. - receiving, in said first base station, information from said second base station, the information comprising transmission power of the second base station, comparing, in said first base station downlink transmission power of said first base station with said received transmission power of said second base station to determine a difference, ΔP, there between; and - adjusting, in said first base station, antenna settings (UL macro,ta, DL macro,ta; UL pico, ta, DL pico, ta) of the antenna of the first base station in dependence on said difference, ΔP, wherein said antenna settings comprise an uplink tilt angle (UL macro,ta, UL pico,ta), or a downlink tilt angle (DL macro,ta, DL pico,ta), forming different down-tilting for uplink and downlink.
A claw pole motor comprising: a rotor rotatable about an axis; and a stator assembly including: a plurality of stator elements having one or more claw pole teeth such that when said plurality of stator elements is assembled, said claw pole teeth extend between a first end and a second end of said stator assembly, and at least one coil winding positioned between said plurality of stator elements; wherein said stator elements include: a first stator end element; a second stator end element; two interior stator elements disposed between said first stator end element and said second stator end element, each of said first stator end element, said second stator end element, and said two interior stator elements being arranged generally parallel; wherein the claw pole motor is characterised in that a drive unit is sandwiched between two adjacent interior stator elements. a rotor rotatable about an axis; and a stator assembly including: a plurality of stator elements having one or more claw pole teeth such that when said plurality of stator elements is assembled, said claw pole teeth extend between a first end and a second end of said stator assembly, and at least one coil winding positioned between said plurality of stator elements; wherein said stator elements include: a first stator end element; a second stator end element; two interior stator elements disposed between said first stator end element and said second stator end element, each of said first stator end element, said second stator end element, and said two interior stator elements being arranged generally parallel; wherein the claw pole motor is characterised in that a drive unit is sandwiched between two adjacent interior stator elements. a plurality of stator elements having one or more claw pole teeth such that when said plurality of stator elements is assembled, said claw pole teeth extend between a first end and a second end of said stator assembly, and at least one coil winding positioned between said plurality of stator elements; wherein said stator elements include: a first stator end element; a second stator end element; two interior stator elements disposed between said first stator end element and said second stator end element, each of said first stator end element, said second stator end element, and said two interior stator elements being arranged generally parallel; wherein the claw pole motor is characterised in that a drive unit is sandwiched between two adjacent interior stator elements. a first stator end element; a second stator end element; two interior stator elements disposed between said first stator end element and said second stator end element, each of said first stator end element, said second stator end element, and said two interior stator elements being arranged generally parallel; wherein the claw pole motor is characterised in that a drive unit is sandwiched between two adjacent interior stator elements.
A safety anchor system, which comprises: a safety anchor including: a tube body defining a passage therethrough for reception and passage of a safety cable and having opposed tube end segments, the tube body configured to be positioned around a length of a reinforcement bar extending through a wall segment; two sleeves, each sleeve being coaxially mounted over a respective tube end segment of the tube body, the sleeves each reciprocally movable between a retracted position and an extended position to facilitate positioning ends of the sleeves relative to a face of the wall segment; and two end plugs, each end plug releasably mountable to a respective sleeve, the end plugs configured to engage a face of the wall segment upon reciprocal movement of the sleeves. a tube body defining a passage therethrough for reception and passage of a safety cable and having opposed tube end segments, the tube body configured to be positioned around a length of a reinforcement bar extending through a wall segment; two sleeves, each sleeve being coaxially mounted over a respective tube end segment of the tube body, the sleeves each reciprocally movable between a retracted position and an extended position to facilitate positioning ends of the sleeves relative to a face of the wall segment; and two end plugs, each end plug releasably mountable to a respective sleeve, the end plugs configured to engage a face of the wall segment upon reciprocal movement of the sleeves.
A method for customizing bedplates for a plurality of wind turbines having different loading requirements, the method comprising: forming a plurality of baseline bodies for the bedplates, each of the baseline bodies comprising a near net shape of one of the bedplates; determining a loading requirement of the bedplates of each of the wind turbines; and characterized in that the method further comprises applying additional material to an exterior surface of the plurality of baseline bodies via an additive manufacturing process so as to customize a structural capacity of each of the bedplates such that the structural capacity of each of the bedplates can withstand the loading requirement for each of the wind turbines. forming a plurality of baseline bodies for the bedplates, each of the baseline bodies comprising a near net shape of one of the bedplates; determining a loading requirement of the bedplates of each of the wind turbines; and characterized in that the method further comprises applying additional material to an exterior surface of the plurality of baseline bodies via an additive manufacturing process so as to customize a structural capacity of each of the bedplates such that the structural capacity of each of the bedplates can withstand the loading requirement for each of the wind turbines.