mhurhangee/ep-ind-claims huggingface dataset:
A battery-cooling device for a vehicle, comprising: a plurality of frames having battery cells mounted thereto and apertures provided in both of first and second side surfaces of lower ends of the frames; a pipe inserted through the apertures; a coolant inlet mounted on the first side surface of the lower end of each of the plurality of frames and communicating with a first end of the pipe, a coolant being introduced into the coolant inlet; a coolant outlet mounted on the second side surface of the lower end of each of the plurality of frames and communicating with a second end of the pipe, the coolant being discharged from the coolant outlet; and a thermal interface material inlet disposed at upper sides of the apertures while being provided in the first side surface and the second side surface of the frame, wherein a thermal interface material is introduced into the thermal interface material inlet. a plurality of frames having battery cells mounted thereto and apertures provided in both of first and second side surfaces of lower ends of the frames; a pipe inserted through the apertures; a coolant inlet mounted on the first side surface of the lower end of each of the plurality of frames and communicating with a first end of the pipe, a coolant being introduced into the coolant inlet; a coolant outlet mounted on the second side surface of the lower end of each of the plurality of frames and communicating with a second end of the pipe, the coolant being discharged from the coolant outlet; and a thermal interface material inlet disposed at upper sides of the apertures while being provided in the first side surface and the second side surface of the frame, wherein a thermal interface material is introduced into the thermal interface material inlet.
A double-leaf door having a moving leaf and a fixed leaf, whereby the fixed leaf can be locked in the ceiling or in the floor using at least one locking bar, the moving leaf engages in or abuts against the fixed leaf, and the fixed leaf and the moving leaf may be coupled to each other by a driver device, characterized in that a driver device, provided in accordance with Claim 11, has a driver that is furnished within the fixed leaf frame and that can be shifted out of the fixed leaf frame by means of the locking bar, the moving leaf having a track that can be coupled with the driver, the track being arranged within the moving leaf frame and being able to be pulled out from and retracted into the track.
An application aid (10, 100, 100') for the treatment of wounds, in particular for the debridement and/or cleansing of wounds, comprising a bendable application wand (20, 120, 120', 211, 212, 213), whereby a rear section of the application wand is designed as a grasping handle section and/or a front section of the application wand is designed as a fastening section for fastening a wound cleansing head (50, 150) thereto, characterised by a bending section with increased flexibility provided between the grasping handle section and the fastening section, wherein the application wand in a 3-point bending device with a span between supports of between 40 mm and 60 mm deflects by approximately 5 mm to 8 mm on application of a bending force of between 21 N and 45 N, in particular of approximately 33 N, on the bending section perpendicular to the longitudinal direction of the application wand.
A method of controlling a tractor /round baler combination comprises the steps of: (i) advancing a tractor /round baler combination through a swath or windrow of a harvested crop material with a tractor PTO operating at a constant speed to power a drive of a baling chamber of the round baler and the round baler operating to pick up harvested crop material; (ii) during step (i) assessing with a control unit receiving signals from a feeding side torque sensor and a forming side torque sensor in order to assess the flowrate of the harvested crop material in the round baler and the torque of the baling chamber drive (iii) comparing the assessed flowrate with an optimal flowrate stored in a memory unit of the control unit and the torque of the baler chamber drive with an optimal baler chamber drive torque stored in the memory unit of the control unit; and (iv) if the assessed flowrate differs from the optimal flowrate by more than a predetermined amount or the assessed torque of the baler chamber drive differs from the optimal torque by more than a predetermined amount, the control unit sending a signal to change the speed of advancement of the tractor /round baler combination, and hence changing the flowrate of biological matter in the round baler and the torque of the baler chamber drive. (i) advancing a tractor /round baler combination through a swath or windrow of a harvested crop material with a tractor PTO operating at a constant speed to power a drive of a baling chamber of the round baler and the round baler operating to pick up harvested crop material; (ii) during step (i) assessing with a control unit receiving signals from a feeding side torque sensor and a forming side torque sensor in order to assess the flowrate of the harvested crop material in the round baler and the torque of the baling chamber drive (iii) comparing the assessed flowrate with an optimal flowrate stored in a memory unit of the control unit and the torque of the baler chamber drive with an optimal baler chamber drive torque stored in the memory unit of the control unit; and (iv) if the assessed flowrate differs from the optimal flowrate by more than a predetermined amount or the assessed torque of the baler chamber drive differs from the optimal torque by more than a predetermined amount, the control unit sending a signal to change the speed of advancement of the tractor /round baler combination, and hence changing the flowrate of biological matter in the round baler and the torque of the baler chamber drive.
A compound containing an active material for a rechargeable lithium-ion battery and further containing a lithium ion-conductive carbon-based material, whereby the active material comprises Si-based particles and a silicon oxide SiO x with 0<x<2, wherein said SiO x is an intimate mixture of amorphous silicon (Si) and crystalline silicon dioxide (SiO 2), whereby said compound is characterized by a ratio of the weight of the carbon versus the sum of the weights of Si-based particles and the SiO x, expressed as (Si+SiO x):C, of between 33:1 and 1:1.
A method of managing the braking of an aircraft having at least one controllable brake for braking the aircraft when the aircraft is on the ground and as a function of a braking setpoint, the method including correcting the braking setpoint as a function of a pitch angle (θ) of the aircraft during braking, and being characterized in that said correction is performed by subtracting a correction value from the braking setpoint, which correction value is: · calculated as a function of the pitch angle (θ) if the aircraft is running at a ground speed less than a threshold speed (V th); and · set to zero if the ground speed is greater than or equal to the threshold speed (V th). · calculated as a function of the pitch angle (θ) if the aircraft is running at a ground speed less than a threshold speed (V th); and · set to zero if the ground speed is greater than or equal to the threshold speed (V th).
A handover processing method, carried by a first network device, wherein the method comprises: when the first network device located in a first system network or a first core network is connected to a terminal device, establishing, by the first network device, a candidate connection between the terminal device and a target system network or a candidate connection between the terminal device and a target core network; wherein the candidate connection is used for handover to the target system network or the target core network when the terminal device meets a preset condition, characterized in that the method comprises: determining whether to establish the candidate connection between the terminal device and the target system network or the candidate connection between the terminal device and the target core network based on mobility information of the terminal device, wherein that the method further comprises: establishing the candidate connection between the terminal device and the target system network or the candidate connection between the terminal device and the target core network when the terminal device is determined to be highly mobile based on the mobility information of the terminal device. when the first network device located in a first system network or a first core network is connected to a terminal device, establishing, by the first network device, a candidate connection between the terminal device and a target system network or a candidate connection between the terminal device and a target core network; wherein the candidate connection is used for handover to the target system network or the target core network when the terminal device meets a preset condition, characterized in that the method comprises: determining whether to establish the candidate connection between the terminal device and the target system network or the candidate connection between the terminal device and the target core network based on mobility information of the terminal device, wherein that the method further comprises: establishing the candidate connection between the terminal device and the target system network or the candidate connection between the terminal device and the target core network when the terminal device is determined to be highly mobile based on the mobility information of the terminal device. determining whether to establish the candidate connection between the terminal device and the target system network or the candidate connection between the terminal device and the target core network based on mobility information of the terminal device, wherein that the method further comprises: establishing the candidate connection between the terminal device and the target system network or the candidate connection between the terminal device and the target core network when the terminal device is determined to be highly mobile based on the mobility information of the terminal device.
A mass spectrometry apparatus, comprising a first quadrupole; an exit lens; and a linear ion trap disposed between the first quadrupole and the exit lens, the linear ion trap having a well-modulator quadrupole comprising at least two differently potentiated zones, defining at least two different sectors of the linear ion trap such that the linear ion trap is operated to form potential wells, alternately or simultaneously, in at least two different sectors of the linear ion trap, the sectors including a proximal sector nearer the first quadrupole and a distal sector nearer the exit lens, characterised in that said linear ion trap is configured to operate whereby an ion population is loaded from said first quadrupole into a well formed in said distal sector and, by manipulation of the potentials of differently potentiated zones of the well-modulator quadrupole, some of those ions are transferred back to said first quadrupole by passage through a well formed in said proximal sector, the proximal sector well retaining a fraction of those ions, thereby preventing overfilling of the linear ion trap.
A method performed by an Access and mobility Management Function, AMF,, the method comprising: receiving from a Session Management Function, SMF, a request to establish a User Plane, UP, for a User Equipment's, UE's, Protocol Data Unit, PDU, session, wherein the request comprises information indicating one of 3GPP access or non-3GPP access type, and in response to the request from the SMF, the AMF performs a process comprising: determining that the UE is in the idle state with respect to both a 3GPP access and a non-3GPP access; and as a result of determining that the UE is in the idle state with respect to both a 3GPP access and a non-3GPP access, the AMF initiates paging of the UE by the 3GPP access, the paging initiation comprising transmitting to a Radio Access Network, RAN, node a page request to page the UE, wherein the page request transmitted by the AMF comprises information indicating the one of 3GPP access or non-3GPP access type that was signaled to the AMF by the SMF in the request to establish the UP. receiving from a Session Management Function, SMF, a request to establish a User Plane, UP, for a User Equipment's, UE's, Protocol Data Unit, PDU, session, wherein the request comprises information indicating one of 3GPP access or non-3GPP access type, and in response to the request from the SMF, the AMF performs a process comprising: determining that the UE is in the idle state with respect to both a 3GPP access and a non-3GPP access; and as a result of determining that the UE is in the idle state with respect to both a 3GPP access and a non-3GPP access, the AMF initiates paging of the UE by the 3GPP access, the paging initiation comprising transmitting to a Radio Access Network, RAN, node a page request to page the UE, wherein the page request transmitted by the AMF comprises information indicating the one of 3GPP access or non-3GPP access type that was signaled to the AMF by the SMF in the request to establish the UP.
A sugar solution production apparatus comprising: a saccharification tank that obtains a saccharified solution containing a solid substance by reacting a cellulose-containing biomass with a saccharifying enzyme; a solid-liquid separator that obtains a sugar solution by separating the solid substance from the saccharified solution; an enzyme recovery solution tank that stores an enzyme recovery solution that recovers the saccharifying enzyme adsorbed onto the solid substance separated from the saccharified solution in the solid-liquid separator; a sugar solution extraction line that extracts the sugar solution from the solid-liquid separator; a warm water supply unit that supplies warm water to the solid-liquid separator to obtain the sugar solution by hydrolyzing the solid substance with the saccharifying enzyme adsorbed onto the solid substance separated from the saccharified solution in the solid-liquid separator; an enzyme recovery solution supply line that supplies the enzyme recovery solution from the enzyme recovery solution tank to the solid-liquid separator; an enzyme recovery solution recovery line that feeds the enzyme recovery solution containing the saccharifying enzyme recovered from the solid substance in the solid-liquid separator to the enzyme recovery solution tank; and an enzyme recovery solution return line that returns the enzyme recovery solution in the enzyme recovery solution tank to the saccharification tank. a saccharification tank that obtains a saccharified solution containing a solid substance by reacting a cellulose-containing biomass with a saccharifying enzyme; a solid-liquid separator that obtains a sugar solution by separating the solid substance from the saccharified solution; an enzyme recovery solution tank that stores an enzyme recovery solution that recovers the saccharifying enzyme adsorbed onto the solid substance separated from the saccharified solution in the solid-liquid separator; a sugar solution extraction line that extracts the sugar solution from the solid-liquid separator; a warm water supply unit that supplies warm water to the solid-liquid separator to obtain the sugar solution by hydrolyzing the solid substance with the saccharifying enzyme adsorbed onto the solid substance separated from the saccharified solution in the solid-liquid separator; an enzyme recovery solution supply line that supplies the enzyme recovery solution from the enzyme recovery solution tank to the solid-liquid separator; an enzyme recovery solution recovery line that feeds the enzyme recovery solution containing the saccharifying enzyme recovered from the solid substance in the solid-liquid separator to the enzyme recovery solution tank; and an enzyme recovery solution return line that returns the enzyme recovery solution in the enzyme recovery solution tank to the saccharification tank.
Three-compartment knee prosthesis for replacing the joint between the femur and tibia, comprising: a femoral component having a patellar portion and two condyles, comprising a transverse profile linked by a concave surface, - a tibial component, - a spacer, said spacer having cavities with longitudinal and transverse profiles having a single curvature for accommodating said two condyles, said two condyles having a constant radius both transversely and longitudinally, which extends over at least 165° longitudinally; said prosthesis being characterized by futher comprising a patellar component, wherein - a part of the patellar component that slides on the femoral component is made from high-density polyethylene, - said tibial component has a plane on which said spacer rotates, and - an inner part of the posterior condyles has a -3° re-entrant profile enabling the terminal parts of the outer parts of the condyles to be shaped so as to allow a degree of bending exceeding 120°. a femoral component having a patellar portion and two condyles, comprising a transverse profile linked by a concave surface, - a tibial component, - a spacer, said spacer having cavities with longitudinal and transverse profiles having a single curvature for accommodating said two condyles, said two condyles having a constant radius both transversely and longitudinally, which extends over at least 165° longitudinally; said prosthesis being characterized by futher comprising a patellar component, wherein - a part of the patellar component that slides on the femoral component is made from high-density polyethylene, - said tibial component has a plane on which said spacer rotates, and - an inner part of the posterior condyles has a -3° re-entrant profile enabling the terminal parts of the outer parts of the condyles to be shaped so as to allow a degree of bending exceeding 120°. - a tibial component, - a spacer, said spacer having cavities with longitudinal and transverse profiles having a single curvature for accommodating said two condyles, said two condyles having a constant radius both transversely and longitudinally, which extends over at least 165° longitudinally; said prosthesis being characterized by futher comprising a patellar component, wherein - a part of the patellar component that slides on the femoral component is made from high-density polyethylene, - said tibial component has a plane on which said spacer rotates, and - an inner part of the posterior condyles has a -3° re-entrant profile enabling the terminal parts of the outer parts of the condyles to be shaped so as to allow a degree of bending exceeding 120°.
A method for forming a surface enhanced Raman spectroscopy,SERS, sensing apparatus, the method comprising: providing a body having an internal microfluidic passage, the microfluidic passage having an interior surrounded by an interior surface; the method characterized by comprising: depositing a conformal inorganic passivation film onto the interior surface by atomic layer deposition, ALD, so as to continuously surround the interior, such that the passivation film extends continuously about a centreline of the microfluidic passage; and positioning a SERS sensor within the microfluidic passage on top of the conformal inorganic passivation film after the depositing of the conformal inorganic passivation film. depositing a conformal inorganic passivation film onto the interior surface by atomic layer deposition, ALD, so as to continuously surround the interior, such that the passivation film extends continuously about a centreline of the microfluidic passage; and positioning a SERS sensor within the microfluidic passage on top of the conformal inorganic passivation film after the depositing of the conformal inorganic passivation film.
Fan heater for temporary heating of a building site, including a fan, for transporting air through the fan heater from an inlet to an outlet, and at least one heating element for heating the air passing through the fan heater, wherein the fan is a cylindrical fan and each heating element is arranged to envelop the cylindrical fan at least partially, and the at least one heating element is several heating elements arranged in the axial direction of the cylindrical fan and in the heating elements are approximately uniformly arranged across an outer envelope surface of the cylindrical fan in the axial direction thereof, the several heating elements being arranged so that they more or less circumscribe the cylindrical fan, characterized in that the heating elements are U-shaped and arranged in several rows in the axial direction and in several layers in the radial direction, with the outermost heating elements having a longer radius of curvature than the inner heating elements, and their radii of curvature are gradually less, with the innermost heating elements having the least radius of curvature, and wherein the innermost heating elements closely follow the curvature of at least half of the circumference of the cylindrical fan, and wherein all the heating elements have their electrical connections at the bottom.
Wiper blade with a wiper strip, a spoiler and at least one spring rail which is arranged in a longitudinal channel, protrudes together with the longitudinal channel at least at one end for a distance over a flow profile of the spoiler and reaches into a guide part of an end cap (38, 58) and is surrounded laterally by the guide part, characterized in that the guide part together with a cap spoiler which is detachable from the guide part forms the end cap (38, 58), wherein a separating surface between the guide part and the cap spoiler runs substantially parallel to a wide side of the spring rail.
Anti-fall safety device for persons, with a flat foot for attaching to a substrate, said foot comprising a central foot plate and a rod projecting upwards on foot plate which, at the end furthest from foot plate, has an eyelet, comprising a safety plate disposed above foot plate and through which rod is guided, and which is provided with claws pointing toward the substrate, characterised In that foot further comprises lateral extensions extending in a star shape in different directions from foot plate, and In that claws extend Into the angular gaps between extensions.