mhurhangee/patent-ind-claim-en huggingface dataset:
A dilating device for unblocking cervix pathway, comprising the following parts: (a) a shaft with a head at one end and a threaded part at the other end, (b) a tubular structure as middle part comprising a bore to allow the shaft to pass through, (c) a base or handle part , (d) a cone made of Plantago ovata wood, or (d') a taper part and a patch said patch being formed from Plantago ovata wood, wherein the taper part has one or more provisions to connect with the patch, wherein, after assembly over the shaft , the cone or the taper part precedes the tubular structure , a central part of the shaft between the head and the threaded part is covered by the tubular structure and the tubular structure is positioned in between the taper part or the cone and the base or handle part of the device, wherein the taper part or the cone is tapered on the external side towards the end fitted to the head of the shaft and the other end to which the tubular structure will follow is broader, the base or handle part is tubular inside with a threaded part and an unthreaded part , the threaded part of the base or handle part connects g with the threaded part of the shaft . (a) a shaft with a head at one end and a threaded part at the other end, (b) a tubular structure as middle part comprising a bore to allow the shaft to pass through, (c) a base or handle part , (d) a cone made of Plantago ovata wood, or (d') a taper part and a patch said patch being formed from Plantago ovata wood, wherein the taper part has one or more provisions to connect with the patch, wherein, after assembly over the shaft , the cone or the taper part precedes the tubular structure , a central part of the shaft between the head and the threaded part is covered by the tubular structure and the tubular structure is positioned in between the taper part or the cone and the base or handle part of the device, wherein the taper part or the cone is tapered on the external side towards the end fitted to the head of the shaft and the other end to which the tubular structure will follow is broader, the base or handle part is tubular inside with a threaded part and an unthreaded part , the threaded part of the base or handle part connects g with the threaded part of the shaft .
A cylinder device comprising: a tubular outer shell ; a protrusion provided on a side portion of the outer shell and protruding outward in a radial direction; and a bracket (B) attached to an outer periphery of the outer shell , wherein the bracket (B) includes: a tubular portion having a C-shaped cross section, holding the outer periphery of the outer shell , and having a slit at a front portion; and a pair of mounting portions protruding outward in the radial direction from both ends in a circumferential direction of the tubular portion , the tubular portion includes a hole being formed to permit insertion of the protrusion , from at least one side portion to a back portion of the tubular portion , the hole is formed up to a position to face the slit in a diametrical direction of the tubular portion , and an axial length of a portion of the hole , located at a back portion of the tubular portion , is longer than an axial length of a portion of the hole , located at a side portion of the tubular portion . a tubular outer shell ; a protrusion provided on a side portion of the outer shell and protruding outward in a radial direction; and a bracket (B) attached to an outer periphery of the outer shell , wherein the bracket (B) includes: a tubular portion having a C-shaped cross section, holding the outer periphery of the outer shell , and having a slit at a front portion; and a pair of mounting portions protruding outward in the radial direction from both ends in a circumferential direction of the tubular portion , the tubular portion includes a hole being formed to permit insertion of the protrusion , from at least one side portion to a back portion of the tubular portion , the hole is formed up to a position to face the slit in a diametrical direction of the tubular portion , and an axial length of a portion of the hole , located at a back portion of the tubular portion , is longer than an axial length of a portion of the hole , located at a side portion of the tubular portion .
A liquid ejecting head comprising: a driver element configured to eject liquid in a pressure chamber (C) from a nozzle (N); a liquid storage chamber (RB) configured to store liquid to be supplied to the pressure chamber; a driver IC configured to drive the driver element, wherein the driver element, the pressure chamber, the nozzle, the liquid storage chamber, and the driver IC are stacked in a Z direction, which is parallel to the axis of the nozzle, wherein the driver IC is disposed between the driver element and the liquid storage chamber, and at least one of the following conditions (a)-(c) is true: (a) at least a part of the liquid storage chamber overlaps both the driver element and the driver IC when viewed along the Z direction, (b) at least a part of the liquid storage chamber overlaps both the nozzle and the driver IC when viewed along the Z direction, and (c) at least a part of the liquid storage chamber overlaps both the pressure chamber and the driver IC when viewed along the Z direction. a driver element configured to eject liquid in a pressure chamber (C) from a nozzle (N); a liquid storage chamber (RB) configured to store liquid to be supplied to the pressure chamber; a driver IC configured to drive the driver element, wherein the driver element, the pressure chamber, the nozzle, the liquid storage chamber, and the driver IC are stacked in a Z direction, which is parallel to the axis of the nozzle, wherein the driver IC is disposed between the driver element and the liquid storage chamber, and at least one of the following conditions (a)-(c) is true: (a) at least a part of the liquid storage chamber overlaps both the driver element and the driver IC when viewed along the Z direction, (b) at least a part of the liquid storage chamber overlaps both the nozzle and the driver IC when viewed along the Z direction, and (c) at least a part of the liquid storage chamber overlaps both the pressure chamber and the driver IC when viewed along the Z direction. (a) at least a part of the liquid storage chamber overlaps both the driver element and the driver IC when viewed along the Z direction, (b) at least a part of the liquid storage chamber overlaps both the nozzle and the driver IC when viewed along the Z direction, and (c) at least a part of the liquid storage chamber overlaps both the pressure chamber and the driver IC when viewed along the Z direction.
A compound of the formula: wherein R is cyclopropyl or geminal cyclopropyl; or a pharmaceutically acceptable salt thereof.
A system comprising at least one processor programmed to: identify, based on a policy to be enforced during execution of object code of one or more programs and the policy is to be evaluated to determine if an instruction of the object code is allowed, one or more metadata symbols corresponding to an entity name; identify, from a target description describing a target system, an entity description matching the entity name, wherein the entity description describes an entity of the target system to which the object code corresponds; apply a metadata label to the entity of the target system, by annotating at least one portion of the object code with a binary representation of the metadata label, which comprises annotating one or more instructions identified from the object code with the binary representation of the metadata label, wherein the entity represents a component of the target system, wherein the metadata label is based on the one or more metadata symbols corresponding to the entity name, as identified based on the policy; and check the metadata associated with the instruction to determine if the instruction should be allowed. identify, based on a policy to be enforced during execution of object code of one or more programs and the policy is to be evaluated to determine if an instruction of the object code is allowed, one or more metadata symbols corresponding to an entity name; identify, from a target description describing a target system, an entity description matching the entity name, wherein the entity description describes an entity of the target system to which the object code corresponds; apply a metadata label to the entity of the target system, by annotating at least one portion of the object code with a binary representation of the metadata label, which comprises annotating one or more instructions identified from the object code with the binary representation of the metadata label, wherein the entity represents a component of the target system, wherein the metadata label is based on the one or more metadata symbols corresponding to the entity name, as identified based on the policy; and check the metadata associated with the instruction to determine if the instruction should be allowed.
A method for performing mobility-measurements in new radio, NR, based 5th generation, 5G, communication-network, the method being executed by a server and comprising: receiving network-information for a plurality of time-instances with respect to a geographical-area from one or more user equipments, UEs, operating in the geographical-area for a pre-defined duration of time; classifying the the received network-information for the plurality of time-instants as at-least one of: an NR spectrum availability and an NR spectrum non-availability; calculating an overall probability of availability of the NR spectrum within the geographical area based on the classified network information; and enabling a UE from amongst a plurality of UEs to schedule NR measurements within the geographical area based on the calculated overall probability. receiving network-information for a plurality of time-instances with respect to a geographical-area from one or more user equipments, UEs, operating in the geographical-area for a pre-defined duration of time; classifying the the received network-information for the plurality of time-instants as at-least one of: an NR spectrum availability and an NR spectrum non-availability; calculating an overall probability of availability of the NR spectrum within the geographical area based on the classified network information; and enabling a UE from amongst a plurality of UEs to schedule NR measurements within the geographical area based on the calculated overall probability.
Palletising device for piece-goods carriers, comprising a first conveyor path for piece-goods carriers, and a second conveyor path for stacked piece-goods carriers, comprising two palletising machines for picking up and placing down piece-goods carriers, which have access to both conveyor paths , which palletising machines each have a carrier arrangement (22a,b, 23a,b, 24a,b, 25a,b, 26a,b, 28a,b), on which at least one gripping head (28a,b) for the piece-goods carriers can be moved both in the vertical and horizontal direction between a first position (P A ) via the first conveyor path and a second position (P B ) is horizontally moveable over the second conveyor path , wherein the two palletising machines are arranged on both sides and opposite each other on the first conveyor path , characterised in that the palletising device comprises a control device for both palletising machines , which is designed such as to move the gripping heads (28a,b) of both the palletising machines on an identical circulating path (U 1 , U 2 ), which runs about a horizontal axis extending transversely to the first conveyor path , and that the two palletising machines , arranged on both sides of the first conveyor path and opposite one another, are each provided with a vertical carrier column , which is held stable by means of a standing foot on a hall floor, wherein at each carrier column a horizontal guide rail is held such as to be capable of moving vertically.
An Fe (II)-substituted MEL-type zeolite obtained by subjecting a zeolite obtained from a gel containing no organic SDAs to ionic exchange with Fe (II) ions, and having an SiO 2 /Al 2 O 3 ratio in the range of 10-24 inclusive.
A linear actuator comprising: a casing being tubular; a magnet unit comprising a magnet mounting plate having an inverted T-shape in cross section, the magnet mounting plate comprising a vertical board , a horizontal board and magnets , and the magnet unit being sandwiched by the magnets on both side surfaces of the vertical board , the magnet unit being configured to reciprocate along an axial direction in said casing ; and a coil unit arranged to face the magnet of said magnet unit , wherein both side edges of a lower surface of the horizontal board are guided by two guide rails arranged in parallel along the axial direction on a slide base fixed to a bottom surface of the casing , wherein a protruding portion of the vertical board protrudes from a slide groove formed on an upper surface of the casing along the axial direction, the protruding portion of the magnet mounting plate is guided by a guide block fixed on the upper surface of the casing along the axial direction, wherein, based on magnetization and demagnetization of said coil unit , said magnet unit reciprocates between said coil units . a casing being tubular; a magnet unit comprising a magnet mounting plate having an inverted T-shape in cross section, the magnet mounting plate comprising a vertical board , a horizontal board and magnets , and the magnet unit being sandwiched by the magnets on both side surfaces of the vertical board , the magnet unit being configured to reciprocate along an axial direction in said casing ; and a coil unit arranged to face the magnet of said magnet unit , wherein both side edges of a lower surface of the horizontal board are guided by two guide rails arranged in parallel along the axial direction on a slide base fixed to a bottom surface of the casing , wherein a protruding portion of the vertical board protrudes from a slide groove formed on an upper surface of the casing along the axial direction, the protruding portion of the magnet mounting plate is guided by a guide block fixed on the upper surface of the casing along the axial direction, wherein, based on magnetization and demagnetization of said coil unit , said magnet unit reciprocates between said coil units .
A system for negative pressure wound therapy, the system comprising: a drape comprising: a cover layer having an opening for fluidically connecting to a source of negative pressure; a support layer beneath the cover layer having one or more perforations and wherein the drape further comprises a reinforcement member positioned above the cover layer; a spacer layer for distributing negative pressure beneath the cover layer; and a wound contact layer beneath the support layer and the spacer layer. a cover layer having an opening for fluidically connecting to a source of negative pressure; a support layer beneath the cover layer having one or more perforations and wherein the drape further comprises a reinforcement member positioned above the cover layer; a spacer layer for distributing negative pressure beneath the cover layer; and a wound contact layer beneath the support layer and the spacer layer.
A method comprising: capturing activity of a user with at least one sensor ; classifying the captured activity; providing an interface that allows a user to reclassify the activity; determining an activity factor corresponding to the classified activity; wherein in a graphical user interface, time is represented along a first axis and the magnitude of a sensor output or combination of outputs from sensors is represented along a second axis ; providing two sliding block elements movably along the first axis to permit a user to select an estimated time period of the activity by moving the sliding block elements along the first axis; determining an actual start and/or stop time by analyzing sensor data or data derived from sensor data along with the beginning, middle and end of the estimated time period selected by the two sliding block elements; and at a processor , calculating an energy expenditure point value by multiplying the activity factor by a duration of the activity. capturing activity of a user with at least one sensor ; classifying the captured activity; providing an interface that allows a user to reclassify the activity; determining an activity factor corresponding to the classified activity; wherein in a graphical user interface, time is represented along a first axis and the magnitude of a sensor output or combination of outputs from sensors is represented along a second axis ; providing two sliding block elements movably along the first axis to permit a user to select an estimated time period of the activity by moving the sliding block elements along the first axis; determining an actual start and/or stop time by analyzing sensor data or data derived from sensor data along with the beginning, middle and end of the estimated time period selected by the two sliding block elements; and at a processor , calculating an energy expenditure point value by multiplying the activity factor by a duration of the activity.
A computer-implemented method comprising: a) causing a vehicle to drive autonomously on a road network, b) in response to a request signal representing a request for the vehicle to engage in a speed-reducing safety maneuver, computationally analyzing data to choose a target location for the maneuver, wherein analyzing the data comprises determining a degree of urgency of the speed-reducing safety maneuver, determining a minimum quality threshold based on the degree of urgency , and applying the minimum quality threshold to identify one or more acceptable target locations ; c) causing the vehicle to drive autonomously toward the target location and engage in the maneuver, and d) repeating operations b) and c) until the vehicle completes the maneuver at the target location . a) causing a vehicle to drive autonomously on a road network, b) in response to a request signal representing a request for the vehicle to engage in a speed-reducing safety maneuver, computationally analyzing data to choose a target location for the maneuver, wherein analyzing the data comprises determining a degree of urgency of the speed-reducing safety maneuver, determining a minimum quality threshold based on the degree of urgency , and applying the minimum quality threshold to identify one or more acceptable target locations ; determining a degree of urgency of the speed-reducing safety maneuver, determining a minimum quality threshold based on the degree of urgency , and applying the minimum quality threshold to identify one or more acceptable target locations ; c) causing the vehicle to drive autonomously toward the target location and engage in the maneuver, and d) repeating operations b) and c) until the vehicle completes the maneuver at the target location .
Packaging bag for the packaging of groceries, comprising in one sealing section a biaxially oriented sealing foil composite having more than one synthetic material foil layer and having a total thickness not exceeding 30 μm, where the sealing section exhibits a thickness jump region , at the one side of which there are provided two layers of the sealing foil composite arranged one over the other and bonded with one another by seals and at the other side of which there are provided more than two layers of the sealing foil composite arranged one over the other, of which latter at least several adjacent layers are bonded with one another through seals, where the sealing foil composite comprises: - A sealable polyolefin layer exposed towards the outside, - A base layer consisting of polyolefin immediately adjacent to the sealable polyolefin layer , which differs from the sealable polyolefin layer at least with regard to the polymer composition and out of which layers the base layer exhibits the greatest thickness, Where the melt flow index, determined in accordance with DIN ISO 1133 at a test temperature of 230 °C and at a test load of 2.16 kg, of the material of the sealable polyolefin layer is at least as large as the melt flow index of the material of the base layer and at most no more than three times the melt flow index of the base layer , where in the thickness jump region the base layer also, after softening and deformation, contributes to the filling of a gusset or to the bonding with one another into sealing layers of the sealing foil composite . - A sealable polyolefin layer exposed towards the outside, - A base layer consisting of polyolefin immediately adjacent to the sealable polyolefin layer , which differs from the sealable polyolefin layer at least with regard to the polymer composition and out of which layers the base layer exhibits the greatest thickness, Where the melt flow index, determined in accordance with DIN ISO 1133 at a test temperature of 230 °C and at a test load of 2.16 kg, of the material of the sealable polyolefin layer is at least as large as the melt flow index of the material of the base layer and at most no more than three times the melt flow index of the base layer , where in the thickness jump region the base layer also, after softening and deformation, contributes to the filling of a gusset or to the bonding with one another into sealing layers of the sealing foil composite .
An actuation system comprising: an actuator assembly comprising an actuator shaft arranged to be rotated in response to an actuator control signal; a position sensor configured to provide an indication of a position of an object moved by rotation of the actuator shaft; and an actuator position measurement assembly, comprising a first actuator transmission path arranged to provide a first output comprising a position of an actuator factored by a first ratio, and a second actuator transmission path , parallel to the first actuator transmission path, arranged to provide a second output comprising the position of the actuator factored by a second, different ratio; and a comparator stage comprising a differential gear, arranged between the first and second actuator transmission paths to compare the first and second outputs and to provide a difference between the first and second outputs as the input to the position sensor; and wherein the actuator shaft is coupled to the first and second paths. an actuator assembly comprising an actuator shaft arranged to be rotated in response to an actuator control signal; a position sensor configured to provide an indication of a position of an object moved by rotation of the actuator shaft; and an actuator position measurement assembly, comprising a first actuator transmission path arranged to provide a first output comprising a position of an actuator factored by a first ratio, and a second actuator transmission path , parallel to the first actuator transmission path, arranged to provide a second output comprising the position of the actuator factored by a second, different ratio; and a comparator stage comprising a differential gear, arranged between the first and second actuator transmission paths to compare the first and second outputs and to provide a difference between the first and second outputs as the input to the position sensor; and wherein the actuator shaft is coupled to the first and second paths.