mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device for a terminal device, comprising receiving circuitry , configured to receive, from a source base station, a single handover command comprising configure information of a primary target cell and one or more second target cells, belonging to a destination base station, to be accessed by the electronic device; and processing circuitry , configured to control access to the primary target cell and the second target cells based on the single handover command to facilitate carrier aggregation of the primary target cell and the second target cells, wherein the processing circuitry is further configured to control performance measurement of measurement objects and reporting of measurement results before the receiving circuitry receives the single handover command, wherein the primary target cell and second target cells are part of the measurement objects, and wherein the processing circuitry being further configured to select the measurement objects from one or more neighbor cells belonging to the same base station based on frequency bands of the one or more neighbor cells; wherein (103-1, 103-2) in case that the frequency bands of the one or more neighbor cells are the same as each other, one neighbor cell is selected from the one or more neighbor cells as the measurement object, and in case that the frequency bands of the one or more neighbor cells are different to each other, all of the one or more neighbor cells are selected as the measurement object (103-3).
A mobile walking aid comprising two angled frame parts , which each are provided with a crosspiece that comprises two wheels (22, 24; 23, 25) and with a leg , which distally upstands on the crosspiece , and on each of which a handle unit is arranged in a vertically adjustable manner, wherein a collapsible scissor strutting is arranged between the frame parts , and wherein a stiffening, removable frame is provided between the two legs , characterized in that in at least one of the crosspieces there is provided an electric drive for a wheel that is mounted on the crosspiece .
An assembly for a drug delivery device, the assembly having a dispensing end to which a needle unit is attachable, the assembly comprising a dispensing container and a reservoir container for holding a fluid medicinal product, wherein the dispensing container and the reservoir container are connected to one another and are in fluid communication, the dispensing container being refillable with the fluid medicinal product from the reservoir container , characterized in that the assembly further comprises a connecting means connects an inlet of the dispensing container with a first outlet which is located at the reservoir container , wherein a first control member is located in a connecting flow path between the dispensing container and the reservoir container , wherein a second control member is located in a dispensing flow path of a second outlet which is located at the dispensing container , wherein the assembly is surrounded by a housing , wherein the dispensing container is squeezable for dispensing a dose of the fluid medicinal product from the dispensing container .
A combination of i) a multispecific antibody that functionally substitutes for blood coagulation factor VIII which comprises a first antigen-binding site that binds to coagulation factor IX and/or activated coagulation factor IX and a second antigen-binding site that binds to coagulation factor X, and ii) a non-activated coagulation factor IX, for use in the treatment of hemophilia A. i) a multispecific antibody that functionally substitutes for blood coagulation factor VIII which comprises a first antigen-binding site that binds to coagulation factor IX and/or activated coagulation factor IX and a second antigen-binding site that binds to coagulation factor X, and ii) a non-activated coagulation factor IX, for use in the treatment of hemophilia A.
Buccal valve, suitable for modifying the respiratory flow of a user, comprising: - a valve body , adapted to be arranged between the dental arches of the user, wherein said valve body comprises one or more airflow passages therethrough; and - at least one valve flap configured to be connected to the valve body ; wherein the valve body and the valve flap are arranged so that, when the buccal valve is installed in the buccal cavity of the user, the at least one valve flap is positioned in the buccal cavity proper and exposed to direct contact with the tongue of the user and wherein the valve flap is adapted to regulate the flow rate and direction of the airflow entering the buccal cavity proper through the airflow passages; and characterized in that the valve flap is connected to the valve body by means of an anchoring arm and a ball joint . - a valve body , adapted to be arranged between the dental arches of the user, wherein said valve body comprises one or more airflow passages therethrough; and - at least one valve flap configured to be connected to the valve body ;
Method for welding together at least two parts of green material comprising at least a metal and/or ceramic material forming a final part to be manufactured, and one or more thermoplastic binders with a polymer base, the parts of green material referred to as green parts, the method comprising the following steps: - assembling the at least two green parts at a junction zone of said parts so as to form a green one-piece assembly, - de-binding the green one-piece assembly, and - sintering the one-piece assembly so as to obtain a dense one-piece assembly forming the final part , characterised in that the two green parts are each having a powder composition with different granulometries or a different powder chemical compositions, the powder compositions having the same proportion of filler, so that the final part has at least two parts with different grain sizes. - assembling the at least two green parts at a junction zone of said parts so as to form a green one-piece assembly, - de-binding the green one-piece assembly, and - sintering the one-piece assembly so as to obtain a dense one-piece assembly forming the final part ,
A cable unit configured to detachably and electrically connect a discharge head configured to discharge a liquid material, with a relative-moving robot configured to carry out relative movement between the discharge head and a workpiece , characterized in that the cable unit comprises a dispense controller configured to control a discharge operation of the discharge head , a cable portion , and a connector portion , wherein the dispense controller is arranged at the connector portion , and the connector portion is constituted by a robot-side connector portion and a discharge-head-side connector portion . a dispense controller configured to control a discharge operation of the discharge head , a cable portion , and a connector portion , wherein the dispense controller is arranged at the connector portion , and the connector portion is constituted by a robot-side connector portion and a discharge-head-side connector portion .
A system for treating moisture in exhaust gas, the system using a cooling trap to remove the moisture contained in the exhaust gas discharged by a process and comprising: a tank that stores, as liquid water, the moisture flown out of the cooling trap ; a water level measurement means that measures a water level in the tank ; a pipe connected to a drainage port for draining the water stored in the tank to outside; a valve disposed in the pipe ; and a valve control means that opens the valve to start drainage when the water level in the tank measured by the water level measurement means exceeds a first water level (H) and begins closing the valve when a second water level (L) set lower than the first water level (H) is reached, the second water level (L) being provided at a position higher than the drainage port , and issues a warning when a third water level (LL) set lower than the second water level (L) is reached, characterized in that the pipe includes a drainage amount adjustment mechanism that adjusts, of the water stored in the tank , an amount of water to be drained to the outside, such that, during a period of time between when the valve control means begins closing the valve and the valve being completely closed, the water level in the tank remains above the drainage port . a tank that stores, as liquid water, the moisture flown out of the cooling trap ; a water level measurement means that measures a water level in the tank ; a pipe connected to a drainage port for draining the water stored in the tank to outside; a valve disposed in the pipe ; and a valve control means that opens the valve to start drainage when the water level in the tank measured by the water level measurement means exceeds a first water level (H) and begins closing the valve when a second water level (L) set lower than the first water level (H) is reached, the second water level (L) being provided at a position higher than the drainage port , and issues a warning when a third water level (LL) set lower than the second water level (L) is reached, characterized in that the pipe includes a drainage amount adjustment mechanism that adjusts, of the water stored in the tank , an amount of water to be drained to the outside, such that, during a period of time between when the valve control means begins closing the valve and the valve being completely closed, the water level in the tank remains above the drainage port .
Compounds of the following formulae: in which X denotes CF 3 , -C≡C-CF 3 or -CH=CH-CF 3 , and R denotes a halogenated or unsubstituted alkyl radical having 1 to 15 C atoms, where, in addition, one or more CH 2 groups in these radicals may in each case be replaced, independently of one another, by -C≡C- or -CH=CH-. X denotes CF 3 , -C≡C-CF 3 or -CH=CH-CF 3 , and R denotes a halogenated or unsubstituted alkyl radical having 1 to 15 C atoms, where, in addition, one or more CH 2 groups in these radicals may in each case be replaced, independently of one another, by -C≡C- or -CH=CH-.
A composition for use in the amelioration and/or prevention of an inflammation, comprising olanexidine or a pharmacologically acceptable salt thereof, wherein the inflammation is selected from gingivitis, pneumonia and an inflammation developed in the oral mucosa independently of treatment of a cancer.
Storage system for storing containers comprising: a grid structure having a large number of grid cells, wherein each grid cell defines a storage column of a container storage structure which is arranged below the grid structure , wherein the storage columns are configured to receive a vertical stack of storage containers in each case, and at least one transport robot which is constructed to move on the grid structure for handling the storage containers , wherein the transport robot comprises means for receiving, transporting and depositing storage containers which are stored in the container storage structure , at least one storage container lifting apparatus having a lifting platform which can be raised and lowered for vertically conveying storage containers , wherein the lifting platform is configured in a retention position, on the one hand, to discharge storage containers which are conveyed and, on the other hand, to receive storage containers which are intended to be conveyed, wherein the lifting platform has a first conveying device , characterised in that the lifting platform additionally has a second conveying device , wherein the first and the second conveying devices have opposing conveying directions so that one of the conveying devices (13a; 13b) is configured for receiving and the other of the conveying devices (13b; 13a) is configured for discharging storage containers . a grid structure having a large number of grid cells, wherein each grid cell defines a storage column of a container storage structure which is arranged below the grid structure , wherein the storage columns are configured to receive a vertical stack of storage containers in each case, and at least one transport robot which is constructed to move on the grid structure for handling the storage containers , wherein the transport robot comprises means for receiving, transporting and depositing storage containers which are stored in the container storage structure , at least one storage container lifting apparatus having a lifting platform which can be raised and lowered for vertically conveying storage containers , wherein the lifting platform is configured in a retention position, on the one hand, to discharge storage containers which are conveyed and, on the other hand, to receive storage containers which are intended to be conveyed, wherein the lifting platform has a first conveying device , characterised in that the lifting platform additionally has a second conveying device , wherein the first and the second conveying devices have opposing conveying directions so that one of the conveying devices (13a; 13b) is configured for receiving and the other of the conveying devices (13b; 13a) is configured for discharging storage containers .
Apparatus for ultrasonic processing of materials having an ultrasonic processing system comprising an ultrasound generator, a converter , a sonotrode and a counterpart tool and a feed unit with which the sonotrode and the counterpart tool can be moved towards each other or away from each other, wherein there is provided a piezoelectric sensor as a force sensor with which the force that the ultrasonic processing system exerts on the materials to be processed can be measured, characterised in that the output of the force sensor is converted into an electrical voltage by means of a charge amplifier and that there is provided a control device which either when the ultrasonic processing system is not performing material processing short-circuits the piezoelectric sensor or adds a time-varying force compensation unit to the value measured by the piezoelectric sensor.
An absorbable occluder comprising a woven mesh which mesh comprises 20-200 polymer filaments, wherein said woven mesh comprises at least two polymer filaments having different centralized degradation time periods and wherein the polydispersity coefficients of said polymer filaments are 1.2-5.
An elevator system comprising: a tower having an upper fixed portion proximate a top of said tower and a lower fixed portion proximate a bottom of said tower; a length of guide wire tensioned between the upper fixed portion and the lower fixed portion; a wirefix removably coupled between the length of guide wire between the upper fixed portion and the lower fixed portion and a fixed portion of said tower, said wirefix having a channel though which said guide wire passes wherein said wirefix may be decoupled from said guide wire without the need for de-tensioning the guide wire , characterized in that a channel portion of the wirefix is formed by a single piece formed by a spring having windings , said windings having a pitch capable of accepting the tensioned guide wire between the windings . a tower having an upper fixed portion proximate a top of said tower and a lower fixed portion proximate a bottom of said tower; a length of guide wire tensioned between the upper fixed portion and the lower fixed portion; a wirefix removably coupled between the length of guide wire between the upper fixed portion and the lower fixed portion and a fixed portion of said tower, said wirefix having a channel though which said guide wire passes wherein said wirefix may be decoupled from said guide wire without the need for de-tensioning the guide wire ,
A method comprising: identifying a first uniform resource locator, URL, at which cloaking program code is being used based, at least in part, on different content returned responsive to multiple requests to the first URL with different requestor profiles; generating a first signature of the cloaking program code in the content , wherein generating the first signature of the cloaking program code comprises extracting the cloaking program code from the content , and tokenizing the cloaking program code to generate the first signature of the cloaking program code comprising the tokenized cloaking program code; determining whether the first signature at least partially matches one of a plurality of signatures of malicious cloaking program code; and based on a determination that the first signature at least partially matches one of the plurality of signatures, flagging the first URL for recrawling. identifying a first uniform resource locator, URL, at which cloaking program code is being used based, at least in part, on different content returned responsive to multiple requests to the first URL with different requestor profiles; generating a first signature of the cloaking program code in the content , wherein generating the first signature of the cloaking program code comprises extracting the cloaking program code from the content , and tokenizing the cloaking program code to generate the first signature of the cloaking program code comprising the tokenized cloaking program code; determining whether the first signature at least partially matches one of a plurality of signatures of malicious cloaking program code; and based on a determination that the first signature at least partially matches one of the plurality of signatures, flagging the first URL for recrawling.
A system configured to be arranged in relation to a pipe providing a particle laden flow, comprising: a data gathering module configured to respond to the particle laden flow in the pipe, and provide signalling containing information about a parameter related to the particle laden flow, the parameter including a sound level propagating through the particle laden flow in the pipe; and a signal processor configured to: receive the signalling containing information about the sound level propagating through the particle laden flow in the pipe; and determine a particle size and either a mass flow rate, or a particle-to-air mass ratio, or both the mass flow rate and the particle-to-air mass ratio, associated with the particle laden flow, based on a change in the signalling received, characterized in that the change is based on an attenuation of the sound propagated through the particle laden flow in the pipe, the sound propagated at different frequencies, including two different frequencies. a data gathering module configured to respond to the particle laden flow in the pipe, and provide signalling containing information about a parameter related to the particle laden flow, the parameter including a sound level propagating through the particle laden flow in the pipe; and a signal processor configured to: receive the signalling containing information about the sound level propagating through the particle laden flow in the pipe; and determine a particle size and either a mass flow rate, or a particle-to-air mass ratio, or both the mass flow rate and the particle-to-air mass ratio, associated with the particle laden flow, based on a change in the signalling received, characterized in that the change is based on an attenuation of the sound propagated through the particle laden flow in the pipe, the sound propagated at different frequencies, including two different frequencies. receive the signalling containing information about the sound level propagating through the particle laden flow in the pipe; and determine a particle size and either a mass flow rate, or a particle-to-air mass ratio, or both the mass flow rate and the particle-to-air mass ratio, associated with the particle laden flow, based on a change in the signalling received, characterized in that the change is based on an attenuation of the sound propagated through the particle laden flow in the pipe, the sound propagated at different frequencies, including two different frequencies.
A coated film comprising: (a) a multilayer polymeric film having opposing facial surfaces, wherein a first facial surface has a root mean square surface roughness of at least 80 nm when measured using image analysis with an atomic force microscope and as described in the description and wherein a second facial surface has a root mean square surface roughness of less than 80 nm when measured using image analysis with an atomic force microscope and as described in the description; and (b) a coating on at least a portion of the first facial surface, wherein the coating comprises polyurethane, wherein the film comprises at least one of polyethylene, polypropylene, polyethylene terephthalate, or polyamide, and wherein the coated film has a Zebedee clarity of at least 2% when measured according to ASTM D1746/15 in the coated portion of the first facial surface wherein the coating is on less than 50% of the first facial surface based on the surface area of the first facial surface, wherein the coated film exhibits a gloss of less than 28 gloss units in the region of the first facial surface where the coating is absent when measured according to ASTM D2457. (a) a multilayer polymeric film having opposing facial surfaces, wherein a first facial surface has a root mean square surface roughness of at least 80 nm when measured using image analysis with an atomic force microscope and as described in the description and wherein a second facial surface has a root mean square surface roughness of less than 80 nm when measured using image analysis with an atomic force microscope and as described in the description; and (b) a coating on at least a portion of the first facial surface, wherein the coating comprises polyurethane,