mhurhangee/ep-ind-claims huggingface dataset:
A discharge unit comprising: a casing having a front side opposite of a rear side, a top side opposite of a bottom side and two opposing lateral sides, in which an air passage extending from the front side of the casing to the rear side of the casing is formed to allow air to pass therethrough; a discharge electrode and a counter electrode located in the air passage; and a voltage supply section configured to give a potential difference between the discharge electrode and the counter electrode, wherein the discharge unit includes an insulating member having a support which supports the discharge electrode and a base which supports the counter electrode, the counter electrode is supported on a periphery of the base, the base has a recess recessed in a direction extending from the top side of the casing to the bottom side of the casing and intersecting with a flow of air flowing through the air passage, and the support extends from a bottom of the recess to protrude outward from an open end of the recess, wherein the base has an elongated shape extending in a direction extending from a lateral side of the casing to the other lateral side of the casing and intersecting with the flow of air, and the recess has an elongated shape extending in the direction extending from a lateral side of the casing to the other lateral side of the casing along the base. a casing having a front side opposite of a rear side, a top side opposite of a bottom side and two opposing lateral sides, in which an air passage extending from the front side of the casing to the rear side of the casing is formed to allow air to pass therethrough; a discharge electrode and a counter electrode located in the air passage; and a voltage supply section configured to give a potential difference between the discharge electrode and the counter electrode, wherein the discharge unit includes an insulating member having a support which supports the discharge electrode and a base which supports the counter electrode, the counter electrode is supported on a periphery of the base, the base has a recess recessed in a direction extending from the top side of the casing to the bottom side of the casing and intersecting with a flow of air flowing through the air passage, and the support extends from a bottom of the recess to protrude outward from an open end of the recess, wherein the base has an elongated shape extending in a direction extending from a lateral side of the casing to the other lateral side of the casing and intersecting with the flow of air, and the recess has an elongated shape extending in the direction extending from a lateral side of the casing to the other lateral side of the casing along the base.
A method of setting an alarm in a mobile communication terminal, comprising: providing an alarm setting menu; receiving a city selection in the alarm setting menu; inquiring a time difference between the selected city and a reference city where a user is currently located from a time-difference information stored in the memory of the mobile communication terminal; calculating the current time of the selected city based on the time difference stored in the memory and a current time of the reference city received from a mobile communication system; receiving an alarm time in the same interface of the alarm setting menu; and converting received alarm time into local alarm time of the reference city based on the time difference information stored in the memory; checking, if the local alarm time corresponds to the current time of the reference city (S 140), outputting an alarm signal, if the local alarm time corresponds to the current time of the reference city. providing an alarm setting menu; receiving a city selection in the alarm setting menu; inquiring a time difference between the selected city and a reference city where a user is currently located from a time-difference information stored in the memory of the mobile communication terminal; calculating the current time of the selected city based on the time difference stored in the memory and a current time of the reference city received from a mobile communication system; receiving an alarm time in the same interface of the alarm setting menu; and converting received alarm time into local alarm time of the reference city based on the time difference information stored in the memory; checking, if the local alarm time corresponds to the current time of the reference city (S 140), outputting an alarm signal, if the local alarm time corresponds to the current time of the reference city.
A maintenance apparatus for a fluidic ejection device comprising: a capping structure (16, 24) connected to a pivot mechanism to be pivoted over an ejection head of the fluid ejection device to move between a first position for capping the ejection head and a second position for uncapping the ejection head, wherein the capping structure includes an aperture therein for fluid flow therethrough when the capping structure is moved to the second position, characterized in that the pivot mechanism comprises a pivot member (46, 50) and a shaft, and one end of the shaft is attached to the pivot member (46, 50) and the other end of the shaft is attached to the capping structure (16, 24). a capping structure (16, 24) connected to a pivot mechanism to be pivoted over an ejection head of the fluid ejection device to move between a first position for capping the ejection head and a second position for uncapping the ejection head, wherein the capping structure includes an aperture therein for fluid flow therethrough when the capping structure is moved to the second position, characterized in that the pivot mechanism comprises a pivot member (46, 50) and a shaft, and one end of the shaft is attached to the pivot member (46, 50) and the other end of the shaft is attached to the capping structure (16, 24).
A window (11, 31, 41, 51) or a door having a frame (13, 13'), having a leaf (15, 15', 15") which is movable with respect to the frame (13, 13'), and having a closure arrangement, wherein the leaf (15, 15', 15") can be fixed at the frame (13, 13') by the closure arrangement while forming a plurality of fixing points (23a-d); wherein the closure arrangement has a plurality of individual modular closures (37, 47, 57), which are respectively associated with one of the plurality of fixing points (23a-d), for a selective moving of the leaf (15, 15', 15") in accordance with one of a plurality of different movement paths; and wherein the individual modular closures (37, 47, 57) have actuation sections which are respectively independent of one another and by means of which the fixing of the leaf (15, 15', 15") at the associated fixing point (23a-d) is respectively releasable, characterized in that the actuation sections of at least two individual modular closures (37, 47, 57) are coupled to one another by a common operating element (21, 35), with the actuation sections coupled to one another being individually actuable in dependence on a point of engagement at which a user exerts an actuation force on the common operating element.
A high-pressure pump including a plunger capable of reciprocating, and a housing having a pressurizing chamber in which fuel is pressurized by the plunger, and a fuel chamber through which the fuel flows toward and from the pressurizing chamber, a spring that biases the plunger in such a direction as to increase the volume of the pressurizing chamber; a spring seat that is fixed to the housing and is in abutting contact with one end of the spring, wherein a first space through which the fuel flows is provided between a bottom of the spring seat and the housing, and the first space communicates with the fuel chamber via a fuel passage formed in the housing; characterized by comprising: a heat insulating member that covers a face of the bottom of the spring seat, which face is exposed to the first space. a heat insulating member that covers a face of the bottom of the spring seat, which face is exposed to the first space.
A haemostat composition comprising a chitosan, chitosan salt or chitosan derivative, and a physiologically acceptable acid in an amount of from 20 to 70% by weight of the haemostat composition, wherein the chitosan, chitosan salt or chitosan derivative is coated by the acid; wherein the haemostat composition is in a non-fibrous form, wherein the chitosan, chitosan salt or chitosan derivative has been washed with an alkali solution to reduce the presence of endotoxins prior to coating with the acid, wherein the concentration of alkali solution used is from 0.01M to 1M, and is able to fully degrade in a human or animal body within 30 days, wherein the chitosan derivative comprises a partially deacetylated chitin, carboxy methyl chitosan, hydroxyl butyl chitin, N-acyl chitosan, O-acyl chitosan, N-alkyl chitosan, O-alkyl chitosan, N-alkylidene chitosan, O-sulfonyl chitosan, sulfated chitosan, phosphorylated chitosan, nitrated chitosan, alkalichitin, alkalichitosan, or metal chelates with chitosan; and wherein the molecular weight of the chitosan, chitosan salt or chitosan derivative used for the preparation of the haemostat composition is less than 2,000,000.
An apparatus comprised in a user equipment, UE, the apparatus comprising one or more processors, the one or more processors being configured to cause the apparatus to: receive one or more messages that include sounding reference signal, SRS, configuration information to indicate an SRS resource allocation, wherein the SRS configuration information includes a partial frequency sounding indicator and additional information to indicate a size of an SRS subband; determine a group of contiguous resource blocks, RBs, in a symbol in a first slot based on the size of the SRS subband and the partial frequency sounding indicator, wherein the group is one of a plurality of groups of contiguous RBs in the SRS subband; and transmit an SRS based on the SRS configuration information and using the determined group of contiguous RBs. a user equipment, UE, the apparatus comprising one or more processors, the one or more processors being configured to cause the apparatus to: receive one or more messages that include sounding reference signal, SRS, configuration information to indicate an SRS resource allocation, wherein the SRS configuration information includes a partial frequency sounding indicator and additional information to indicate a size of an SRS subband; determine a group of contiguous resource blocks, RBs, in a symbol in a first slot based on the size of the SRS subband and the partial frequency sounding indicator, wherein the group is one of a plurality of groups of contiguous RBs in the SRS subband; and transmit an SRS based on the SRS configuration information and using the determined group of contiguous RBs. receive one or more messages that include sounding reference signal, SRS, configuration information to indicate an SRS resource allocation, wherein the SRS configuration information includes a partial frequency sounding indicator and additional information to indicate a size of an SRS subband; determine a group of contiguous resource blocks, RBs, in a symbol in a first slot based on the size of the SRS subband and the partial frequency sounding indicator, wherein the group is one of a plurality of groups of contiguous RBs in the SRS subband; and transmit an SRS based on the SRS configuration information and using the determined group of contiguous RBs.
A two-part prosthetic heart valve, being comprised of an anchor assembly and a valve assembly, and deployment system, comprising: a guide catheter defining a lumen, the guide catheter sized for insertion within a vasculature of a human patient; an inner catheter releasably coupleable with the anchor assembly of the prosthetic heart valve, wherein the inner catheter and the anchor assembly are disposable within the lumen of the guide catheter while the anchor assembly is in a low-profile delivery configuration; a valve delivery catheter releasably coupleable with the valve assembly of the prosthetic heart valve, wherein the valve delivery catheter and the valve assembly are disposable within the lumen of the guide catheter while the valve assembly is in a low-profile delivery configuration; and a valve retrieval catheter defining a lumen, wherein the valve delivery catheter is disposable within the lumen of the valve retrieval catheter, and wherein a distal end portion of the valve retrieval catheter includes a valve engagement portion that is configured to selectively mechanically engage with the valve assembly, wherein the valve engagement portion comprises a framework structure defining one or more interstitial open spaces that are sized and positioned to selectively mechanically engage with one or more hooks on a proximal end of the valve assembly, and wherein the framework structure is thermally coupled to a shaft of the valve retrieval catheter; and a valve delivery sheath defining a lumen, wherein the valve retrieval catheter is disposable within the lumen of the valve delivery sheath. a guide catheter defining a lumen, the guide catheter sized for insertion within a vasculature of a human patient; an inner catheter releasably coupleable with the anchor assembly of the prosthetic heart valve, wherein the inner catheter and the anchor assembly are disposable within the lumen of the guide catheter while the anchor assembly is in a low-profile delivery configuration; a valve delivery catheter releasably coupleable with the valve assembly of the prosthetic heart valve, wherein the valve delivery catheter and the valve assembly are disposable within the lumen of the guide catheter while the valve assembly is in a low-profile delivery configuration; and a valve retrieval catheter defining a lumen, wherein the valve delivery catheter is disposable within the lumen of the valve retrieval catheter, and wherein a distal end portion of the valve retrieval catheter includes a valve engagement portion that is configured to selectively mechanically engage with the valve assembly, wherein the valve engagement portion comprises a framework structure defining one or more interstitial open spaces that are sized and positioned to selectively mechanically engage with one or more hooks on a proximal end of the valve assembly, and wherein the framework structure is thermally coupled to a shaft of the valve retrieval catheter; and a valve delivery sheath defining a lumen, wherein the valve retrieval catheter is disposable within the lumen of the valve delivery sheath.
A gear rotor of injection moulded engineering plastic for use in a positive displacement flowmeter, said rotor including a central hub for rotation on an axis, an external wall profile forming three equally spaced lobes arranged symmetrically around said central hub and with portions of said external wall profile between said lobes being concave, characterised by a partially open core structure inside said wall profile with internal cavities (15, 15A) defined between support webs (13, 14) extending between said central hub of the rotor and said wall profile, in that at least some of said webs extend between said hub and crests of the lobes and run the length of the rotor and others of said webs extend between said central hub and the roots of the profile concavities and run the length of the rotor.
A battery module assembly comprising unit modules, each of which comprises unit cells mounted to a cartridge in a state of being electrically connected to each other via bus bars, the battery module assembly comprising: two or more sub-modules, each of which comprises two or more unit modules vertically stacked from a ground to form a coolant flow channel at an interface therebetween, the sub-modules being arranged in a lateral direction in a state of being spaced apart from each other to provide the coolant flow channel; a base plate, on which the sub-modules are loaded; side cover plates mounted at sides of the sub-modules, each of the side cover plates having at least one coolant inlet port (311a, 311b), through which a coolant is introduced; and a bracket for fixing ends of the sub-modules, the bracket having a coolant outlet port communicating with the coolant flow channel. two or more sub-modules, each of which comprises two or more unit modules vertically stacked from a ground to form a coolant flow channel at an interface therebetween, the sub-modules being arranged in a lateral direction in a state of being spaced apart from each other to provide the coolant flow channel; a base plate, on which the sub-modules are loaded; side cover plates mounted at sides of the sub-modules, each of the side cover plates having at least one coolant inlet port (311a, 311b), through which a coolant is introduced; and a bracket for fixing ends of the sub-modules, the bracket having a coolant outlet port communicating with the coolant flow channel.
A system for automatically determining the noise threshold of a radar, the system comprising: an antenna configured to gather data about a surrounding environment; a processing unit configured to remove samples representing target data from the gathered data in the frequency domain; to estimate the noise floor from the gathered data after removing the target data; and to determine a noise threshold from the estimated noise floor; wherein the gathered data from the antenna are processed to be represented by a plurality of fast Fourier transforms each performed by the processing unit at a different time, and wherein the gathered data are represented by a plurality of data sets each having the same number of points, a location of the points in one data set corresponding to a location of the points in another data set; and a memory device configured to store the estimated noise floor. an antenna configured to gather data about a surrounding environment; a processing unit configured to remove samples representing target data from the gathered data in the frequency domain; to estimate the noise floor from the gathered data after removing the target data; and to determine a noise threshold from the estimated noise floor; wherein the gathered data from the antenna are processed to be represented by a plurality of fast Fourier transforms each performed by the processing unit at a different time, and wherein the gathered data are represented by a plurality of data sets each having the same number of points, a location of the points in one data set corresponding to a location of the points in another data set; and a memory device configured to store the estimated noise floor.
System for traffic control of electrically driven vehicles in a road network, wherein the vehicles can be coupled to a catenary supply arranged at the roadside for energy transmission during the journey, which catenary supply has feeder sections supplied separately from one another with configurable load limits, comprising forecasting means for forecasting a load requirement in a feeder section, influencing means for influencing a load handling of vehicles in the feeder section, and control means for analysing the forecast load requirement with regard to the load limits of the feeder section and for selecting necessary control actions for influencing means, wherein the forecasting means have capture means for capturing a traffic and/or weather situation for a road section assigned to the feeder section and computing means for calculating the load requirement from the captured traffic and/or weather situation and/or from a course of the road gradient of the road section on the basis of a forecast model, which indicates the load handling of a vehicle as a function of its total weight and/or of its speed and/or acceleration at different road gradients and/or the weather situation, wherein the influencing means have actuator apparatuses arranged at the roadside and/or vehicle devices arranged in the vehicle, by means of which notifications can be output to drivers of vehicles as control actions to reduce the load handling, wherein the control means are embodied to select as the driver notification a request for switching from electric drive to fuel drive and/or a request for switching the load handling from the catenary supply to a vehicle-side energy store, and/or for energy recovery of energy from a vehicle-side energy store into the catenary supply.
An in-vitro method for testing expression in a cancer-tissue from a patient of one or more biomarkers of sensitivity or resistance to a secretory phospholipase A 2 (sPLA 2) hydrolysable, cisplatin-containing liposome comprising determining a level of PLA2G2A or a complement thereof in a tumor sample from the patient and: (a) determining a level of expression in said tissue sample of one or more biomarkers of sensitivity selected from Table 1 or a complement thereof, wherein sensitivity refers to responsiveness of a cell or tissue to treatment with the sPLA 2 hydrolysable, cisplatin-containing liposome; or (b) determining a level of expression in said tissue sample of one or more biomarkers of resistance selected from Table 2 or a complement thereof, wherein resistance refers to non-responsiveness of a cell or tissue to treatment with the sPLA 2 hydrolysable, cisplatin-containing liposome. (a) determining a level of expression in said tissue sample of one or more biomarkers of sensitivity selected from Table 1 or a complement thereof, wherein sensitivity refers to responsiveness of a cell or tissue to treatment with the sPLA 2 hydrolysable, cisplatin-containing liposome; or (b) determining a level of expression in said tissue sample of one or more biomarkers of resistance selected from Table 2 or a complement thereof, wherein resistance refers to non-responsiveness of a cell or tissue to treatment with the sPLA 2 hydrolysable, cisplatin-containing liposome.
Installation device for carrying out installation steps on a wall, comprising - an installation apparatus having - a drive unit and - a tool holder, wherein the tool holder - is coupled to the drive unit, - is provided for receiving a tool which extends away from the tool holder in a tool direction and can be driven by the drive unit, and - can assume a locked state and an unlocked state, wherein a tool received by the tool holder can be removed from the tool holder in the unlocked state and is fixed in the tool holder in the locked state, and - an unlocking device which has a controllable actuator (30, 32) and is designed and arranged such that the tool holder can be brought from the locked state into the unlocked state by means of the actuator (30, 32), - a mobile installation frame, - a mechatronic installation component, and - a controllable gripper for fixing a tool, wherein the mechatronic installation component and the gripper are arranged on the installation frame and the installation apparatus can be received and moved by the mechatronic installation component. - an installation apparatus having - a drive unit and - a tool holder, wherein the tool holder - is coupled to the drive unit, - is provided for receiving a tool which extends away from the tool holder in a tool direction and can be driven by the drive unit, and - can assume a locked state and an unlocked state, wherein a tool received by the tool holder can be removed from the tool holder in the unlocked state and is fixed in the tool holder in the locked state, and - an unlocking device which has a controllable actuator (30, 32) and is designed and arranged such that the tool holder can be brought from the locked state into the unlocked state by means of the actuator (30, 32), - a mobile installation frame, - a mechatronic installation component, and - a controllable gripper for fixing a tool, - an unlocking device which has a controllable actuator (30, 32) and is designed and arranged such that the tool holder can be brought from the locked state into the unlocked state by means of the actuator (30, 32), - a mobile installation frame, - a mechatronic installation component, and - a controllable gripper for fixing a tool,