mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for coating containers and in particular plastic containers having a container treatment unit , wherein the apparatus has a main transport device which is suitable and intended to transport the containers along a predetermined transport path (P), wherein the container treatment unit has at least two coating devices for coating walls of the containers, which are suitable and intended to coat the containers in a predetermined manner, having a feed and discharge unit which is suitable and intended to feed containers to be treated to at least the first treatment unit and to discharge containers already treated from the first treatment unit and having a media supply unit which is suitable and intended to feed media to the at least one first treatment unit , characterized in that the apparatus is modular and/or freely expandable in such a way that at least one further container coating device can be added which has a container transport device which is suitable and intended to transport the containers along a predetermined transport path having at least two coating modules which are suitable and intended to coat the containers in predetermined manner.
A combination product, comprising a limonoid compound or a pharmaceutically acceptable salt thereof, and a sulfonylurea compound, wherein the sulfonylurea compound is selected from the group consisting of glibenclamide, gliclazide, glipizide, gliquidone and glimepiride, and the limonoid compound is one or more selected from the group consisting of limonin, isolimonic acid, limonin glycoside, isolimonic acid glycoside, obacunone, isoobacunoic acid, obacunone glycoside, ichangin, ichangensin, ichangin glycoside, nomilin, nomilinic acid, deacetylnomilin, nomilin glycoside, deacetylnomilin glycoside and nomilinic acid glycoside.
Use of a white pigment for cosmetics, the white pigment comprising: a titanium phosphate powder, the titanium phosphate powder including plate-like crystal particles of titanium phosphate, wherein the titanium phosphate powder has an average friction coefficient (MIU) of less than 1.45, and wherein the plate-like crystal particles have an average thickness of 0.01 μm or more and 4 μm or less, and the plate-like crystal particles have an aspect ratio of 5 or more, where the aspect ratio is a value calculated by dividing an average primary particle diameter of the plate-like crystal particles by the average thickness. a titanium phosphate powder, the titanium phosphate powder including plate-like crystal particles of titanium phosphate, wherein the titanium phosphate powder has an average friction coefficient (MIU) of less than 1.45, and wherein the plate-like crystal particles have an average thickness of 0.01 μm or more and 4 μm or less, and the plate-like crystal particles have an aspect ratio of 5 or more, where the aspect ratio is a value calculated by dividing an average primary particle diameter of the plate-like crystal particles by the average thickness.
An implantable epicardial electrode assembly used in conjunction with an external pacemaker or defibrillator positioned outside of the body and permitting measurement, monitoring, stimulation and defibrillation (cardioversion) of the human heart; the assembly comprises electrodes configured to be fixed on the heart, whereby the electrode poles have a large surface area and are multipolar respectively and may be used at the same time as sensing electrodes and as stimulation electrodes; the assembly comprises at least two electrode poles of large scale and a further electrode arranged between the electrode poles whereby electrode is multipolar; and the electrode assembly further comprises a fixing element; and whereby defibrillation may occur between the isolated poles of electrode and stimulation of the heart may occur between the individual poles of the multipolar electrode or between one of the electrode poles (1 or 3) and one of the poles of electrode characterized in that the electrode assembly is racket-shaped.
A method for wireless communication, comprising: identifying one or more first metrics associated with a radio link monitoring, RLM, procedure on a radio link comprising one or more component carriers; identifying one or more second metrics associated with a procedure for monitoring whether communications of a first service type or having a first quality of service requirement are supportable; monitoring the radio link, based at least in part on the one or more first metrics, to assess for radio link failure; monitoring at least a portion of the radio link, based at least in part on the one or more second metrics, to assess the portion of the radio link for communications of the first service type or having the first quality of service requirement separate from the assessment for radio link failure; determining that a component carrier of the radio link fails to satisfy the one or more second metrics, wherein the component carrier is included in the portion of the radio link monitored based at least on the one or more second metrics; and updating the radio link based at least in part on the determination without declaring radio link failure, wherein the one or more second metrics of the component carrier are associated with more stringent reliability requirements for the communications of the first service type or having the first quality of service requirement than the one or more first metrics of another component carrier of the radio link associated with the RLM procedure. identifying one or more first metrics associated with a radio link monitoring, RLM, procedure on a radio link comprising one or more component carriers; identifying one or more second metrics associated with a procedure for monitoring whether communications of a first service type or having a first quality of service requirement are supportable; monitoring the radio link, based at least in part on the one or more first metrics, to assess for radio link failure; monitoring at least a portion of the radio link, based at least in part on the one or more second metrics, to assess the portion of the radio link for communications of the first service type or having the first quality of service requirement separate from the assessment for radio link failure; determining that a component carrier of the radio link fails to satisfy the one or more second metrics, wherein the component carrier is included in the portion of the radio link monitored based at least on the one or more second metrics; and updating the radio link based at least in part on the determination without declaring radio link failure, wherein the one or more second metrics of the component carrier are associated with more stringent reliability requirements for the communications of the first service type or having the first quality of service requirement than the one or more first metrics of another component carrier of the radio link associated with the RLM procedure.
Racket for ball games, particularly tennis, comprising a frame delimiting a strung surface forming a mesh , a handle extending the frame outside the mesh , characterised in that the frame is formed, at least in a peripheral region, from a bent lamination of at least two layers (6-9) of different materials placed adjacent to each other, the lamination being shaped so that, in a closed cross-section (T) of said peripheral region, considered perpendicular to the neutral fibre of the frame , the centre of mass (M) of said cross-section (T) is offset towards the mesh relative to the centre of area (S) of said cross-section (T), by a value of at least 5% of the width of said cross-section (T), said width being defined by the intersection of the cross-section (T) with the plane of the mesh .
An electronic filtering device for filtering common mode disturbances comprising: - a first capacitor (C1) being coupled in series to a first diode (D1), that allows current to flow in one direction, the first diode (D1) and the first capacitor (C1) being coupled between a load node (LOAD) and a reference potential , and - a second capacitor (C2) being coupled in series to a second diode (D2), that allows current to flow in the opposite direction, the second diode (D2) and the second capacitor (C2) being coupled between the load node (LOAD) and the reference potential , - a third capacitor (C3) being coupled between the load node (LOAD) and the reference potential , wherein the first capacitor (C1) serves as charge reservoirs that allows discharging the third capacitor (C3), and wherein the second capacitor (C2) serves as charge reservoirs that allows discharging the third capacitor (C3), and - a first switch (S1) bypassing the first diode (D1), wherein when the first switch (S1) is closed, the third capacitor (C3) is discharged with charge stored in the first capacitor (C1), and - a second switch (S2) bypassing the second diode (D2), wherein when the second switch (S2) is closed, the third capacitor (C3) is discharged with charge stored in the second capacitor (C2). - a first capacitor (C1) being coupled in series to a first diode (D1), that allows current to flow in one direction, the first diode (D1) and the first capacitor (C1) being coupled between a load node (LOAD) and a reference potential , and - a second capacitor (C2) being coupled in series to a second diode (D2), that allows current to flow in the opposite direction, the second diode (D2) and the second capacitor (C2) being coupled between the load node (LOAD) and the reference potential , - a third capacitor (C3) being coupled between the load node (LOAD) and the reference potential , wherein the first capacitor (C1) serves as charge reservoirs that allows discharging the third capacitor (C3), and wherein the second capacitor (C2) serves as charge reservoirs that allows discharging the third capacitor (C3), and - a first switch (S1) bypassing the first diode (D1), wherein when the first switch (S1) is closed, the third capacitor (C3) is discharged with charge stored in the first capacitor (C1), and - a second switch (S2) bypassing the second diode (D2), wherein when the second switch (S2) is closed, the third capacitor (C3) is discharged with charge stored in the second capacitor (C2).
Air-cooled motor-generator , comprising a rotor having a rotor shaft which is rotatable about a machine axis and on which a rotor winding is arranged, and also comprising a stator having a stator lamination stack and a stator winding arranged therein which concentrically surround the rotor winding , wherein a closed cooling circuit operated with cooling air is provided, in which the cooling air flows through the rotor winding and the stator winding radially from the inside to the outside, is cooled in coolers arranged outside the stator and is returned into the rotor , characterised in that in order to set the volume flow of the cooling air in the cooling circuit, adjustable throttle devices are provided on the coolers , which throttle devices comprise a multiplicity of throttle elements distributed in a plane perpendicular to the flow direction, wherein each of the throttle elements has a through-opening in which a throttle valve which can pivot about a rotational axis is arranged in the manner of a check valve, and the individual throttle elements are evenly distributed in an otherwise impervious wall.
An ultrasound catheter comprising: a first tubular body having a first longitudinal axis (L1) extending centrally through the first tubular body , the first tubular body including at least one delivery port extending through a wall of the first tubular body; a second tubular body having a second longitudinal axis (L2) extending centrally through the second tubular body , the first and second longitudinal axes being displaced from each other such that an asymmetrical longitudinally extending gap is formed between an outer surface of the second tubular body and an interior surface of the first tubular body, wherein the second tubular body is asymmetrical and includes a plurality of indentations along the interior surface of the second tubular body; a temperature sensor forming a thermocouple extending longitudinally within the gap between the first tubular body and the second tubular body; and an inner core positioned within the second tubular body, the inner core comprising at least one ultrasound element. a first tubular body having a first longitudinal axis (L1) extending centrally through the first tubular body , the first tubular body including at least one delivery port extending through a wall of the first tubular body; a second tubular body having a second longitudinal axis (L2) extending centrally through the second tubular body , the first and second longitudinal axes being displaced from each other such that an asymmetrical longitudinally extending gap is formed between an outer surface of the second tubular body and an interior surface of the first tubular body, wherein the second tubular body is asymmetrical and includes a plurality of indentations along the interior surface of the second tubular body; a temperature sensor forming a thermocouple extending longitudinally within the gap between the first tubular body and the second tubular body; and an inner core positioned within the second tubular body, the inner core comprising at least one ultrasound element.
A system suitable for delivering a therapeutic agent to a target site, the system comprising: a container for holding the therapeutic agent, wherein the container comprises first and second regions, wherein the first region houses the therapeutic agent in a pre-delivery state, and wherein the first region comprises an outlet to the target site, and a pressure source having pressurized fluid, the pressure source in selective fluid communication with at least a portion of the container, wherein fluid from the pressure source is directed into the first region of the container to urge the therapeutic agent towards the outlet of the first region and towards the target site, characterised by wherein the second region is separated from the first region by a platform positioned within the container, the platform forming a substantially fluid tight seal with an inner surface of the container, wherein the therapeutic agent is retained above the platform when the system is in a handheld position and there is fluid communication through the platform between the first and second regions; and wherein fluid from the pressure source is directed from the second region of the container into the first region of the container via the platform to urge the therapeutic agent in a direction from the second region towards the outlet of the first region and towards the target site. a container for holding the therapeutic agent, wherein the container comprises first and second regions, wherein the first region houses the therapeutic agent in a pre-delivery state, and wherein the first region comprises an outlet to the target site, and a pressure source having pressurized fluid, the pressure source in selective fluid communication with at least a portion of the container, wherein fluid from the pressure source is directed into the first region of the container to urge the therapeutic agent towards the outlet of the first region and towards the target site, characterised by wherein the second region is separated from the first region by a platform positioned within the container, the platform forming a substantially fluid tight seal with an inner surface of the container, wherein the therapeutic agent is retained above the platform when the system is in a handheld position and there is fluid communication through the platform between the first and second regions; and wherein fluid from the pressure source is directed from the second region of the container into the first region of the container via the platform to urge the therapeutic agent in a direction from the second region towards the outlet of the first region and towards the target site.
A wireless device configured to communicate with a network node , the wireless device comprising processing circuitry configured to: start a periodic Radio Access Network, RAN, based Notification Area, RNA, update timer based at least in part on the wireless device being in a Radio Resource Control, RRC, inactive state, the periodic RNA update timer being configured to initiate an RRC resume procedure when the periodic RNA update timer expires, characterized in that the processing circuitry is further configured to: - if the periodic RNA update timer is running, stop the periodic RNA update timer before expiry of the periodic RNA update timer based at least in part on a condition being met, the condition being based at least in part on RRC signaling, wherein the condition being met corresponds to the wireless device receiving, in response to an RRC Resume Request message, an RRC suspend message indicating that the wireless device is to remain in an RRC inactive state; and - if the received RRC suspend message includes a configuration associated with the periodic RNA update timer, restart the periodic RNA update timer according at least to the configuration in the received RRC suspending message. start a periodic Radio Access Network, RAN, based Notification Area, RNA, update timer based at least in part on the wireless device being in a Radio Resource Control, RRC, inactive state, the periodic RNA update timer being configured to initiate an RRC resume procedure when the periodic RNA update timer expires, characterized in that the processing circuitry is further configured to: - if the periodic RNA update timer is running, stop the periodic RNA update timer before expiry of the periodic RNA update timer based at least in part on a condition being met, the condition being based at least in part on RRC signaling, wherein the condition being met corresponds to the wireless device receiving, in response to an RRC Resume Request message, an RRC suspend message indicating that the wireless device is to remain in an RRC inactive state; and - if the received RRC suspend message includes a configuration associated with the periodic RNA update timer, restart the periodic RNA update timer according at least to the configuration in the received RRC suspending message. - if the periodic RNA update timer is running, stop the periodic RNA update timer before expiry of the periodic RNA update timer based at least in part on a condition being met, the condition being based at least in part on RRC signaling, wherein the condition being met corresponds to the wireless device receiving, in response to an RRC Resume Request message, an RRC suspend message indicating that the wireless device is to remain in an RRC inactive state; and - if the received RRC suspend message includes a configuration associated with the periodic RNA update timer, restart the periodic RNA update timer according at least to the configuration in the received RRC suspending message.
X-spring device for a motor vehicle wheel suspension, each wheel side comprising: - a first leaf spring and a second leaf spring made of fiber-reinforced plastics material, which are arranged one above the other, the first leaf spring being supportable on the wheel side by means of one end and the second leaf spring being supportable on the vehicle body side by means of one end, and - a first fastening device on which the first leaf spring and the second leaf spring are brought together and clamped, and which has a bearing for pivotable mounting on the vehicle body side, characterized in that the first fastening devices of both wheel sides are connected to one another by means of a spring in such a way that either the first leaf springs of both wheel sides are formed of partial portions of a continuous leaf spring, and the spring connecting the first fastening devices of both wheel sides is formed of a central portion of said continuous leaf spring, or the second leaf springs of both wheel sides are formed of partial portions of a continuous leaf spring, and the spring connecting the first fastening devices of both wheel sides is formed of a central portion of said continuous leaf spring. - a first leaf spring and a second leaf spring made of fiber-reinforced plastics material, which are arranged one above the other, the first leaf spring being supportable on the wheel side by means of one end and the second leaf spring being supportable on the vehicle body side by means of one end, and - a first fastening device on which the first leaf spring and the second leaf spring are brought together and clamped, and which has a bearing for pivotable mounting on the vehicle body side, the first fastening devices of both wheel sides are connected to one another by means of a spring in such a way that either the first leaf springs of both wheel sides are formed of partial portions of a continuous leaf spring, and the spring connecting the first fastening devices of both wheel sides is formed of a central portion of said continuous leaf spring, or the second leaf springs of both wheel sides are formed of partial portions of a continuous leaf spring, and the spring connecting the first fastening devices of both wheel sides is formed of a central portion of said continuous leaf spring.
A cardio-pulmonary resuscitation (CPR) device, comprising: a chest compression mechanism structured to administer chest compressions and active decompressions to a chest of a patient, the chest of the patient having a resting chest height; a processor configured to: determine a maximum zero-position of the CPR device; determine an initial zero-position of the CPR device for at least one of the chest compressions and active decompressions to be administered to the chest of the patient; detect a change in the resting chest height; in response to the detected change in resting chest height, automatically adjust the zero-position of the CPR device up to a maximum zero-position for the CPR device and administer chest compressions and active decompressions to the chest of the patient based on the adjusted zero-position; and in response to the detected change in resting chest height while administering active decompressions to the chest of the patient, cause the chest compression mechanism to lift the chest of the patient up to a maximum uplift based on the adjusted zero-position. a chest compression mechanism structured to administer chest compressions and active decompressions to a chest of a patient, the chest of the patient having a resting chest height; a processor configured to: determine a maximum zero-position of the CPR device; determine an initial zero-position of the CPR device for at least one of the chest compressions and active decompressions to be administered to the chest of the patient; detect a change in the resting chest height; in response to the detected change in resting chest height, automatically adjust the zero-position of the CPR device up to a maximum zero-position for the CPR device and administer chest compressions and active decompressions to the chest of the patient based on the adjusted zero-position; and in response to the detected change in resting chest height while administering active decompressions to the chest of the patient, cause the chest compression mechanism to lift the chest of the patient up to a maximum uplift based on the adjusted zero-position. determine a maximum zero-position of the CPR device; determine an initial zero-position of the CPR device for at least one of the chest compressions and active decompressions to be administered to the chest of the patient; detect a change in the resting chest height; in response to the detected change in resting chest height, automatically adjust the zero-position of the CPR device up to a maximum zero-position for the CPR device and administer chest compressions and active decompressions to the chest of the patient based on the adjusted zero-position; and in response to the detected change in resting chest height while administering active decompressions to the chest of the patient, cause the chest compression mechanism to lift the chest of the patient up to a maximum uplift based on the adjusted zero-position.