mhurhangee/patent-ind-claim-en huggingface dataset:
A delivery system for implanting a medical device , comprising: a delivery catheter having an inner lumen , a mandrel received in the inner lumen of the delivery catheter and movable with respect to the delivery catheter , an adapter piece connected to the mandrel , wherein the adapter piece , by moving the mandrel with respect to the delivery catheter , is displaceable between a first position in which the adapter piece is received within the inner lumen of the delivery catheter and a second position in which the adapter piece is arranged outside of the inner lumen of the delivery catheter , and a tethering member comprising a tether portion having a first end at which the tethering member is connected to the adapter piece , wherein the tethering member further comprises a positive-locking member adjoining the tether portion at a distance from the first end , wherein the positive-locking member in a connection state is received on the adapter piece and is locked with respect to the adapter piece while the adapter piece is in the first position, and wherein the positive-locking member is releasable from the adapter piece by displacing the adapter piece from the first position towards the second position. a delivery catheter having an inner lumen , a mandrel received in the inner lumen of the delivery catheter and movable with respect to the delivery catheter , an adapter piece connected to the mandrel , wherein the adapter piece , by moving the mandrel with respect to the delivery catheter , is displaceable between a first position in which the adapter piece is received within the inner lumen of the delivery catheter and a second position in which the adapter piece is arranged outside of the inner lumen of the delivery catheter , and a tethering member comprising a tether portion having a first end at which the tethering member is connected to the adapter piece , wherein the tethering member further comprises a positive-locking member adjoining the tether portion at a distance from the first end , wherein the positive-locking member in a connection state is received on the adapter piece and is locked with respect to the adapter piece while the adapter piece is in the first position, and wherein the positive-locking member is releasable from the adapter piece by displacing the adapter piece from the first position towards the second position.
A method of transmitting data, the method comprising: Determining (S101), by a base station, a group air interface identity corresponding to an Internet Protocol, IP, broadcast address or an IP multicast destination address; Configuring (S102), by the base station, user equipments in a group with the group air interface identity; and Scheduling (S103), by the base station, and transmitting data via an air interface over a specific group channel using the group air interface identity; wherein the specific group channel includes a logic channel Group Control Channel, GCCH, a logic channel Group Traffic Channel, GTCH, and a transport channel Group Channel, GCH, wherein the GCCH is configured to carry air interface configuration information of an IP multicast group, the GTCH is configured to carry IP multicast data packets with a same IP multicast destination address and with a same transmission characteristic or transmission characteristics in a same range; and the GCH is a point-to-multipoint transport channel configured to transport IP multicast data to all of user equipments in a group; and wherein the GCCH and the GTCH are mapped to the GCH and further to a Physical Downlink Shared Channel, PDSCH; or the GCCH and the GTCH are mapped to a Downlink Shared Channel, DL-SCH, and further to a Physical Downlink Shared Channel, PDSCH Determining (S101), by a base station, a group air interface identity corresponding to an Internet Protocol, IP, broadcast address or an IP multicast destination address; Configuring (S102), by the base station, user equipments in a group with the group air interface identity; and Scheduling (S103), by the base station, and transmitting data via an air interface over a specific group channel using the group air interface identity; wherein the specific group channel includes a logic channel Group Control Channel, GCCH, a logic channel Group Traffic Channel, GTCH, and a transport channel Group Channel, GCH, wherein the GCCH is configured to carry air interface configuration information of an IP multicast group, the GTCH is configured to carry IP multicast data packets with a same IP multicast destination address and with a same transmission characteristic or transmission characteristics in a same range; and the GCH is a point-to-multipoint transport channel configured to transport IP multicast data to all of user equipments in a group; and wherein the GCCH and the GTCH are mapped to the GCH and further to a Physical Downlink Shared Channel, PDSCH; or the GCCH and the GTCH are mapped to a Downlink Shared Channel, DL-SCH, and further to a Physical Downlink Shared Channel, PDSCH
Method for producing a medical solution from at least one first and at least one second component, wherein the first component and the second component are present as liquids and are each conveyed by a conveying means in order to obtain a mixed solution, wherein the conveying means are operated in such a way that modulation of the concentrations of the first and the second component takes place and that the conductivity, or a parameter correlated with the conductivity, of the mixed solution is measured at a measuring point, and wherein the modulation of the concentrations of the components in a target state takes place such that a specific target modulation or no modulation of the measured conductivity, or of the parameter correlated with the conductivity, of the mixed solution occurs, characterised in that from the amplitude of the modulation of the measured conductivity of the mixed solution or of the measured parameter, correlated with the conductivity, of the mixed solution, and/or from the mean measured conductivity of the mixed solution or from the mean value of the measured parameter, correlated with the conductivity, of the mixed solution and/or from the phase shift of the modulation of the measured conductivity of the mixed solution or of the measured parameter, correlated with the conductivity, of the mixed solution compared with the excitation of the conveying means, it is determined which component deviates in respect of its concentration from the expected value for this component.
An electrical plug-in connection , comprising a plug-in connector and a mating plug-in connector which can be connected to the plug-in connector , wherein the mating plug-in connector has an operating element which is movable between a home position (P 0 ) and a locking position (P 1 ) and is designed to interact with a guide means of the plug-in connector in such a way that the plug-in connection , starting from a preliminary latching position, assumes a locking position when the operating element is moved from the home position (P 0 ) to the locking position (P 1 ), wherein the plug-in connector has a tooth system and the mating plug-in connector has a mating tooth system which corresponds to the tooth system of the plug-in connector , wherein the tooth system and the mating tooth system are in engagement with one another in the locking position of the plug-in connection , characterized in that the teeth of the tooth systems are pushed axially one into the other in the plug-in direction while the operating element is moved from the home position (P 0 ) into the locking position (P 1 ).
A method performed by a control plane, CP, data processing apparatus of a central unit, CU, for synchronizing radio link control re-establishment between a user equipment, UE and a base station distributed unit, DU, with Packet Data Convergence Protocol, PDCP, data recovery, the method comprising: a. obtaining an indication that an uplink and/or downlink outage has occurred between the base station DU and the UE; b. transmitting a request to a user plane, UP, data processing apparatus of the CU to instruct the UP data processing apparatus to retransmit any data protocol units previously transmitted to the UE which were unacknowledged by the UE. a. obtaining an indication that an uplink and/or downlink outage has occurred between the base station DU and the UE; b. transmitting a request to a user plane, UP, data processing apparatus of the CU to instruct the UP data processing apparatus to retransmit any data protocol units previously transmitted to the UE which were unacknowledged by the UE.
Guide profile combination (101, 102; 101', 102') for a window having a roller shutter box having an inspection flap on the outside of the building, at least comprising: - a mounting profile (110; 110') which is formed as a plastics-material hollow section and is to be connected to a cover frame or a central post ; and - a first guide rail profile of aluminium, or a second guide rail profile (130; 130') of aluminium, which has in each case at least one guide rail (121; 121', 131, 131') for a drape, wherein the mounting profile (110; 110') and the respective guide rail profile (120; 120', 130, 130') are able to be latched to one another, characterized in that the mounting profile (110; 110') in a profile portion specified for resting on the cover frame or central post has at least one additional guide rail clearance (111; 111') for a second drape; wherein, while using the first guide rail profile , the additional guide rail clearance (111; 111') of the mounting profile (110; 110') is covered by a profile leg of the first guide rail profile (120; 120') that adjoins the guide rail (121; 121') or, while using the second guide rail profile , the U-shaped profile region of an additional guide rail profile that laterally adjoins the second guide rail profile without gaps and forms an additional rail, is able to be pushed into the additional guide rail clearance (111; 111'), and wherein the lateral visible faces of the mounting profile (110; 110') that face away from the cover frame or central post are completely covered by the first guide rail profile or the combination of the second guide rail profile and the additional guide rail profile . - a mounting profile (110; 110') which is formed as a plastics-material hollow section and is to be connected to a cover frame or a central post ; and - a first guide rail profile of aluminium, or a second guide rail profile (130; 130') of aluminium, which has in each case at least one guide rail (121; 121', 131, 131') for a drape, wherein the mounting profile (110; 110') and the respective guide rail profile (120; 120', 130, 130') are able to be latched to one another, characterized in that the mounting profile (110; 110') in a profile portion specified for resting on the cover frame or central post has at least one additional guide rail clearance (111; 111') for a second drape; wherein, while using the first guide rail profile , the additional guide rail clearance (111; 111') of the mounting profile (110; 110') is covered by a profile leg of the first guide rail profile (120; 120') that adjoins the guide rail (121; 121') or, while using the second guide rail profile , the U-shaped profile region of an additional guide rail profile that laterally adjoins the second guide rail profile without gaps and forms an additional rail, is able to be pushed into the additional guide rail clearance (111; 111'), and wherein the lateral visible faces of the mounting profile (110; 110') that face away from the cover frame or central post are completely covered by the first guide rail profile or the combination of the second guide rail profile and the additional guide rail profile .
Full body harness, comprising a chest strap , an abdomen strap , a runner adapted to run in a rail, a ring , which is coupled with the runner , a damping unit , having a first end, a middle portion and a second end, wherein the damping unit extends between the chest strap and the abdomen strap , wherein the first end of the damping unit is coupled to the chest strap , wherein the second end of the damping unit is coupled to the abdomen strap , wherein the damping unit is adapted in the event of a fall to limit the maximum loading on the wearer of the harness, wherein the ring is coupled to the damping unit in the region of the middle portion wherein the damping unit is adapted to at least partially tear apart in an event of a fall, wherein the damping unit comprises a plurality of layers which are sawn together and which are configured to at least partially tear apart in the event of a fall. a chest strap , an abdomen strap , a runner adapted to run in a rail, a ring , which is coupled with the runner , a damping unit , having a first end, a middle portion and a second end, wherein the damping unit extends between the chest strap and the abdomen strap , wherein the first end of the damping unit is coupled to the chest strap , wherein the second end of the damping unit is coupled to the abdomen strap , wherein the damping unit is adapted in the event of a fall to limit the maximum loading on the wearer of the harness, wherein the ring is coupled to the damping unit in the region of the middle portion wherein the damping unit is adapted to at least partially tear apart in an event of a fall, wherein the damping unit comprises a plurality of layers which are sawn together and which are configured to at least partially tear apart in the event of a fall.
A method for manufacturing a battery module , comprising: accommodating a battery cell assembly having at least one battery cell in a module case ; and injecting a thermally conductive adhesive (TR) through at least one injection hole provided in a bottom portion of the module case so that the module case is coated with the thermally conductive adhesive (TR), wherein the injection hole is provided in plural, and the plurality of injection holes are spaced apart from each other by a predetermined distance at the bottom portion of the module case ; and wherein convex portions and concave portions are formed alternately at an inner surface of the bottom portion of the module case , and wherein the plurality of injection holes are provided in the convex portions . accommodating a battery cell assembly having at least one battery cell in a module case ; and injecting a thermally conductive adhesive (TR) through at least one injection hole provided in a bottom portion of the module case so that the module case is coated with the thermally conductive adhesive (TR), wherein the injection hole is provided in plural, and the plurality of injection holes are spaced apart from each other by a predetermined distance at the bottom portion of the module case ; and wherein convex portions and concave portions are formed alternately at an inner surface of the bottom portion of the module case , and wherein the plurality of injection holes are provided in the convex portions .
A composition for use in increasing red blood cell levels and increasing muscle formation in an anemia patient in need thereof, wherein (i) the patient has cachexia or sarcopenia, (ii) the composition comprises an effective amount of an ActRIIb antagonist and (iii) the antagonist is a fusion protein comprising an immunogloblin Fc domain and an ActRIIb polypeptide, the ActRIIb polypeptide being selected from the group consisting of: a) a polypeptide comprising an amino acid sequence at least 90% identical to SEQ ID NO: 1; b) a polypeptide comprising an amino acid sequence at least 90% identical to SEQ ID NO: 2; and c) a polypeptide comprising an amino acid sequence at least 90% identical to SEQ ID NO: 3 a) a polypeptide comprising an amino acid sequence at least 90% identical to SEQ ID NO: 1; b) a polypeptide comprising an amino acid sequence at least 90% identical to SEQ ID NO: 2; and c) a polypeptide comprising an amino acid sequence at least 90% identical to SEQ ID NO: 3
A bacterial strain, wherein said strain is Lactobacillus reuteri DSM 32846, DSM 32847, DSM 32849 or DSM 33198.
A method for device control, being applied to an electronic device with a touch display screen and comprising: receiving information of a first gesture; displaying at least one icon on condition that the first gesture comprises a preset trigger gesture, each icon representing one window mode; obtaining a gesture end position of the first gesture; determining a window mode represented by an icon as a target window mode, upon detecting that the gesture end position of the first gesture is at a display position of the icon; and obtaining information of a target application, and displaying the information of the target application in the target window mode, the target application being an application corresponding to information displayed on the touch display screen when the first gesture is received. receiving information of a first gesture; displaying at least one icon on condition that the first gesture comprises a preset trigger gesture, each icon representing one window mode; obtaining a gesture end position of the first gesture; determining a window mode represented by an icon as a target window mode, upon detecting that the gesture end position of the first gesture is at a display position of the icon; and obtaining information of a target application, and displaying the information of the target application in the target window mode, the target application being an application corresponding to information displayed on the touch display screen when the first gesture is received.
A method for preventing or reducing low speed pre-ignition in a direct injected, boosted, spark ignited internal combustion engine, said method comprising the step of lubricating the crankcase of the engine with a lubricating oil composition comprising from 25 to 3000 ppm of metal from at least one manganese-containing compound, based on the total weight of the lubricating oil composition.
An optical gauge for calibration of a robot, said optical gauge comprising: a first optical transmitter in communication with a first optical receiver to form a first optical micrometer defining a first direction of planar measurement; a second optical transmitter in communication with a second optical receiver to form a second optical micrometer defining a second direction of planar measurement nearly perpendicular to the first direction, said first optical micrometer being offset in a fixed position from said second optical micrometer by a known gap distance in a third direction orthogonal to the first direction and the second direction to create a measurement void with the first direction of planar measurement and the second direction of planar measurement in a space defined between said first optical transmitter and said first optical receiver and between said second optical transmitter and said second optical receiver to obtain calibration data as to position or size of said robot when positioned within or passed through the measurement void ; characterized in that it comprises a processor configured to calibrate or verify the calibration of said robot with the calibration data, wherein said processor is adapted to store three measured positions of an end effector of said robot within said measurement void and to calculate and store a set of side lengths and a set of angles between said three measured positions in three dimensional space as a comparison tool to verify the robot calibration in a subsequent calibration procedure. a first optical transmitter in communication with a first optical receiver to form a first optical micrometer defining a first direction of planar measurement; a second optical transmitter in communication with a second optical receiver to form a second optical micrometer defining a second direction of planar measurement nearly perpendicular to the first direction, said first optical micrometer being offset in a fixed position from said second optical micrometer by a known gap distance in a third direction orthogonal to the first direction and the second direction to create a measurement void with the first direction of planar measurement and the second direction of planar measurement in a space defined between said first optical transmitter and said first optical receiver and between said second optical transmitter and said second optical receiver to obtain calibration data as to position or size of said robot when positioned within or passed through the measurement void ; characterized in that it comprises a processor configured to calibrate or verify the calibration of said robot with the calibration data, wherein said processor is adapted to store three measured positions of an end effector of said robot within said measurement void and to calculate and store a set of side lengths and a set of angles between said three measured positions in three dimensional space as a comparison tool to verify the robot calibration in a subsequent calibration procedure.
A climate control system for a building used as an animal house , the building having a plurality of climate control outputs (30 to 35) and the climate control system comprising: a control unit that regulates operation of the climate control outputs, the control unit having a plurality of input terminals ; a plurality of sensing devices , each of said plurality of sensing devices configured to be located in a different portion of the building and connected to one of the plurality of input terminals of the control unit with a connector to provide a signal to the control unit which is configured to be used to control the climate in the building, and each sensing device comprising: a thermal resistive sensor , wherein when reading the thermal resistive sensor the control unit supplies an electric current through the thermal resistive sensor with the first lead being positive and the second lead being negative; characterized in that each sensing device further comprises an indicating LED configured to be selectively turned on by the control unit to indicate when the sensing device is connected to the control unit. a control unit that regulates operation of the climate control outputs, the control unit having a plurality of input terminals ; a plurality of sensing devices , each of said plurality of sensing devices configured to be located in a different portion of the building and connected to one of the plurality of input terminals of the control unit with a connector to provide a signal to the control unit which is configured to be used to control the climate in the building, and each sensing device comprising: a thermal resistive sensor , wherein when reading the thermal resistive sensor the control unit supplies an electric current through the thermal resistive sensor with the first lead being positive and the second lead being negative; characterized in that each sensing device further comprises an indicating LED configured to be selectively turned on by the control unit to indicate when the sensing device is connected to the control unit. a thermal resistive sensor , wherein when reading the thermal resistive sensor the control unit supplies an electric current through the thermal resistive sensor with the first lead being positive and the second lead being negative; characterized in that each sensing device further comprises an indicating LED configured to be selectively turned on by the control unit to indicate when the sensing device is connected to the control unit.