mhurhangee/patent-ind-claim-en huggingface dataset:
A plunger engagement mechanism for a piston head of a fluid injector system , the plunger engagement mechanism comprising: a cam sleeve movable relative to the piston head , the cam sleeve having one or more tracks defining a cam surface ; an actuator operatively connected to the cam sleeve for moving the cam sleeve relative to the piston head , wherein the actuator is a rotary electric motor; and one or more pins at least partially disposed in and moveable within the one or more tracks of the cam sleeve , wherein the cam sleeve has a threaded interface for threadably interacting with a screw operatively connected with the actuator , wherein movement of the cam sleeve causes movement of the one or more pins within the one or more tracks , the one or more pins moveable between a first, disengaged position, wherein the one or more pins are radially withdrawn into the piston head , and a second, engaged position, wherein the one or more pins protrude radially outward relative to an outer surface of the piston head . a cam sleeve movable relative to the piston head , the cam sleeve having one or more tracks defining a cam surface ; an actuator operatively connected to the cam sleeve for moving the cam sleeve relative to the piston head , wherein the actuator is a rotary electric motor; and one or more pins at least partially disposed in and moveable within the one or more tracks of the cam sleeve , wherein the cam sleeve has a threaded interface for threadably interacting with a screw operatively connected with the actuator , wherein movement of the cam sleeve causes movement of the one or more pins within the one or more tracks , the one or more pins moveable between a first, disengaged position, wherein the one or more pins are radially withdrawn into the piston head , and a second, engaged position, wherein the one or more pins protrude radially outward relative to an outer surface of the piston head .
A system information transmission method comprising: receiving , by a base station, a random access request that is transmitted by a terminal according to physical random access channel, PRACH, parameters selected according to an access purpose, wherein the access purpose comprises to request system information or to request initial access, the PRACH parameters comprise a number of a PRACH occasion and a time interval for the terminal to retransmit the random access request, and each of the PRACH occasion corresponds to a different PRACH resource; determining the access purpose of the terminal according to the PRACH parameters and a preset mapping relationship between the PRACH parameters and the access purpose; and transmitting the system information to the terminal if the access purpose of the terminal is to request the system information; wherein if the access purpose of the terminal is to request the system information, the number of the PRACH occasion is at least one, and the time interval for the terminal to retransmit the random access request is larger than a period for system information broadcasting by the base station; and if the access purpose of the terminal is to request the initial access, the base station transmits uplink scheduling information to the terminal, the number of the PRACH occasion is one, and the time interval for the terminal to retransmit the random access request is smaller than the time interval for the terminal to retransmit the random access request when requesting the system information. receiving , by a base station, a random access request that is transmitted by a terminal according to physical random access channel, PRACH, parameters selected according to an access purpose, wherein the access purpose comprises to request system information or to request initial access, the PRACH parameters comprise a number of a PRACH occasion and a time interval for the terminal to retransmit the random access request, and each of the PRACH occasion corresponds to a different PRACH resource; determining the access purpose of the terminal according to the PRACH parameters and a preset mapping relationship between the PRACH parameters and the access purpose; and transmitting the system information to the terminal if the access purpose of the terminal is to request the system information; wherein if the access purpose of the terminal is to request the system information, the number of the PRACH occasion is at least one, and the time interval for the terminal to retransmit the random access request is larger than a period for system information broadcasting by the base station; and if the access purpose of the terminal is to request the initial access, the base station transmits uplink scheduling information to the terminal, the number of the PRACH occasion is one, and the time interval for the terminal to retransmit the random access request is smaller than the time interval for the terminal to retransmit the random access request when requesting the system information.
An IL-4/IL-13 receptor inhibitor, which is a peptide comprising the amino acid sequence of SEQ ID NO: 1.
Method for the computer-aided optimization for tool transporting operations for at least one tool magazine (R) which has a number of magazine locations (P) and which can be used for a machine tool which is used to produce one or more workpieces using the tools provided by a magazine device at a provision location (B), having the following steps: a) detecting a quantity of tools, b) detecting the space required for each tool, c) detecting a quantity of magazine locations which can be occupied for each tool, d) detecting a permissible initial magazine occupancy, wherein an initial magazine location is detected for each tool, e) detecting the permissible target magazine occupancy, wherein target magazine locations are detected for at least one subset of the detected quantity of tools for which a tool transporting operation is to be carried out, f) detecting a quantity of transportation time periods which are respectively required by a movement of the magazine device from one magazine location to another magazine location, g) determining a subset of tool transporting operations for which a transportation sequence can be specified or is specified, so that in this transportation sequence the tools can be moved to their target magazine location without a collision in respect of the space required by their occupied magazine location, and h) optimizing the transportation sequence for this subset of tool transporting operations in such a way that the sum of the transportation time periods required for these tool transporting operations is minimized, wherein the tool transporting operations are carried out on the basis of the optimized transportation sequence. a) detecting a quantity of tools, b) detecting the space required for each tool, c) detecting a quantity of magazine locations which can be occupied for each tool, d) detecting a permissible initial magazine occupancy, wherein an initial magazine location is detected for each tool, e) detecting the permissible target magazine occupancy, wherein target magazine locations are detected for at least one subset of the detected quantity of tools for which a tool transporting operation is to be carried out, f) detecting a quantity of transportation time periods which are respectively required by a movement of the magazine device from one magazine location to another magazine location, g) determining a subset of tool transporting operations for which a transportation sequence can be specified or is specified, so that in this transportation sequence the tools can be moved to their target magazine location without a collision in respect of the space required by their occupied magazine location, and h) optimizing the transportation sequence for this subset of tool transporting operations in such a way that the sum of the transportation time periods required for these tool transporting operations is minimized,
Process for the treatment of production crude comprising the following stages: (a) separation of the crude into two phases, i.e. gas and degassed emulsion, and (b) passing the degassed emulsion to the bottom of a washing vessel , and separation of the said degassed emulsion into water and oil and wherein stage (b) comprises the substage (b1) of washing said degassed emulsion with water at the oil/water interface, the washing vessel comprising a spray or wash water distribution system for washing said degassed emulsion with water at the oil/water interface, the spray or wash water distribution system comprising a plurality of pipes connected together in the form of a manifold. (a) separation of the crude into two phases, i.e. gas and degassed emulsion, and (b) passing the degassed emulsion to the bottom of a washing vessel , and separation of the said degassed emulsion into water and oil and wherein stage (b) comprises the substage (b1) of washing said degassed emulsion with water at the oil/water interface, the washing vessel comprising a spray or wash water distribution system for washing said degassed emulsion with water at the oil/water interface, the spray or wash water distribution system comprising a plurality of pipes connected together in the form of a manifold.
Access blocking device, comprising: - a panel hinged on a ladder structure by one of its edges between a first state for clearing access to the ladder and a second state for blocking said access, and provided with means for returning it to its second state, - a latch comprising a first latch element supported by the panel and a second latch element supported by the ladder structure, said latch elements being engaged with one another in the second blocking state of the device so as to lock the panel in said second state, - two members for operating one of said latch elements in order to release same from the other of said elements counter to the effect of a return member (F) tending to maintain the above-mentioned state of engagement, the first operating member being made operable by a user by opening a padlock in order to open the blocking panel and being able to be made inoperable by the same user by closing said padlock again after said user has opened the panel, and the second operating member being freely operable by the user having overcome the blocking, including when the padlock is in place. - a panel hinged on a ladder structure by one of its edges between a first state for clearing access to the ladder and a second state for blocking said access, and provided with means for returning it to its second state, - a latch comprising a first latch element supported by the panel and a second latch element supported by the ladder structure, said latch elements being engaged with one another in the second blocking state of the device so as to lock the panel in said second state, - two members for operating one of said latch elements in order to release same from the other of said elements counter to the effect of a return member (F) tending to maintain the above-mentioned state of engagement, the first operating member being made operable by a user by opening a padlock in order to open the blocking panel and being able to be made inoperable by the same user by closing said padlock again after said user has opened the panel, and the second operating member being freely operable by the user having overcome the blocking, including when the padlock is in place.
Method of producing a biocidally acting glass surface of a soda-lime glass, wherein a glass surface of a soda-lime glass is brought directly or indirectly into contact with silver or silver salt or silver ions and is directly or indirectly heated by means of at least one laser beam of a laser in such a way that ion exchange of sodium ions from the soda-lime glass with silver ions of the silver ions or with silver ions from the silver or from the silver salt and deposition of silver ions of the silver ions in the region of the glass surface take place, characterised in that the glass surface before being heated by means of the at least one laser beam of the laser is covered by a transfer carrier, which has a carrier layer, a layer of silver arranged thereon or applied thereto and a lacquer protective layer arranged thereon or applied thereto and covering the layer of silver, in such a way that the lacquer protective layer directly contacts the glass surface, wherein subsequently thereto the glass surface is heated by means of the at least one laser beam of the laser.
A respiratory assistance apparatus configured to provide a heated and humidified gases stream, comprising: a main housing comprising: a gases inlet or inlets configured to receive one or more gases to form a gases stream; a blower unit configured to pressurise the gases stream; a humidification unit configured to heat and humidify the gases stream; a gases outlet following the blower unit and humidification unit for the gases stream; and a sensor assembly in a flow path of the main housing, the sensor assembly comprising a sensor housing that is a modular component and releasably mounted within the flow path, and wherein the sensor housing comprises an ultrasound gas composition sensor system for sensing one or more gas concentrations within the gases stream. a gases inlet or inlets configured to receive one or more gases to form a gases stream; a blower unit configured to pressurise the gases stream; a humidification unit configured to heat and humidify the gases stream; a gases outlet following the blower unit and humidification unit for the gases stream; and a sensor assembly in a flow path of the main housing, the sensor assembly comprising a sensor housing that is a modular component and releasably mounted within the flow path, and wherein the sensor housing comprises an ultrasound gas composition sensor system for sensing one or more gas concentrations within the gases stream.
Endoscopic device, in particular for medical applications, comprising an endoscope (26; 100) with a shaft (30; 102) that is introducible into a subject under examination , and a data processing unit , three or more optical imaging units having respective imaging elements arranged distally on the shaft (30; 102) and image sensors associated therewith for providing three or more image data sets for the data processing unit , characterized in that the data processing unit is configured and programmed: - to analyze each of the three or more image data sets and to identify corresponding image points in each of the three or more image data sets ; - to generate a 3D surface data set of an object imaged by the imaging units in the subject under examination using the corresponding image points identified in the three or more image data sets ; - to determine differences of successive 3D surface data sets by identifying the object in the respective 3D surface data set; - to determine changes in the position and/or shape of the object in the successive 3D surface data sets as a function of time in order to track the object , at least partly. - to analyze each of the three or more image data sets and to identify corresponding image points in each of the three or more image data sets ; - to generate a 3D surface data set of an object imaged by the imaging units in the subject under examination using the corresponding image points identified in the three or more image data sets ; - to determine differences of successive 3D surface data sets by identifying the object in the respective 3D surface data set; - to determine changes in the position and/or shape of the object in the successive 3D surface data sets as a function of time in order to track the object , at least partly.
A self-retracting lifeline fall arrest device comprising: a rotatable drum for winding a lifeline; and a brake arrangement comprising a rotatable brake body arranged to rotate in response to rotation of the drum ; wherein rotation of the rotatable brake body applies a braking force to the drum as the lifeline is being retracted onto the drum; wherein the rotatable brake body engages the rotatable drum , such that the rotatable drum drives the rotation of the brake body , the self-retracting lifeline fall arrest device further comprising: a speed responsive mechanism arranged to inhibit the drum rotation above a predetermined rotational speed, wherein the speed responsive engagement mechanism is provided separate from and in addition to the brake arrangement . a rotatable drum for winding a lifeline; and a brake arrangement comprising a rotatable brake body arranged to rotate in response to rotation of the drum ; wherein rotation of the rotatable brake body applies a braking force to the drum as the lifeline is being retracted onto the drum; wherein the rotatable brake body engages the rotatable drum , such that the rotatable drum drives the rotation of the brake body , the self-retracting lifeline fall arrest device further comprising: a speed responsive mechanism arranged to inhibit the drum rotation above a predetermined rotational speed, wherein the speed responsive engagement mechanism is provided separate from and in addition to the brake arrangement . a speed responsive mechanism arranged to inhibit the drum rotation above a predetermined rotational speed, wherein the speed responsive engagement mechanism is provided separate from and in addition to the brake arrangement .
A base station apparatus which performs a retransmission control to a mobile station apparatus , said base station apparatus comprising: a transmission section configured to transmit control information including at least first information which requests retransmission, second information which indicates an access method of a plurality of access methods for retransmitting data, and third information which relates to retransmission power for retransmitting the data, simultaneously; a reception section configured to receive a transmission power headroom; wherein the plurality of access methods are constituted by at least a first access method and a second access method, wherein the first access method indicates a method to use discrete frequency bands and the second method indicates a method to use contiguous frequency bands for said mobile station apparatus ; a peak-to-average power ration, PAPR, of the second access method is lower than a PAPR of the first access method; and if the retransmission occurs when said mobile station apparatus uses the first access method, said base station apparatus determines a transmission power headroom in the first access method of said mobile station apparatus , and if a result of the determination shows that there is no transmission power headroom, said base station apparatus instructs said mobile station apparatus to perform retransmission by increasing the transmission power using the second access method, using the control information. a transmission section configured to transmit control information including at least first information which requests retransmission, second information which indicates an access method of a plurality of access methods for retransmitting data, and third information which relates to retransmission power for retransmitting the data, simultaneously; a reception section configured to receive a transmission power headroom; wherein the plurality of access methods are constituted by at least a first access method and a second access method, wherein the first access method indicates a method to use discrete frequency bands and the second method indicates a method to use contiguous frequency bands for said mobile station apparatus ; a peak-to-average power ration, PAPR, of the second access method is lower than a PAPR of the first access method; and if the retransmission occurs when said mobile station apparatus uses the first access method, said base station apparatus determines a transmission power headroom in the first access method of said mobile station apparatus , and if a result of the determination shows that there is no transmission power headroom, said base station apparatus instructs said mobile station apparatus to perform retransmission by increasing the transmission power using the second access method, using the control information.
Vehicle seat , having - a seat part for seating of a user of the vehicle seat , - at least one seat base for mounting the vehicle seat on a vehicle floor, - an adjustable-height connecting frame which connects the seat part to the seat base mechanically, with the result that the seat part can be moved in the vertical direction with respect to the seat base , wherein at least one setting device for fully automatically setting and/or limiting a seat height (S1) of the seat part during seat loading of the seat part by way of the user is present, the setting device comprising at least one adjustable actuating means which by itself actuates a setting mechanism of the setting device as soon as the seat height (S1) departs from a standard height use range (N1) which is predefined by way of the actuating means as a result of the seat loading of the seat part , with the result that the seat part (S1) is displaced back into the standard height use range (N1) again in a fully automatic manner, in particular in a self-regulating manner, solely by way of the setting device depending on the degree of seat loading of the seat part . - a seat part for seating of a user of the vehicle seat , - at least one seat base for mounting the vehicle seat on a vehicle floor, - an adjustable-height connecting frame which connects the seat part to the seat base mechanically, with the result that the seat part can be moved in the vertical direction with respect to the seat base ,
An observation instrument, in particular an endoscope, comprising an instrument shaft having a distal end and a proximal end , and comprising an optical arrangement at least sectionally extending through the instrument shaft , wherein the optical arrangement comprises at least one optical component that is arranged in a support shaft , wherein the support shaft is at least sectionally axially slidably supported and distally preloaded in the instrument shaft , and wherein the support shaft is preloaded distally by a biasing element that is proximally arranged and that acts on the support shaft , characterized in that the optical arrangement in the support shaft is at least sectionally preloaded distally, relative to the support shaft , by a further biasing element .