mhurhangee/ep-ind-claims huggingface dataset:
A trocar system comprising: a seal assembly having an instrument seal; a cannula connected to the seal assembly; an adjustable obturator insertable into and through the seal assembly and the cannula, the obturator comprising: an elongate shaft, a handle and a tip, the handle and tip connected to the elongate shaft; characterized by a core seal on the elongate shaft and between the handle and the tip, the core seal sealing against the instrument seal of the seal assembly when the obturator is fully inserted through the seal assembly and the cannula; and at least one rib (16, 171, 181, 185, 187, 189) located at the tip of the elongated shaft, the at least one rib and the elongate shaft defining a gap between the at least one rib and the elongate shaft, the gap diminishing in size as the at least one rib compresses from a relaxed state to a compressed state when the obturator and the at least one rib are inserted into the cannula. a seal assembly having an instrument seal; a cannula connected to the seal assembly; an adjustable obturator insertable into and through the seal assembly and the cannula, the obturator comprising: an elongate shaft, a handle and a tip, the handle and tip connected to the elongate shaft; characterized by a core seal on the elongate shaft and between the handle and the tip, the core seal sealing against the instrument seal of the seal assembly when the obturator is fully inserted through the seal assembly and the cannula; and at least one rib (16, 171, 181, 185, 187, 189) located at the tip of the elongated shaft, the at least one rib and the elongate shaft defining a gap between the at least one rib and the elongate shaft, the gap diminishing in size as the at least one rib compresses from a relaxed state to a compressed state when the obturator and the at least one rib are inserted into the cannula. an elongate shaft, a handle and a tip, the handle and tip connected to the elongate shaft; characterized by a core seal on the elongate shaft and between the handle and the tip, the core seal sealing against the instrument seal of the seal assembly when the obturator is fully inserted through the seal assembly and the cannula; and at least one rib (16, 171, 181, 185, 187, 189) located at the tip of the elongated shaft, the at least one rib and the elongate shaft defining a gap between the at least one rib and the elongate shaft, the gap diminishing in size as the at least one rib compresses from a relaxed state to a compressed state when the obturator and the at least one rib are inserted into the cannula.
Fuselage for an aircraft or spacecraft comprising an arrangement for passing a line in a load-free manner through a pressure frame of the fuselage of an aircraft or spacecraft, comprising: an opening penetrating the pressure frame, through which opening the line is passed, wherein the line is mechanically decoupled from the pressure frame; and a flexible sealing device arranged outside the opening at least in portions, which sealing device is simultaneously operatively connected to the line and the pressure frame for the pressure-tight separation of a first side from a second side of the pressure frame, characterised in that the line comprises a first end-face coupling device assigned to the first, in particular pressurised, side of the pressure frame, and a second end-face coupling device assigned to the second, in particular unpressurised, side of the pressure frame, the line being operatively connected to a line system of the aircraft or spacecraft in a detachable manner by means of the first end-face coupling device and the second end-face coupling device and in that the first end-face coupling device is fixed to a first structural element of the fuselage, which structural element is assigned to the first side of the pressure frame, and the second end-face coupling device is fixed to a second structural element assigned to the second side of the pressure frame, and wherein the sealing device is fixed to the first end-face coupling device of the line. an opening penetrating the pressure frame, through which opening the line is passed, wherein the line is mechanically decoupled from the pressure frame; and a flexible sealing device arranged outside the opening at least in portions, which sealing device is simultaneously operatively connected to the line and the pressure frame for the pressure-tight separation of a first side from a second side of the pressure frame, characterised in that the line comprises a first end-face coupling device assigned to the first, in particular pressurised, side of the pressure frame, and a second end-face coupling device assigned to the second, in particular unpressurised, side of the pressure frame, the line being operatively connected to a line system of the aircraft or spacecraft in a detachable manner by means of the first end-face coupling device and the second end-face coupling device and in that the first end-face coupling device is fixed to a first structural element of the fuselage, which structural element is assigned to the first side of the pressure frame, and the second end-face coupling device is fixed to a second structural element assigned to the second side of the pressure frame, and wherein the sealing device is fixed to the first end-face coupling device of the line.
An end effector of a surgical instrument for manipulating tissue of a patient with a cartridge, comprising: (a) a distal end portion comprising an anvil; (b) a proximal end portion; (c) a gap between the distal end portion and the proximal end portion; and (d) a guide pin extending from the distal end portion to the proximal end portion, wherein the guide pin is configured to receive the tissue thereagainst for positioning the tissue within the gap, wherein the guide pin is connected to each of the distal and proximal end portions to secure the distal end portion relative to the proximal end portion and inhibit deflection of the distal end portion relative to the proximal end portion, wherein the distal end portion extends distally from the proximal end portion in the form of a hook-shape supporting structure with the gap therebetween configured to receive the tissue, wherein the hook shape supporting structure comprises a base extending between the proximal end portion and the anvil, characterized in that: the guide pin extends alongside the base. (a) a distal end portion comprising an anvil; (b) a proximal end portion; (c) a gap between the distal end portion and the proximal end portion; and (d) a guide pin extending from the distal end portion to the proximal end portion, wherein the guide pin is configured to receive the tissue thereagainst for positioning the tissue within the gap, wherein the guide pin is connected to each of the distal and proximal end portions to secure the distal end portion relative to the proximal end portion and inhibit deflection of the distal end portion relative to the proximal end portion,
Hearing aid (1; 11) having at least - an input converter (3, 4; 12) for acquiring an input signal and converting it into an electrical input signal; - a signal processing unit (5; 14, 15, 16) for processing and amplifying (V, V1, V2, V3, V4, V5, V6, V7, V8) the electrical input signal on the basis of the frequency and for generating an electrical output signal; - an output converter (6; 18) for converting the electrical output signal into an output signal which can be perceived by a user as an acoustic output signal; - a sound detector device for detecting sounds in a voice signal entering the hearing aid (1; 11); - means for briefly increasing (V6') the gain beyond a normal gain (V N) for at least one frequency range in which a detected sound has signal components; characterized by - means for setting the normal gain (V N) of an electrical input signal on the basis of the signal frequency (f); wherein - the gain (V, V1,..., V8) is limited to a permanently possible maximum gain (V Max) at least in a particular frequency range (K1,..., K8); - the gain (V, V1,..., V8) can be set in such a manner that it exceeds the normal gain (V N) or the permanently possible maximum gain (V Max) at least substantially for the duration of the detected sound; - the gain (V, V1,..., V8) can be set in such a manner that it exceeds the normal gain (V N) or the permanently possible maximum gain (V Max) at most for a duration which is shorter than a settling time of feedback whistling. - an input converter (3, 4; 12) for acquiring an input signal and converting it into an electrical input signal; - a signal processing unit (5; 14, 15, 16) for processing and amplifying (V, V1, V2, V3, V4, V5, V6, V7, V8) the electrical input signal on the basis of the frequency and for generating an electrical output signal; - an output converter (6; 18) for converting the electrical output signal into an output signal which can be perceived by a user as an acoustic output signal; - a sound detector device for detecting sounds in a voice signal entering the hearing aid (1; 11); - means for briefly increasing (V6') the gain beyond a normal gain (V N) for at least one frequency range in which a detected sound has signal components; - means for setting the normal gain (V N) of an electrical input signal on the basis of the signal frequency (f); - the gain (V, V1,..., V8) is limited to a permanently possible maximum gain (V Max) at least in a particular frequency range (K1,..., K8); - the gain (V, V1,..., V8) can be set in such a manner that it exceeds the normal gain (V N) or the permanently possible maximum gain (V Max) at least substantially for the duration of the detected sound; - the gain (V, V1,..., V8) can be set in such a manner that it exceeds the normal gain (V N) or the permanently possible maximum gain (V Max) at most for a duration which is shorter than a settling time of feedback whistling.
A method for accessing a service, characterized in that the method comprises the following steps: - a) a first device receives from a second device data relating to a transaction, as complete transaction data; - b) the first device generates a first signature by using the complete transaction data, a first algorithm and a first key; - c) the first device modifies at least one character from the complete transaction data and gets partial transaction data; - d) the first device sends to the second device the partial transaction data; - e) the second device requests a user to modify the partial transaction data by providing at least one character, as complementary data to the partial transaction data; - f) the second device gets, as request response from the user, at least one character to modify the partial transaction data, a corresponding result being proposed modified transaction data; - g) the second device generates a second signature by using the proposed modified transaction data, the first algorithm and the first key; - h) the second device sends to the first device the second signature; - i) the first device verifies whether the second signature does or does not match the first signature; - j) only if the second signature does match the first signature, then the first device authorizes to carry out a corresponding transaction. - a) a first device receives from a second device data relating to a transaction, as complete transaction data; - b) the first device generates a first signature by using the complete transaction data, a first algorithm and a first key; - c) the first device modifies at least one character from the complete transaction data and gets partial transaction data; - d) the first device sends to the second device the partial transaction data; - e) the second device requests a user to modify the partial transaction data by providing at least one character, as complementary data to the partial transaction data; - f) the second device gets, as request response from the user, at least one character to modify the partial transaction data, a corresponding result being proposed modified transaction data; - g) the second device generates a second signature by using the proposed modified transaction data, the first algorithm and the first key; - h) the second device sends to the first device the second signature; - i) the first device verifies whether the second signature does or does not match the first signature; - j) only if the second signature does match the first signature, then the first device authorizes to carry out a corresponding transaction.
Carriage having a chassis (10, 20), a body (30, 40), a drawbar (11, 21) and two pairs (P 1, P 2) of wheels (1, 2, 3, 4) arranged on the chassis (10, 20), which are each spaced apart from one another by a track width (S 1, S 2), characterized in that the track widths (S 1, S 2) of the wheels (1, 2, 3, 4) are able to be reduced for transporting the carriage and are settable to different sizes, and in that the chassis is configured in a multipart, in particular two-part, manner and in a telescopic manner in the direction of travel.
Compressed-air supply device for a commercial vehicle, comprising - a compressed air inlet which can be coupled to a compressor, - a filter unit coupled to the compressed air inlet via a delivery line, - a drain valve coupled to a drain outlet and the delivery line, - an energy-saving control output which can be coupled to a control input of the compressor, - a first valve device and a second valve device (18, 18'), wherein the drain valve, the energy-saving control output and the regeneration of the filter unit can be controlled by the valve devices (16, 18), characterised in that the energy-saving control output can be controlled by the first valve device and the drain valve and the regeneration of the filter unit can be controlled via the second valve device (18, 18'), and in that the second valve device (18, 18') can be supplied with compressed air by the first valve device, wherein the first valve device vents the control input of a compressor coupled to the energy-saving control output and blocks a supply path to the second valve device (18, 18') in a first switching state and in a second switching state ventilates the control input of the compressor coupled to the energy-saving control output and opens the supply path to the second valve device, and in that the compressor can be changed into an energy-saving state by ventilating the control input, wherein the first valve device is energised in its first switching state and is de-energised in its second switching state. - a compressed air inlet which can be coupled to a compressor, - a filter unit coupled to the compressed air inlet via a delivery line, - a drain valve coupled to a drain outlet and the delivery line, - an energy-saving control output which can be coupled to a control input of the compressor, - a first valve device and a second valve device (18, 18'),
A method of synchronizing a wireless device with a network node, the method comprising: receiving, at the wireless device, a radio sub frame transmitted from the network node, the radio subframe comprising a first Primary Synchronization Signal associated with a first Orthogonal Frequency Division Multiplexing (OFDM) symbol and paired with a first Secondary Synchronization Signal associated with a second OFDM symbol; detecting the first PSS within the radio subframe; detecting the first SSS within the radio subframe; and determining system information associated with the network node based on the detected PSS and the detected SSS; characterised by transmitting from the network node said radio subframe as a Multimedia Broadcast Multicast Services Single-Frequency Network (MBSFN) subframe. receiving, at the wireless device, a radio sub frame transmitted from the network node, the radio subframe comprising a first Primary Synchronization Signal associated with a first Orthogonal Frequency Division Multiplexing (OFDM) symbol and paired with a first Secondary Synchronization Signal associated with a second OFDM symbol; detecting the first PSS within the radio subframe; detecting the first SSS within the radio subframe; and determining system information associated with the network node based on the detected PSS and the detected SSS; characterised by transmitting from the network node said radio subframe as a Multimedia Broadcast Multicast Services Single-Frequency Network (MBSFN) subframe.
A method of system Performance Management, PM, by an Operating Support System, OSS, of a mobile telecommunications system, said mobile telecommunications system comprising a plurality of nodes and radio access units servicing a plurality of cells generating a plurality of operational events data and counter values measured periodically for a first Result Output Period, ROP, said method comprising the steps of: - collecting events data and counter values originating from said nodes and radio access units; - aggregating said events data and said counter values originating from said nodes and radio access units for a second and further ROPs having a duration longer than said first ROP, wherein for each of said second and further ROPs aggregating said events data and said counter values originating from said nodes and radio access units is performed periodically, and wherein said first and second and further ROPs are set corresponding to a specific operational event and counter; - creating further counter values from said collected events data periodically for said second and further ROPs; - processing said aggregated and further counter values corresponding to said originating nodes, radio access units and ROP, and - analysing said processed counter values for providing system operational performance indicia in different time scales, wherein said collected events data and counter values are stored for a period of time being a multiple of the respective second and further ROPs and are dropped afterwards. - collecting events data and counter values originating from said nodes and radio access units; - aggregating said events data and said counter values originating from said nodes and radio access units for a second and further ROPs having a duration longer than said first ROP, wherein for each of said second and further ROPs aggregating said events data and said counter values originating from said nodes and radio access units is performed periodically, and wherein said first and second and further ROPs are set corresponding to a specific operational event and counter; - creating further counter values from said collected events data periodically for said second and further ROPs; - processing said aggregated and further counter values corresponding to said originating nodes, radio access units and ROP, and - analysing said processed counter values for providing system operational performance indicia in different time scales,
Polyamide composition having high fluid barrier properties comprising: a) a polyamide matrix; b) a novolac resin; c) from 5 to 30% by weight of a polyolefin that does not comprise functional groups intended to improve its compatibility with the polyamide, said polyolefin c) being a high-densiy polyethylene; and d) an agent for compatibilization between the polyolefin and the polyamide, said compatibilizing agent d) being a maleic antydride-grafted polyethylene; and further characterized in that it comprises from 40 to 80% by weight of polyamide, relative to the total weight of the composition, and from 2 to 20% by weight of the compatibilizing agent d), relative to the total weight of the composition. a) a polyamide matrix; b) a novolac resin; c) from 5 to 30% by weight of a polyolefin that does not comprise functional groups intended to improve its compatibility with the polyamide, said polyolefin c) being a high-densiy polyethylene; and d) an agent for compatibilization between the polyolefin and the polyamide, said compatibilizing agent d) being a maleic antydride-grafted polyethylene;
A method of distance determination in an RFID system, the method comprising the steps of: switching on a carrier field of an RFID reader by means of an antenna of the RFID reader; powering up a passive RFID transponder by energy transfer from said carrier field; receiving, at the RFID reader, a response signal from the passive RFID transponder, said response signal comprising a code related to the RFID transponder; detecting said code; and determining a time difference between the switching on of the carrier field and the detection of the code, and calculating a distance between the antenna and the passive RFID transponder from the determined time difference, wherein the calculating is performed on the basis of the carrier field characteristics and the power up characteristics of the passive RFID transponder, wherein the time necessary to power-up said passive RFID transponder is a function of the distance between the antenna and the passive RFID transponder which is located in the near field of the antenna. switching on a carrier field of an RFID reader by means of an antenna of the RFID reader; powering up a passive RFID transponder by energy transfer from said carrier field; receiving, at the RFID reader, a response signal from the passive RFID transponder, said response signal comprising a code related to the RFID transponder; detecting said code; and determining a time difference between the switching on of the carrier field and the detection of the code, and calculating a distance between the antenna and the passive RFID transponder from the determined time difference, wherein the calculating is performed on the basis of the carrier field characteristics and the power up characteristics of the passive RFID transponder, wherein the time necessary to power-up said passive RFID transponder is a function of the distance between the antenna and the passive RFID transponder which is located in the near field of the antenna.
Method for transmitting data from a first vehicle to an external receiver unit, wherein an information item is provided, wherein the information item contains a transmission quality for at least one transmission channel in dependence on a plurality of locations, wherein a transmission location is determined on the basis of a route of the first vehicle and the information item, and the data is transmitted when the transmission location is reached by the first vehicle, characterized in that a transmission channel consists in the fact that additional transmission of the data occurs from a transmitter device of the first vehicle to at least one receiver device of a second vehicle, wherein the second vehicle is parked at the edge of the road, wherein the second vehicle which is parked at the edge of the road receives data from a plurality of vehicles (120, 123) and combines the data received from a plurality of vehicles (120, 123) and sends it in a bundled fashion to the external receiver unit.
A seal arrangement comprising a basket of a centrifuge, said basket being rotatably arranged around an axis of rotation and rotationally fixedly connected, via a basket hub and via a suspension of the basket, to a drive shaft coupled to a drive unit extending along the axis of rotation in a bearing block (4, 7, 8, 9, 20, 24), wherein a gap is provided between the bearing block (4, 7, 8, 9, 20, 24) and the basket hub characterised in that a seal (18, 19) is provided at the drive side between the basket hub and the bearing block (4, 7, 8, 9, 20, 24) for the sealing of he gap.