mhurhangee/patent-ind-claim-en huggingface dataset:
Container of a fluid substance, comprising a can having a neck defining an opening , a valve element comprising a valve cup supporting a movable hollow stem against an elastic element between a first stable closing position and a second unstable position of fluid delivery through a cavity of the stem , the cavity of the stem, when the stem is in the dispensing position, being in communication with the interior of the can , characterized in that the can is fixed to a support base of the container , the base comprising a support surface provided with a recess defined by a first centering surface configured to center the container on a valve cup of a further identical container on which the container can be piled on, by a second support surface of stable support of the container on the valve cup and by a third surface recessed with respect to the second surface configured to house, protecting it, the stem an aerosol valve of the further container .
A radiation image capturing apparatus comprising: an image capturing unit configured to acquire a radiation image, the image capturing unit being provided with a plurality of receptor fields (A~C, K~O) for acquiring irradiation information of radiation concerning an integrated dose of radiation entering during irradiation with radiation; and a selection unit configured to select a receptor field, of the plurality of receptor fields (A~C, K~O), which is used by a user, characterized in that the selection unit changes an upper limit of the number of receptor fields, of the plurality of receptor fields (A~C, K~O), which are used for one image capturing operation depending on whether the radiation image capturing apparatus is attached to or detached from a stand to which the radiation image capturing apparatus can be attached. an image capturing unit configured to acquire a radiation image, the image capturing unit being provided with a plurality of receptor fields (A~C, K~O) for acquiring irradiation information of radiation concerning an integrated dose of radiation entering during irradiation with radiation; and a selection unit configured to select a receptor field, of the plurality of receptor fields (A~C, K~O), which is used by a user, characterized in that the selection unit changes an upper limit of the number of receptor fields, of the plurality of receptor fields (A~C, K~O), which are used for one image capturing operation depending on whether the radiation image capturing apparatus is attached to or detached from a stand to which the radiation image capturing apparatus can be attached.
A pendulum system comprising a pendulum connected to a connector , the system comprising wires connecting the pendulum to the connector, which wires are connected together in a twisted cable , the twisted cable presenting a spiral central portion generally shaped as a cone having an apex connected to the connector so as to be the portion of the spiral that is closest to a pivot point of the pendulum.
Method for adapting an engagement point of a separating clutch that can be moved between at least one engaged state in which an output shaft of an internal combustion engine for driving a vehicle is coupled, via the separating clutch , to a rotor of an electric machine for driving the vehicle, and at least one disengaged state in which the output shaft is decoupled from the rotor , characterised by the steps: a) deactivating the initially activated internal combustion engine and disengaging the initially engaged separating clutch ; b) while the separating clutch is disengaged and the internal combustion engine is deactivated: detecting a first profile of the speed (n) of the output shaft ; c) calculating a frictional torque of the internal combustion engine as a function of at least one predetermined moment of inertia of the internal combustion engine and a first speed gradient which is determined from the detected first profile ; d) adjusting the separating clutch towards its engaged state; e) while the separating clutch is adjusted towards its engaged state and the internal combustion engine is still deactivated: detecting a second profile , following the first profile , of the speed (n) of the output shaft ; f) determining a second speed gradient from the detected second profile ; g) determining an effective torque of the separating clutch as a function of the calculated friction torque, the second speed gradient and the predetermined moment of inertia of the internal combustion engine ; and h) adapting the engagement point as a function of the detected effective torque. a) deactivating the initially activated internal combustion engine and disengaging the initially engaged separating clutch ; b) while the separating clutch is disengaged and the internal combustion engine is deactivated: detecting a first profile of the speed (n) of the output shaft ; c) calculating a frictional torque of the internal combustion engine as a function of at least one predetermined moment of inertia of the internal combustion engine and a first speed gradient which is determined from the detected first profile ; d) adjusting the separating clutch towards its engaged state; e) while the separating clutch is adjusted towards its engaged state and the internal combustion engine is still deactivated: detecting a second profile , following the first profile , of the speed (n) of the output shaft ; f) determining a second speed gradient from the detected second profile ; g) determining an effective torque of the separating clutch as a function of the calculated friction torque, the second speed gradient and the predetermined moment of inertia of the internal combustion engine ; and h) adapting the engagement point as a function of the detected effective torque.
A pharmaceutical composition for oral administration comprising lacosamide or a salt thereof as an active ingredient, the composition comprising an immediate release layer and an extended release layer, wherein the extended release layer comprises cellulose and wax or lipid in a weight ratio of 1:0.1 to 1:10. the composition comprising an immediate release layer and an extended release layer, wherein the extended release layer comprises cellulose and wax or lipid in a weight ratio of 1:0.1 to 1:10.
An air conditioner comprising: at least one outdoor unit having a compressor , a flow passage switching unit , an outdoor heat exchanger , and an outdoor unit controller ; at least one indoor unit (5a to 5c) having an indoor heat exchanger (51a to 51c); and at least one liquid pipe and at least one gas pipe for coupling the outdoor unit and the indoor unit (5a to 5c), characterized in that the outdoor unit controller is configured to perform a defrosting operation at an activation rotational speed (Cr) which is a predetermined rotational speed of the compressor when a defrosting operation interval time (Tm) as a predetermined time elapses since the last defrosting operation is terminated, wherein plural times and plural corresponding speeds are set as the defrosting operation interval time (Tm) and the activation rotational speed (Cr) in accordance with a capacity ratio (P) that is a value obtained by dividing a total sum (Pi) of rated capacity of the at least one indoor unit (5a to 5c) by a total sum (Po) of rated capacity of the at least one outdoor unit . at least one outdoor unit having a compressor , a flow passage switching unit , an outdoor heat exchanger , and an outdoor unit controller ; at least one indoor unit (5a to 5c) having an indoor heat exchanger (51a to 51c); and at least one liquid pipe and at least one gas pipe for coupling the outdoor unit and the indoor unit (5a to 5c), characterized in that the outdoor unit controller is configured to perform a defrosting operation at an activation rotational speed (Cr) which is a predetermined rotational speed of the compressor when a defrosting operation interval time (Tm) as a predetermined time elapses since the last defrosting operation is terminated, wherein plural times and plural corresponding speeds are set as the defrosting operation interval time (Tm) and the activation rotational speed (Cr) in accordance with a capacity ratio (P) that is a value obtained by dividing a total sum (Pi) of rated capacity of the at least one indoor unit (5a to 5c) by a total sum (Po) of rated capacity of the at least one outdoor unit .
A computer-implemented method for taking snapshots in a deduplicated virtual file system, at least a portion of the method being performed by a computing device comprising at least one processor, the method comprising: maintaining a deduplicated virtual file system that stores, at an original location within a non-virtual file system , at least one configuration file storing metadata for a target file and an extent map for the target file, the extent map defining how to construct the target file from deduplicated data segments in a deduplicated storage system ; receiving a request to take a snapshot of the target file corresponding to the configuration file; copying , in response to receiving the request to take the snapshot of the target file, the configuration file storing metadata for the target file and the extent map for the target file into a snapshot location within the non-virtual file system that is different than the original location; transmitting , in response to receiving the request to take the snapshot of the target file, a file reference request to the deduplicated storage system to add a file reference within the deduplicated storage system, the file reference indicating that the snapshot of the target file references at least one deduplicated data segment within the deduplicated storage system. maintaining a deduplicated virtual file system that stores, at an original location within a non-virtual file system , at least one configuration file storing metadata for a target file and an extent map for the target file, the extent map defining how to construct the target file from deduplicated data segments in a deduplicated storage system ; receiving a request to take a snapshot of the target file corresponding to the configuration file; copying , in response to receiving the request to take the snapshot of the target file, the configuration file storing metadata for the target file and the extent map for the target file into a snapshot location within the non-virtual file system that is different than the original location; transmitting , in response to receiving the request to take the snapshot of the target file, a file reference request to the deduplicated storage system to add a file reference within the deduplicated storage system, the file reference indicating that the snapshot of the target file references at least one deduplicated data segment within the deduplicated storage system.
Pump arrangement for a motor vehicle drive train , having - a first pump which is configured for providing a first pump pressure (PT) that is sufficient for hydraulically activating at least one drive train component , wherein the first pump is connected to an drive member which is configured so as to be driven by a drive motor of the drive train , and wherein the first pump is aligned along a pump axis ; - a second pump which is configured for providing a second pump pressure (P 2 ), wherein the second pump is able to be connected to an electric motor , and the second pump and the electric motor are aligned along a second pump axis , and the first and the second pump are established on a common pump arrangement housing which is configured so as to be installed in the interior space of a drive train housing , characterized in that - a third pump is established on the common pump arrangement housing , wherein the third pump is coupled to the drive member , and wherein the second pump axis is aligned so as to be skewed in relation to the first pump axis . - a first pump which is configured for providing a first pump pressure (PT) that is sufficient for hydraulically activating at least one drive train component , wherein the first pump is connected to an drive member which is configured so as to be driven by a drive motor of the drive train , and wherein the first pump is aligned along a pump axis ; - a second pump which is configured for providing a second pump pressure (P 2 ), wherein the second pump is able to be connected to an electric motor , and the second pump and the electric motor are aligned along a second pump axis , and the first and the second pump are established on a common pump arrangement housing which is configured so as to be installed in the interior space of a drive train housing , characterized in that - a third pump is established on the common pump arrangement housing , wherein the third pump is coupled to the drive member , and wherein the second pump axis is aligned so as to be skewed in relation to the first pump axis .
A method for the acid dissolution of LiCoO 2 contained in the cathode of Li-ion batteries, using acetic or tartaric acid as leaching agent, wherein the method comprises a first stage and a second stage, wherein said first stage comprises the step of separating the cathode components, while said second stage comprises the step of dissolving the pure LiCoO 2 with at least one of the leaching agents acetic or tartaric acid; wherein said first stage comprises dissolving the glue by means of diluted H 2 SO 4 and obtaining on the one hand, an aluminum foil as recycling material and on the other hand pure LiCoO 2 to be treated in the next stage, together with a generated effluent containing remainders of H 2 SO 4 ; and wherein said effluent generated after several reuse stages of H 2 SO 4 acid is treated using calcium hydroxide for precipitation as calcium sulfate. wherein said first stage comprises dissolving the glue by means of diluted H 2 SO 4 and obtaining on the one hand, an aluminum foil as recycling material and on the other hand pure LiCoO 2 to be treated in the next stage, together with a generated effluent containing remainders of H 2 SO 4 ; and wherein said effluent generated after several reuse stages of H 2 SO 4 acid is treated using calcium hydroxide for precipitation as calcium sulfate.
A method for wireless communications at a user equipment , comprising: transmitting , from the user equipment, UE , a sidelink communication to one or more other UEs ; determining sidelink acknowledgment feedback for reception of the sidelink communication by the one or more other UEs; receiving a downlink communication from a base station ; generating downlink acknowledgment feedback for reception of the downlink communication; and transmitting both the downlink acknowledgment feedback and the sidelink acknowledgment feedback to the base station via a joint transmission, wherein the joint transmission comprises an acknowledgment feedback codebook for the downlink acknowledgment feedback and a sidelink acknowledgment feedback bit that is appended to the acknowledgment feedback codebook, determining that at least a first UE of the one or more of the other UEs has successfully received the sidelink communication based on an absence of a negative acknowledgment from the first UE and setting the sidelink acknowledgment feedback bit to indicate an acknowledgment of reception of the sidelink communication based at least in part on an absence of a negative acknowledgment being received from any of the one or more other UEs. transmitting , from the user equipment, UE , a sidelink communication to one or more other UEs ; determining sidelink acknowledgment feedback for reception of the sidelink communication by the one or more other UEs; receiving a downlink communication from a base station ; generating downlink acknowledgment feedback for reception of the downlink communication; and transmitting both the downlink acknowledgment feedback and the sidelink acknowledgment feedback to the base station via a joint transmission, wherein the joint transmission comprises an acknowledgment feedback codebook for the downlink acknowledgment feedback and a sidelink acknowledgment feedback bit that is appended to the acknowledgment feedback codebook, determining that at least a first UE of the one or more of the other UEs has successfully received the sidelink communication based on an absence of a negative acknowledgment from the first UE and setting the sidelink acknowledgment feedback bit to indicate an acknowledgment of reception of the sidelink communication based at least in part on an absence of a negative acknowledgment being received from any of the one or more other UEs.
An integrated circuit, comprising: circuitry configured to send paging information to a mobile device via a paging channel of a selected resource; circuitry configured to send a paging agreement to the mobile device via the paging channel of the selected resource, wherein the paging agreement comprises a specification of at least a component carrier to be used for paging the mobile device; and circuitry configured to refresh the paging agreement, wherein the paging agreement is refreshed using a periodic refresh message. circuitry configured to send paging information to a mobile device via a paging channel of a selected resource; circuitry configured to send a paging agreement to the mobile device via the paging channel of the selected resource, wherein the paging agreement comprises a specification of at least a component carrier to be used for paging the mobile device; and circuitry configured to refresh the paging agreement, wherein the paging agreement is refreshed using a periodic refresh message.
A substrate for LED packaging, wherein: said substrate is shaped in a strip, at least one end of said substrate has an electrode lead-out wire , said electrode lead-out wire is connected with said substrate by connective components and/or connective materials, characterised in that said substrate has at least one strip-shaped opening disposed along the lengthwise direction of the substrate , the longitudinal direction of the strip of the strip-shaped opening being along the lengthwise direction of the substrate, the strip-shaped opening being configured so that a plurality of LED chips may be provided on the substrate in the space on both sides in the width direction of the at least one strip-shaped opening . said substrate is shaped in a strip, at least one end of said substrate has an electrode lead-out wire , said electrode lead-out wire is connected with said substrate by connective components and/or connective materials, characterised in that said substrate has at least one strip-shaped opening disposed along the lengthwise direction of the substrate , the longitudinal direction of the strip of the strip-shaped opening being along the lengthwise direction of the substrate, the strip-shaped opening being configured so that a plurality of LED chips may be provided on the substrate in the space on both sides in the width direction of the at least one strip-shaped opening .
A dialysis machine having an extracorporeal blood circuit, a dialyzer , and a dialysate circuit , wherein a blood pump is arranged in the extracorporeal blood circuit ; and wherein the dialyzer has a dialysis membrane which separates its blood side from its dialysate side, characterized in that the dialysis machine has a control unit which is configured to carry out a conditioning cycle which comprises a conditioning phase in which an ultrafiltration rate exceeds the blood flow through the dialyzer which is conveyed by the blood pump; and in that the dialysis machine has a substitution line which preferably leads into the venous line of the extracorporeal blood circuit , with the control unit being configured such that the fluid volume withdrawn in the conditioning phase in the dialyzer is at least partly substituted using this line, preferably after the conditioning phase and in particular during a flushing phase
Vehicle with a slewing ring arranged between a turntable and a vehicle frame, the slewing ring consisting of two ring assemblies which are rotatably mounted in one another by means of rolling elements and whose fastening flanges , which are bolted on the one side to the turntable and on the other side to the vehicle frame, are held without play between thrust transmission elements arranged on the turntable and on the vehicle frame and which thrust transmission elements are in bearing contact with the peripheral edge of the fastening flanges , characterised in that the turntable and the vehicle frame have stops for the thrust transmission bodies and in that a wedge gap extending in the circumferential direction is provided between the stops and the thrust transmission bodies which are radially displaceable relative to the stops , in which wedge gap a clamping wedge engages.
A heater structure, comprising: a heater body , which comprises a burner , which is connected to a gas supply tube , and a valve switch , which is adapted to connect to a fuel gas supply source, the valve switch being provided on a top side thereof with a fuel gas valve rod , which functions to control the valve switch to supply or not supply fuel gas to the burner ; a pilot fire assembly , which is mounted to the heater body at a location adjacent to the burner , the pilot fire assembly comprising a pilot fire tube , an ignition pin , and a thermocouple , the pilot fire assembly being covered and housed by a protective cover , the protective cover being formed with a plurality of ventilation holes , a guiding space being formed between one side of the protective cover and the heater body ; and a switch unit , which is mounted by a mounting frame to the valve switch , the mounting frame comprising an ignition switch connected to an ignition circuit of the ignition pin , a shut-down switch connected to a circuit of the thermocouple , an ignition operator , and a shut-down operator , wherein the ignition operator and the shut-down operator each have an end movably mounted to the mounting frame to form a swingable arrangement; the ignition switch and the fuel gas valve rod are arranged below the ignition operator to be contactable and pressable down by the ignition operator ; and the shut-down switch is arranged below the shut-down operator to be contactable and pressable down by the shut-down operator . a heater body , which comprises a burner , which is connected to a gas supply tube , and a valve switch , which is adapted to connect to a fuel gas supply source, the valve switch being provided on a top side thereof with a fuel gas valve rod , which functions to control the valve switch to supply or not supply fuel gas to the burner ; a pilot fire assembly , which is mounted to the heater body at a location adjacent to the burner , the pilot fire assembly comprising a pilot fire tube , an ignition pin , and a thermocouple , the pilot fire assembly being covered and housed by a protective cover , the protective cover being formed with a plurality of ventilation holes , a guiding space being formed between one side of the protective cover and the heater body ; and a switch unit , which is mounted by a mounting frame to the valve switch , the mounting frame comprising an ignition switch connected to an ignition circuit of the ignition pin , a shut-down switch connected to a circuit of the thermocouple , an ignition operator , and a shut-down operator , wherein the ignition operator and the shut-down operator each have an end movably mounted to the mounting frame to form a swingable arrangement; the ignition switch and the fuel gas valve rod are arranged below the ignition operator to be contactable and pressable down by the ignition operator ; and the shut-down switch is arranged below the shut-down operator to be contactable and pressable down by the shut-down operator .