mhurhangee/ep-ind-claims huggingface dataset:
Surgical instrument (100, 100' and 100") comprising: - a moving blade (5, 5', 5") lying in a first plane X - Z defined by a first axis X and a second axis Z perpendicular to said first axis X, and emerging perpendicularly with respect to a second plane X - Y, by defining an upward direction, wherein said second plane is defined by said first axis X and a third axis Y perpendicular to said first X and second axis Z and - a main body (1, 1' and 1"), from which - a longitudinal guide member (2, 2' and 2") extends, according to said first axis X, wherein said guide member has a longitudinal groove (4, 4' and 4") according to said first axis X, to guide the movement of the moving blade (5, 5' and 5") in respect of said guide members (2, 2' and 2"), between an initial rest position and a second advanced cutting incision position, said guide member (2, 2' and 2") having a blunt, upward-curving tip emerging from said second plane X - Y and characterized in that said moving blade has a T-Shape and said surgical instrument (100, 100' and 100") further comprises a blade slider that is integral to said main body and is suitable for guiding the longitudinal sliding movement of said moving blade in respect of the main body and within said groove of said shaped guide so that said moving blade can be retracted within the blade slider during tissue detachment and palpation, without running the risk of unwanted resections. - a moving blade (5, 5', 5") lying in a first plane X - Z defined by a first axis X and a second axis Z perpendicular to said first axis X, and emerging perpendicularly with respect to a second plane X - Y, by defining an upward direction, wherein said second plane is defined by said first axis X and a third axis Y perpendicular to said first X and second axis Z and - a main body (1, 1' and 1"), from which - a longitudinal guide member (2, 2' and 2") extends, according to said first axis X,
Medical assistance vehicle platform suitable to be placed on the floor of a vehicle for anchoring a stretcher to the chassis of the vehicle, characterized in that it comprises at least two digital load cells, an electronic device displaying the weight information of a patient on the stretcher, and a digital transmitter, which interconnects the load cells to one another and to the electronic device.
Transducer, particularly a vibronic-type transducer or an electromagnetic transducer, comprising: - at least a measuring tube designed to conduct a flowing medium, and - a sensor housing mechanically coupled with the at least one measuring tube, said housing comprising -- an interior envelope - particularly an envelope forming the cavity accommodating the least one measuring tube, and -- an exterior envelope at least partially formed by a yarn (102#), said exterior envelope being placed outside the cavity, said exterior envelope surrounding the interior envelope. - at least a measuring tube designed to conduct a flowing medium, and - a sensor housing mechanically coupled with the at least one measuring tube, said housing comprising -- an interior envelope - particularly an envelope forming the cavity accommodating the least one measuring tube, and -- an exterior envelope at least partially formed by a yarn (102#), said exterior envelope being placed outside the cavity, said exterior envelope surrounding the interior envelope. -- an interior envelope - particularly an envelope forming the cavity accommodating the least one measuring tube, and -- an exterior envelope at least partially formed by a yarn (102#), said exterior envelope being placed outside the cavity, said exterior envelope surrounding the interior envelope.
A bandwidth determining method, comprising: receiving, by a first device, a physical layer protocol data unit PPDU from a second device, wherein the PPDU is used to determine a scrambling sequence and a service field, and a first group of bits in the scrambling sequence and a second group of bits in the service field indicate a bandwidth; and if a check error occurs in the second group of bits, determining a bandwidth for communication between the first device and the second device based on the first group of bits. receiving, by a first device, a physical layer protocol data unit PPDU from a second device, wherein the PPDU is used to determine a scrambling sequence and a service field, and a first group of bits in the scrambling sequence and a second group of bits in the service field indicate a bandwidth; and if a check error occurs in the second group of bits, determining a bandwidth for communication between the first device and the second device based on the first group of bits.
Method of forming portions of fibrous material, in particular tobacco, and of removing the same by an (endless) conveyor having at least one path of holders for a respective portion, it being the case that the holders are filled with individual portions of the contents at at least two filling lines of one or more filling stations (11, 12), and that, prior to the individual filling operations, individual portions of the contents are weighed and weighed portions which satisfy the predetermined conditions - acceptable portions - are filled cyclically into the holders and weighed portions which do not satisfy the predetermined conditions are detected and ejected as defective portions, characterized by the following steps: a) following detection of a defective portion, that holder which the filling line originally predetermined for filling this holder would have filled with the contents portion, on which the defective portion is based, had the contents portion satisfied the predetermined conditions - defective-portion holder - is sensed, b) a filling line other than that originally predetermined for filling the defective-portion holder - compensating filling line - fills the defective-portion holder, preferably outside the original filling cycle thereof, with an acceptable portion which satisfies the predetermined conditions. a) following detection of a defective portion, that holder which the filling line originally predetermined for filling this holder would have filled with the contents portion, on which the defective portion is based, had the contents portion satisfied the predetermined conditions - defective-portion holder - is sensed, b) a filling line other than that originally predetermined for filling the defective-portion holder - compensating filling line - fills the defective-portion holder, preferably outside the original filling cycle thereof, with an acceptable portion which satisfies the predetermined conditions.
A coaptation assist device (100; 200; 300; 400; 500) for repairing a mitral valve, the coaptation assist device (100; 200; 300; 400; 500) comprising: an atrial fixation member configured to press against cardiac tissue proximate to a native mitral annulus; a coaptation structure extending away from the atrial fixation member and radially inward from the atrial fixation member, the coaptation structure comprising an anterior surface configured to coapt with a first native leaflet during systole and a posterior surface configured to displace at least a portion of a second native leaflet, wherein the coaptation structure is substantially stationary during cardiac cycles; and a sensor (106; 206; 306; 406; 506) affixed to a portion of the coaptation assist device (100; 200; 300; 400; 500) and configured to detect one or more parameters associated with at least one of cardiac function and device functionality. an atrial fixation member configured to press against cardiac tissue proximate to a native mitral annulus; a coaptation structure extending away from the atrial fixation member and radially inward from the atrial fixation member, the coaptation structure comprising an anterior surface configured to coapt with a first native leaflet during systole and a posterior surface configured to displace at least a portion of a second native leaflet, wherein the coaptation structure is substantially stationary during cardiac cycles; and a sensor (106; 206; 306; 406; 506) affixed to a portion of the coaptation assist device (100; 200; 300; 400; 500) and configured to detect one or more parameters associated with at least one of cardiac function and device functionality.
A combustor assembly for a gas turbine engine defining a circumferential direction, the combustor assembly comprising: inner and outer liners (104, 106); and a combustor dome, the combustor dome and the inner and outer liners (104,106) together at least in part defining an annular combustion chamber, the combustor dome comprising inner and outer transition portions (120,122) and a forward wall, the forward wall defining a length, the transition portions (120, 122) each comprising a flat (128, 130) extending from the forward wall towards the inner and outer liner (104,106), respectively, and each defining a radius of curvature (134, 136) between the forward wall and the flat (128, 130) of the inner and outer transition portion (120, 122), respectively, between about two percent and about twenty percent of the length of the forward wall; wherein the forward wall, the outer transition portion, and the outer liner are integrally and seamlessly formed, wherein the combustor dome and combustion chamber outer liner are formed of a ceramic matrix composite material, wherein the inner liner is joined to the combustor dome to define a single seam extending circumferentially; and wherein the combustor dome defines a hot side and a cold side, and wherein the combustor dome defines a plurality of cooling holes extending through the transition portion (120, 122) from the cold side to the hot side to allow for a flow of cooling air. inner and outer liners (104, 106); and a combustor dome, the combustor dome and the inner and outer liners (104,106) together at least in part defining an annular combustion chamber, the combustor dome comprising inner and outer transition portions (120,122) and a forward wall, the forward wall defining a length, the transition portions (120, 122) each comprising a flat (128, 130) extending from the forward wall towards the inner and outer liner (104,106), respectively, and each defining a radius of curvature (134, 136) between the forward wall and the flat (128, 130) of the inner and outer transition portion (120, 122), respectively, between about two percent and about twenty percent of the length of the forward wall; wherein the forward wall, the outer transition portion, and the outer liner are integrally and seamlessly formed, wherein the combustor dome and combustion chamber outer liner are formed of a ceramic matrix composite material, wherein the inner liner is joined to the combustor dome to define a single seam extending circumferentially; and wherein the combustor dome defines a hot side and a cold side, and wherein the combustor dome defines a plurality of cooling holes extending through the transition portion (120, 122) from the cold side to the hot side to allow for a flow of cooling air.
A packaging receptacle including a container and an adjoining lid, said container including a peripheral wall having, at an opening, a first peripheral profile delimiting said opening and able to be closed by the lid, said lid including a second peripheral profile, said first and second profiles nesting one in the other and together forming secure mutual securing means, the first and second profiles extending over the periphery respectively of the container and the lid except over at least one peripheral sector, the container and the lid being in one piece and connected at each peripheral sector by hinge means including two tabs (31, 32) protruding radially toward the outside of the peripheral profiles respectively of the container and of the lid, with a shape parallel to the separating plane of the container and of the lid in the closed position and connected to one another at their free end by at least one scoring (33, 34) forming a hinge crease, said hinge means being provided with at least one weakening line allowing the separation, by manual tearing of the hinge means at least at said weakening line, of the container and the lid, said hinge means having, on each tab (31, 32), a gripping region (4, 4') for the fingers, said gripping regions (4, 4') being situated facing one another and, for each tab (31, 32), provided with one such weakening line, between said weakening line and said scoring (33, 34) forming a hinge crease, where said weakening line includes at least one portion combined with said scoring (33, 34) forming a hinge crease.
Holder for a curved duct portion of a tube pump comprising: a supply-side connector comprising a first cavity and a first plate connected together, said first cavity being adapted for receiving an end of said curved duct portion, and a discharge-side connector comprising a second cavity and a second plate connected together, said second cavity being adapted for receiving another end of said curved duct portion, characterized in that said connectors (2,4) are movable the one with respect to the other between a storage configuration, in which said supply-side connector is positioned away to said discharge-side connector, and an operating configuration, in which said supply-side connector is close to said discharge-side connector and in which said first and second plate (2a, 4b) are engaged together substantially on a same plane (X-Z). a supply-side connector comprising a first cavity and a first plate connected together, said first cavity being adapted for receiving an end of said curved duct portion, and a discharge-side connector comprising a second cavity and a second plate connected together, said second cavity being adapted for receiving another end of said curved duct portion, characterized in that said connectors (2,4) are movable the one with respect to the other between a storage configuration, in which said supply-side connector is positioned away to said discharge-side connector, and an operating configuration, in which said supply-side connector is close to said discharge-side connector and in which said first and second plate (2a, 4b) are engaged together substantially on a same plane (X-Z).
A battery device comprising: a battery adapted to output direct-current power via a power line (17, 18); an electronic tag adapted to output stored battery information via the power line, by load-modulating an alternating-current signal exchanged via the power line; a direct-current blocking section adapted to block the direct-current power outputted via the power line from being inputted to the electronic tag; a voltage generating section, formed by a coil or a transformer, that is connected in parallel with the electronic tag, and configured to receive the alternating-current signal as an input to generate and supply a voltage to the electronic tag. a battery adapted to output direct-current power via a power line (17, 18); an electronic tag adapted to output stored battery information via the power line, by load-modulating an alternating-current signal exchanged via the power line; a direct-current blocking section adapted to block the direct-current power outputted via the power line from being inputted to the electronic tag; a voltage generating section, formed by a coil or a transformer, that is connected in parallel with the electronic tag, and configured to receive the alternating-current signal as an input to generate and supply a voltage to the electronic tag.
Tread profile of a pneumatic vehicle tyre, having profile bands (2, 3) - for example circumferential ribs or profile block rows - which extend over the circumference of the tyre and which are arranged between two circumferential channels (5, 6, 7), wherein the profile bands are, in an axial direction A toward a circumferential channel (6, 7) delimiting the profile band, delimited in each case by a flank (9, 10) which forms that channel wall of the circumferential channel (6, 7) which points towards the profile band, and wherein the profile bands are delimited in a radial direction R toward the outside by a radially outer surface which forms the ground contact surface, having a network of sipes in the radially outer surface of at least one profile band, which network is formed from sipes (12, 13) oriented substantially in a circumferential direction U and of transversely running sipes (15, 16, 18, 19) which intersect said sipes (12, 13) and which extend from one circumferential channel to the other circumferential channel, characterized in that those axial extent sections of the transversely running sipes (15, 16, 18, 19) which are formed in each case between a circumferential channel (6, 7) and that sipe (12, 13) of the network which is situated closest to said circumferential channel (6, 7) and oriented in the circumferential direction U are formed with different maximum depths measured in the radial direction R, with at least two different maximum depths t 1 and t 2, where t 1 > t 2, wherein said axial extent sections of the sipes (15, 16, 18, 19) which are formed with different maximum depths are arranged in an alternating sequence over the circumference of the tyre in the circumferential direction U of the pneumatic vehicle tyre, and in that that axial extent section of the transversely running sipes (15, 16, 18, 19) which is formed in the between those two sipes (12, 13) of the network which are situated in each case closest to one of the two circumferential channels (6, 7) and oriented in the circumferential direction U is formed with the smaller t 2 of the at least two depths of the sipes (15, 16, 18, 19).
A method of diagnosing breast cancer using at least miR- 21 wherein an increase in the expression level of miR-21 in a sample obtained from a subject relative to the level of a corresponding miR gene product in a control is indicative of the subject either having, or being at risk for developing breast cancer.
A polyethylene resin comprising from 47 to 55 wt% of a high molecular weight polyethylene fraction, and from 45 to 53 wt% of a low molecular weight polyethylene fraction; the high molecular weight polyethylene fraction comprising a linear low density polyethylene having a density of from 0.913 to 0.923 g/cm 3, and an HLMI of from 0.02 to 0.2 g/10min; and the low molecular weight polyethylene fraction comprising a high density polyethylene having a density of at least 0.969 g/cm 3 and an MI 2 (8/2) of from 300 to 1000 g/10min, where MI 2 and high load melt index HLMI are measured in accordance with ASTM D-1238 at 190°C with respective loads of 2.16 and 21.6 kg; wherein the density D of the resin is from from 0.948 to 0.954 g/cm 3, and the relationship between the density D of the resin in g/cm 3 and the weight fraction of the low molecular weight fraction P 1 is defined by 0.055P 1 + 0.916 < D < 0.034P 1 + 0.937, and the dynamical viscosity η 0.01, measured at 0.01 radian/second, is greater than 500,000 Pa.s, where dynamical viscosity is measured using an oscillatory rheometer.
A method performed by a long term evolution, LTE, user equipment, UE, comprising: detecting a 2G Subscriber Identification Module, SIM, running a first application that is inserted in the UE, wherein the SIM belongs to a Public Land Mobile Network, PLMN; detecting that the UE is unable to access an enhanced service network provided by an operator of the PLMN via the first application; sending a first notification to a network server for obtaining an Universal Subscriber Identity Module, USIM, running a second application such that the UE can access the enhanced service network; detecting the inactivated USIM inserted in the UE and provided by the operator running the second application; and detecting that the SIM and the USIM belong to the same PLMN provided by the operator, and sending a second notification to the network server requesting the activation of the USIM such that the UE is able to use the enhanced service network provided by the operator. detecting a 2G Subscriber Identification Module, SIM, running a first application that is inserted in the UE, wherein the SIM belongs to a Public Land Mobile Network, PLMN; detecting that the UE is unable to access an enhanced service network provided by an operator of the PLMN via the first application; sending a first notification to a network server for obtaining an Universal Subscriber Identity Module, USIM, running a second application such that the UE can access the enhanced service network; detecting the inactivated USIM inserted in the UE and provided by the operator running the second application; and detecting that the SIM and the USIM belong to the same PLMN provided by the operator, and sending a second notification to the network server requesting the activation of the USIM such that the UE is able to use the enhanced service network provided by the operator.
A method in a wireless communication system, the method comprising: transmitting, to a gateway mobile switching center, GMSC,, a service request related to a circuit switched, CS, service for a target terminal; and receiving, from the GMSC, a reject message for the service request, if a short message service, SMS, only indication is associated with the target terminal and the service request is related to a voice call, wherein a paging message is transmitted to the target terminal based on the service request, if the SMS only indication is associated with the target terminal and a paging request transmitted from the GMSC to a mobility management entity, MME, includes an SMS indicator. transmitting, to a gateway mobile switching center, GMSC,, a service request related to a circuit switched, CS, service for a target terminal; and receiving, from the GMSC, a reject message for the service request, if a short message service, SMS, only indication is associated with the target terminal and the service request is related to a voice call, wherein a paging message is transmitted to the target terminal based on the service request, if the SMS only indication is associated with the target terminal and a paging request transmitted from the GMSC to a mobility management entity, MME, includes an SMS indicator.
Operating device for scales having a display which comprises a display region for displaying weighing results and a touch-sensitive operating region, characterized in that the touch-sensitive operating region has an acknowledgement region and a sliding region, the sliding region having one or more sliding area(s) (14, 15) arranged around the acknowledgement region in a circular or star-shaped manner for the purpose of selecting different parameters, and the acknowledgement region being designed to acknowledge the selected parameter by means of simple touch, and in that the display has a calibration device for adapting the response sensitivity of the operating region.
A fluid analysis device, comprising: - a sensing device for analyzing a fluid sample, comprising a micro-fluidic component for propagating the fluid sample and a microchip configured for sensing the fluid sample in the micro-fluidic component; - a sealed fluid compartment containing a further fluid, fluid-tight connected to the sensing device and adapted for providing the further fluid to the micro-fluidic component when the sealed fluid compartment is opened; and - an inlet for providing the fluid sample to the micro-fluidic component, wherein the microfluidic component is embedded in a substrate and the microchip is a lid adapted for at least partly closing the microfluidic component. - a sensing device for analyzing a fluid sample, comprising a micro-fluidic component for propagating the fluid sample and a microchip configured for sensing the fluid sample in the micro-fluidic component; - a sealed fluid compartment containing a further fluid, fluid-tight connected to the sensing device and adapted for providing the further fluid to the micro-fluidic component when the sealed fluid compartment is opened; and - an inlet for providing the fluid sample to the micro-fluidic component, wherein the microfluidic component is embedded in a substrate and the microchip is a lid adapted for at least partly closing the microfluidic component.