mhurhangee/ep-ind-claims huggingface dataset:
A surgical clip with plastic deformation or shape memory for vascular anastomosis, comprising a base from which at least two arms (10, 11) project, each having at least one hook (15, 16) pointing towards the base, characterised in that the base forms a V having a vertex, the clip comprising three favoured deformation zones, consisting of the vertex and the connection zones between the base and the arms, so that, after deformation, the arms remain substantially parallel.
A fluid sensory device comprising: - A gas sensor (301c, 302c) for sensing an analyte and generating a first fluid sensing signal; - A liquid sensor (301c, 302c) for sensing an analyte and generating a second fluid sensing signal; - A communication capability (407, 409, 410, 412) configured to send to a first processing capability (407, 410, 405, 406, 401, 402) a first dataset representative of the fluid sensing signals; wherein said first dataset further comprises a label characterizing the fluid sensing signals, wherein said fluid sensory device having an elongated form factor, characterised in that the fluid sensory device comprises a distal end comprising a contact surface of the liquid sensor and a proximal end comprising an entry port of said gas sensor. - A gas sensor (301c, 302c) for sensing an analyte and generating a first fluid sensing signal; - A liquid sensor (301c, 302c) for sensing an analyte and generating a second fluid sensing signal; - A communication capability (407, 409, 410, 412) configured to send to a first processing capability (407, 410, 405, 406, 401, 402) a first dataset representative of the fluid sensing signals; wherein said first dataset further comprises a label characterizing the fluid sensing signals, wherein said fluid sensory device having an elongated form factor, characterised in that the fluid sensory device comprises a distal end comprising a contact surface of the liquid sensor and a proximal end comprising an entry port of said gas sensor.
A system for identifying a flight data recorder comprising a configuration file including a digital representation of information defining a plurality of input parameters and their associated configuration during an operation of the data recorder, comprising: a processing device; and a hardware-based non-transitory storage medium operably connected to the processing device and configured to store a set of instructions that, when executed, cause the processing device to: receive configuration information for changing the configuration of the data recorder by updating, depending on the input parameters, the code of the configuration file; and use a signature generating algorithm to generate a unique signature for said data recorder, the unique signature comprising a code which uniquely identifies the data recorder based on a transformation of the configuration information and store the unique signature. a processing device; and a hardware-based non-transitory storage medium operably connected to the processing device and configured to store a set of instructions that, when executed, cause the processing device to: receive configuration information for changing the configuration of the data recorder by updating, depending on the input parameters, the code of the configuration file; and use a signature generating algorithm to generate a unique signature for said data recorder, the unique signature comprising a code which uniquely identifies the data recorder based on a transformation of the configuration information and store the unique signature. receive configuration information for changing the configuration of the data recorder by updating, depending on the input parameters, the code of the configuration file; and use a signature generating algorithm to generate a unique signature for said data recorder, the unique signature comprising a code which uniquely identifies the data recorder based on a transformation of the configuration information and store the unique signature.
An assembly (1; 1") for the positioning and position detection of a deformable load-bearing plate, including: a drive parallel-type cinematic system (3; 5"; 50) having a plurality of drive legs, wherein the load-bearing plate (4; 4"; 40) forms a component of the drive parallel-type cinematic system or is rigidly fixed on a platform of it, characterized by a reference parallel-type cinematic system (5; 5", 50) having a substantially deformation-free reference plate (6; 6"; 60) formed by the platform (5a; 5a", 52) thereof or rigidly fixed on it, which is positioned below the load-bearing plate, and having a plurality of reference legs, a sensor arrangement (8; 70) comprising a plurality of leg length measurement devices arranged within the reference legs, as well as a plurality of distance sensors arranged on the reference plate for the point-wise or range-based detection of the distance of the reference plate from the load-bearing plate, and a position calculation unit connected to the leg length measurement devices and the distance sensors on an input side, which processes the output signals of the leg length measurement devices and the distance sensors to a position map of the load-bearing plate. a drive parallel-type cinematic system (3; 5"; 50) having a plurality of drive legs, wherein the load-bearing plate (4; 4"; 40) forms a component of the drive parallel-type cinematic system or is rigidly fixed on a platform of it, characterized by a reference parallel-type cinematic system (5; 5", 50) having a substantially deformation-free reference plate (6; 6"; 60) formed by the platform (5a; 5a", 52) thereof or rigidly fixed on it, which is positioned below the load-bearing plate, and having a plurality of reference legs, a sensor arrangement (8; 70) comprising a plurality of leg length measurement devices arranged within the reference legs, as well as a plurality of distance sensors arranged on the reference plate for the point-wise or range-based detection of the distance of the reference plate from the load-bearing plate, and a position calculation unit connected to the leg length measurement devices and the distance sensors on an input side, which processes the output signals of the leg length measurement devices and the distance sensors to a position map of the load-bearing plate.
An electronic circuit breaker comprising: a switch contact to open and close a cable run; a current detecting unit to detect current flowing through the cable run; a tripping device to open the switch contact; a communication unit to receive, from an external device, a parameter value determining characteristics of tripping operation to open the switch contact; a display unit capable of displaying the parameter value; and a control unit to cause the tripping device to open the switch contact on a basis of the current detected by the current detecting unit and the parameter value, and display the parameter value on the display unit, wherein the display unit is configured to maintain a displayed state without power supplied thereto, characterized in that the control unit is configured to determine whether or not the switch contact is in an open state, and to permit a change in the parameter value from the external device when the switch contact is determined to be in the open state, while the control unit is configured to simultaneously display on the display unit, the parameter value and information indicating that a change in the parameter value is not permitted when the switch contact is determined not to be in the open state. a switch contact to open and close a cable run; a current detecting unit to detect current flowing through the cable run; a tripping device to open the switch contact; a communication unit to receive, from an external device, a parameter value determining characteristics of tripping operation to open the switch contact; a display unit capable of displaying the parameter value; and a control unit to cause the tripping device to open the switch contact on a basis of the current detected by the current detecting unit and the parameter value, and display the parameter value on the display unit, wherein the display unit is configured to maintain a displayed state without power supplied thereto, characterized in that the control unit is configured to determine whether or not the switch contact is in an open state, and to permit a change in the parameter value from the external device when the switch contact is determined to be in the open state, while the control unit is configured to simultaneously display on the display unit, the parameter value and information indicating that a change in the parameter value is not permitted when the switch contact is determined not to be in the open state.
An axial reinforcement system (100,500,700,900) comprising: a shell configured to be wrapped around a weight-bearing member; a positioner having a flat or slightly rounded bottom surface attached to the shell such that the positioner is located in a void formed between the shell and the weight-bearing member when the shell is wrapped around the weight-bearing member; a reinforcement member (130,530,730,931,1130,1203) secured to the positioner, wherein the positioner has one or more hole/s (722; 1122,1202) formed therein, to allow securing elements, such as metal or plastic wires of fasteners, to pass through holes and wrap around said reinforcing member to secure it to said positioner, or to allow screws, nails, or other mechanical fasteners to penetrate therethrough, for the purpose of securing the positioner to the shell; wherein the positioner comprises a concavity (521,721) to accommodate the reinforcement member and is structured to position and support the reinforcement member within the void when the shell is wrapped around the weight-bearing member.
A spreading device, such as a trawl door, comprising: an upper frame defining a top edge of the device; a lower frame defining a bottom edge of the device; a middle frame defining an intermediate frame positioned between the upper and lower frames thereby establishing an upper and lower section; a lower proximal panel and lower distal panel provided in the lower section and connected between the lower and middle frames as well as an upper proximal panel and an upper distal panel provided in the upper section and connected between the middle and upper frames, said panels (5, 6, 7, 8) being of aerofoil construction and connected to the frames in their respective ends; and flaps mounted under the distal panels (6, 8) and connected to driving units, the flaps adapted to be controlled remotely, when the device is in use being towed through the water; characterized in that the proximal (5, 7) and distal (6, 8) panels are placed over each other, and wherein the lower distal panel and upper distal panel have a distal surface (6', 8') rendering them hollow, wherein the flaps constitute a part of the distal surface. an upper frame defining a top edge of the device; a lower frame defining a bottom edge of the device; a middle frame defining an intermediate frame positioned between the upper and lower frames thereby establishing an upper and lower section; a lower proximal panel and lower distal panel provided in the lower section and connected between the lower and middle frames as well as an upper proximal panel and an upper distal panel provided in the upper section and connected between the middle and upper frames, said panels (5, 6, 7, 8) being of aerofoil construction and connected to the frames in their respective ends; and flaps mounted under the distal panels (6, 8) and connected to driving units, the flaps adapted to be controlled remotely, when the device is in use being towed through the water; characterized in that the proximal (5, 7) and distal (6, 8) panels are placed over each other, and wherein the lower distal panel and upper distal panel have a distal surface (6', 8') rendering them hollow, wherein the flaps constitute a part of the distal surface.
Medicinal composition for wound treatment comprising 50 to 99 wt% of a hydrophilic base whereto 1 to 50 wt% of hydrocolloids is dispersed, wherein the hydrophilic base comprises 0.5 to 50 wt% of at least one emulsifier, and wherein the hydrocolloids comprise at least one releasable wound healing promoter substance, characterized in that - the composition contains less than 10 wt% of water, and in that - the hydrophilic base further comprises 20 to 80 wt% of mono-, di- and/or triglycerides and/or full or partial esters of glycerol oligomers. - the composition contains less than 10 wt% of water, and in that - the hydrophilic base further comprises 20 to 80 wt% of mono-, di- and/or triglycerides and/or full or partial esters of glycerol oligomers.
A wireless communication device comprising: a mixer configured to multiply quadrature-modulated transmission data by a local oscillation frequency signal and to output a high-frequency signal; a distributor configured to distribute the high-frequency signal; a detector circuit configured to detect a high-frequency direct current component included in the high-frequency signal, based on the high-frequency signal distributed by the distributor; a correction signal generating unit configured to generate a correction signal for removing the high-frequency direct current component from the high-frequency signal, based on the high-frequency direct current component detected by the detector circuit; a correction unit configured to correct the high-frequency signal by the correction signal generated by the correction signal generating unit; a controller configured to determine whether the quadrature-modulated transmission data includes a direct current component; and a transmission unit (1034, 104, 106, 108) configured to transmit the high-frequency signal that is corrected by the correction unit; wherein, when and only when the controller determines that the quadrature-modulated transmission data does not include the direct current component, the controller is configured to cause the correction unit to correct the high-frequency signal by the correction signal generated by the correction signal generating unit. a mixer configured to multiply quadrature-modulated transmission data by a local oscillation frequency signal and to output a high-frequency signal; a distributor configured to distribute the high-frequency signal; a detector circuit configured to detect a high-frequency direct current component included in the high-frequency signal, based on the high-frequency signal distributed by the distributor; a correction signal generating unit configured to generate a correction signal for removing the high-frequency direct current component from the high-frequency signal, based on the high-frequency direct current component detected by the detector circuit; a correction unit configured to correct the high-frequency signal by the correction signal generated by the correction signal generating unit; a controller configured to determine whether the quadrature-modulated transmission data includes a direct current component; and a transmission unit (1034, 104, 106, 108) configured to transmit the high-frequency signal that is corrected by the correction unit; wherein, when and only when the controller determines that the quadrature-modulated transmission data does not include the direct current component, the controller is configured to cause the correction unit to correct the high-frequency signal by the correction signal generated by the correction signal generating unit.
An assembly for use in arthroplasty, wherein the assembly comprises: an acetabular shell comprising a shell locking section, and a liner within the shell, the liner including: a generally concave inner surface, an outer surface, a rim extending between the inner surface and the outer surface, wherein the outer surface includes a liner locking section, wherein the shell locking section and the liner locking section are self-locking tapers characterised in that: the outer surface of the liner further includes a composite-curved section, the composite-curved section including a curved radial portion having a radius and a curved tangential portion having a radius, wherein the curved radial portion of the composite-curved section extends tangentially from the liner locking section at a first transition point, and in which the composite-curved section includes a curved tangential portion which extends from the curved radial portion at a second transition point where it is tangential to the radial portion; and in which the curved tangential portion has a curved configuration with a radius, the radius of the curved tangential portion being different from the radius of the curved radial portion (250. an acetabular shell comprising a shell locking section, and a liner within the shell, the liner including: a generally concave inner surface, an outer surface, a rim extending between the inner surface and the outer surface, a generally concave inner surface, an outer surface, a rim extending between the inner surface and the outer surface, wherein the outer surface includes a liner locking section, wherein the shell locking section and the liner locking section are self-locking tapers the outer surface of the liner further includes a composite-curved section, the composite-curved section including a curved radial portion having a radius and a curved tangential portion having a radius, wherein the curved radial portion of the composite-curved section extends tangentially from the liner locking section at a first transition point, and in which the composite-curved section includes a curved tangential portion which extends from the curved radial portion at a second transition point where it is tangential to the radial portion; and in which the curved tangential portion has a curved configuration with a radius, the radius of the curved tangential portion being different from the radius of the curved radial portion (250.
A steering lock device comprising: a lock member arranged freely movably between a steering lock position and a steering lock release position; an auxiliary lock mechanism that holds the lock member at the lock position at an illegal unlocking; a fragile portion (74, 74a) disposed between the lock member and the auxiliary lock mechanism, being torn due to a load applied to the lock member to hold the lock member at the steering lock position at an illegal unlocking, characterized in that the fragile portion (74, 74a) has a withstand load set smaller than a load tolerable by the auxiliary lock mechanism, and the withstand load of the fragile portion (74, 74a) is set larger than a load tolerable by the lock member in an event where the lock member slides between the steering lock position and the steering lock release position. a lock member arranged freely movably between a steering lock position and a steering lock release position; an auxiliary lock mechanism that holds the lock member at the lock position at an illegal unlocking; a fragile portion (74, 74a) disposed between the lock member and the auxiliary lock mechanism, being torn due to a load applied to the lock member to hold the lock member at the steering lock position at an illegal unlocking, characterized in that the fragile portion (74, 74a) has a withstand load set smaller than a load tolerable by the auxiliary lock mechanism, and the withstand load of the fragile portion (74, 74a) is set larger than a load tolerable by the lock member in an event where the lock member slides between the steering lock position and the steering lock release position.
An apparatus in a wireless communication system, comprising: a controller (410,912) for distributing packets, to be transmitted to a serving base station, BS, to a plurality of processors (420-1,420-2,914,916) to transmit the packets in a multi-frequency allocation, FA, access mode; the plurality of the processors (420-1,420-2,914,916) for establishing a connection for each of FAs comprising a first FA and a second FA with the serving BS, and generating a media access control, MAC, protocol data units, PDUs, for each of the FAs, wherein the plurality of processors comprise a first processor for the first FA and a second processor for the second FA; and a plurality of senders for encoding the MAC PDUs provided from the corresponding processors (420-1,420-2,914,916) for each of the FAs and transmitting signals to the serving BS, wherein the controller (410,912) determines a handover from the serving BS to a target BS, the connection with the serving BS for the second FA being released by the second processor, wherein the first processor (420-1,914) establishes a first connection with the target BS using the first FA by performing the handover with the target BS upon the connection with the serving BS for the second FA being released, and wherein the second processor (420-2,916) establishes a second connection with the target BS using the second FA upon the first connection with the target BS using the first FA being established. a controller (410,912) for distributing packets, to be transmitted to a serving base station, BS, to a plurality of processors (420-1,420-2,914,916) to transmit the packets in a multi-frequency allocation, FA, access mode; the plurality of the processors (420-1,420-2,914,916) for establishing a connection for each of FAs comprising a first FA and a second FA with the serving BS, and generating a media access control, MAC, protocol data units, PDUs, for each of the FAs, wherein the plurality of processors comprise a first processor for the first FA and a second processor for the second FA; and a plurality of senders for encoding the MAC PDUs provided from the corresponding processors (420-1,420-2,914,916) for each of the FAs and transmitting signals to the serving BS, wherein the controller (410,912) determines a handover from the serving BS to a target BS, the connection with the serving BS for the second FA being released by the second processor, wherein the first processor (420-1,914) establishes a first connection with the target BS using the first FA by performing the handover with the target BS upon the connection with the serving BS for the second FA being released, and wherein the second processor (420-2,916) establishes a second connection with the target BS using the second FA upon the first connection with the target BS using the first FA being established.
A gel for the diffusion of a volatile active ingredient comprising: - an oil containing a volatile active ingredient; and - a gelling agent comprising dibutyl lauroyl glutamide and dibutyl ethylhexanoyl glutamide wherein the oil is present in an amount of from 70 to 99% by weight, relative to the total weight of the gel; and wherein said gel contains up to 99% of perfume; characterised in that the gel is transparent and has a transmittance of at least 80%, as measured spectrophotometrically at 690 nm using water as standard, and wherein the gel is in the form of an air freshener. - an oil containing a volatile active ingredient; and - a gelling agent comprising dibutyl lauroyl glutamide and dibutyl ethylhexanoyl glutamide