mhurhangee/ep-ind-claims huggingface dataset:
Method for the regulation of a concentration/fraction of one or several substances comprised in an exhaust stream in a motor vehicle through control of its driveline, the motor vehicle of which comprises: a driveline comprising a combustion engine which may be connected to a gearbox via a clutch device, and an exhaust system arranged for the removal of an exhaust stream from the said combustion engine; where the said method comprises the step: - control of the said driveline for activation or deactivation of coasting based on one or several first parameters P 1 for the regulation of a concentration/fraction C Ex / X Ex of one or several substances T Ex comprised in the said exhaust stream, where at least one of the said one or several first parameters P 1 are a first concentration/fraction difference between the said first concentration/fraction C 1 / X 1 in the said exhaust stream and a reference concentration/fraction C Ref / X Ref, wherein the activation of coasting entails that the motor vehicle's combustion engine is mechanically disconnected from the motor vehicle's driving wheels, and wherein at least one of the said one or several first parameters P 1 is calculated over the road section ahead of the said motor vehicle based on one or several vehicle-specific and/or road-specific data for the said motor vehicle. - control of the said driveline for activation or deactivation of coasting based on one or several first parameters P 1 for the regulation of a concentration/fraction C Ex / X Ex of one or several substances T Ex comprised in the said exhaust stream, where at least one of the said one or several first parameters P 1 are a first concentration/fraction difference between the said first concentration/fraction C 1 / X 1 in the said exhaust stream and a reference concentration/fraction C Ref / X Ref, wherein the activation of coasting entails that the motor vehicle's combustion engine is mechanically disconnected from the motor vehicle's driving wheels, and wherein at least one of the said one or several first parameters P 1 is calculated over the road section ahead of the said motor vehicle based on one or several vehicle-specific and/or road-specific data for the said motor vehicle.
A method for wireless communication by a UE, comprising: transmitting, by a user equipment, UE, a first connection request; setting a connection response window wherein the window is initialized upon transmission of the first connection request; transmitting a second connection request prior to an expiration of the connection response window; re-setting the connection response window based at least in part on the second connection message; receiving a connection response prior to an expiration of the reset connection response window; and transmitting uplink data based at least in part on the connection response. transmitting, by a user equipment, UE, a first connection request; setting a connection response window wherein the window is initialized upon transmission of the first connection request; transmitting a second connection request prior to an expiration of the connection response window; re-setting the connection response window based at least in part on the second connection message; receiving a connection response prior to an expiration of the reset connection response window; and transmitting uplink data based at least in part on the connection response.
A device for extraction of thrombus from a blood vessel, said device comprising a segment defining a distal end and a proximal end and being configured to change its shape from a retracted position in a compressed state to an extended and expanded position, to be appositioned against the inner wall of a blood vessel, to receive and retain a thrombus, wherein the segment is formed by a mesh of at least two sets of helicoidal filaments turning respectively in opposite directions and being intertwined, and wherein the mesh comprises two distinct tubular sections, a first section and a second section, the second section being comprised of two sub-sections, a first sub-section having a shape with a progressive reduction of diameter configured to open and create a space for the thrombus, and a second sub-section of a tubular uniform diameter configured to provide a connection to a catheter or to an hypotube; characterized in that: said mesh of the first section has helicoidal filaments with a braiding angle configured to provide outward radial forces higher than in the second section, such that the first section becomes appositioned against the inner wall of the blood vessel; and the first sub-section has a conical shape and comprises a braiding angle that changes at its proximal and distal ends to provide radial strength to maintain the conical shape and to stop a proximal blood flow during the removal of the thrombus. said mesh of the first section has helicoidal filaments with a braiding angle configured to provide outward radial forces higher than in the second section, such that the first section becomes appositioned against the inner wall of the blood vessel; and the first sub-section has a conical shape and comprises a braiding angle that changes at its proximal and distal ends to provide radial strength to maintain the conical shape and to stop a proximal blood flow during the removal of the thrombus.
Foot of an appliance, in particular a table-top food processor, the appliance comprising a housing having a projection which protrudes downwards when conventionally positioned and which sits, by means of a soft part, on a stand part that forms a footprint, the soft part being received in a cup portion of the stand part that is open at the top, the projection extending until it laterally covers the cup portion and being vertically movably received in the cup portion, characterised in that the projection is also horizontally movably received in the cup portion, in that the soft part is designed to be softer than the stand part, and in that the stand part comprises a retaining projection that is connected to the projection so as to penetrate the soft part at least in part.
A cushion for a respiratory mask assembly that delivers breathable gas to a patient, the cushion comprising: a non-face contacting portion connectable to a frame; a face-contacting portion structured to engage the patient's face; and an intermediate portion that interconnects the non-face contacting portion and the face-contacting portion, the intermediate portion including a gusset portion structured to apply a first component of force to the patient's face through the face-contacting portion; wherein the gusset portion extends radially outwardly with respect to the non-face-contacting and face-contacting portions (24, 26) and provides a larger footprint area than the face-contacting portion; the cushion being characterised in that the gusset portion is curved when viewed from the top of the cushion to follow the contour of the patient's face. a non-face contacting portion connectable to a frame; a face-contacting portion structured to engage the patient's face; and an intermediate portion that interconnects the non-face contacting portion and the face-contacting portion, the intermediate portion including a gusset portion structured to apply a first component of force to the patient's face through the face-contacting portion; wherein the gusset portion extends radially outwardly with respect to the non-face-contacting and face-contacting portions (24, 26) and provides a larger footprint area than the face-contacting portion; the cushion being characterised in that the gusset portion is curved when viewed from the top of the cushion to follow the contour of the patient's face.
A modified microorganism of the genus Escherichia producing O -acetylhomoserine, wherein the activity of the protein comprising the amino acid sequence of SEQ ID NO: 1 is enhanced compared to a non-modified microorganism, wherein the non-modified microorganism has O-acetylhomoserine productivity, wherein the protein has the ability of exporting O-acetylhomoserine, and wherein the increased activity is achieved by: i) increasing the copy number of a polynucleotide encoding the protein; ii) modifying the expression control sequence for increasing the expression of the polynucleotide; iii) modifying the polynucleotide sequence on the chromosome for enhancing the activity of the protein; or iv) a combination thereof. i) increasing the copy number of a polynucleotide encoding the protein; ii) modifying the expression control sequence for increasing the expression of the polynucleotide; iii) modifying the polynucleotide sequence on the chromosome for enhancing the activity of the protein; or iv) a combination thereof.
A method comprising: supplying a wireless signal to sweep and detect one or more devices; receiving an indication the wireless signal was received by a device, wherein the wireless signal supplies sufficient power to the device to allow for authentication but is insufficient for normal operation of the device; authenticating the device; and based on the authenticating, spatially adjusting an amount of power provided by the wireless signal to the device to power the device for the normal operation. supplying a wireless signal to sweep and detect one or more devices; receiving an indication the wireless signal was received by a device, wherein the wireless signal supplies sufficient power to the device to allow for authentication but is insufficient for normal operation of the device; authenticating the device; and based on the authenticating, spatially adjusting an amount of power provided by the wireless signal to the device to power the device for the normal operation.
Method for connection of a connecting element, in particular a dowel, to a workpiece, comprising the following steps: providing the workpiece, which consists at least in sections of wood and/or wood materials and a cavity with at least one side wall for receiving the connecting element, providing the connecting element, which has a cast body made of a biologically degradable material, in particular biopolymer, and an outer section of the connecting element is provided for contacting the side wall of the workpiece, inputting energy into the outer section, at least in sections, and softening the outer section, at least in sections, through the input of energy, hardening the outer section in contact, at least in sections, with the side wall of the cavity of the workpiece, as a result of which the connecting element is, at least in sections, connected on its outer section with the workpiece, wherein the energy input comprises frictional heat which is generated on inserting the connecting element into the cavity through friction between the outer section of the connecting element and the side wall of the cavity through a rotary movement of the connecting element during insertion. providing the workpiece, which consists at least in sections of wood and/or wood materials and a cavity with at least one side wall for receiving the connecting element, providing the connecting element, which has a cast body made of a biologically degradable material, in particular biopolymer, and an outer section of the connecting element is provided for contacting the side wall of the workpiece, inputting energy into the outer section, at least in sections, and softening the outer section, at least in sections, through the input of energy, hardening the outer section in contact, at least in sections, with the side wall of the cavity of the workpiece, as a result of which the connecting element is, at least in sections, connected on its outer section with the workpiece, wherein the energy input comprises frictional heat which is generated on inserting the connecting element into the cavity through friction between the outer section of the connecting element and the side wall of the cavity through a rotary movement of the connecting element during insertion.
A method for protecting single cells of a fuel cell stack from damaging electrochemical processes, comprising the steps of: - providing a predetermined maximum voltage (U_OG) of a single cell which should not be exceeded when protecting the single cells from the damaging electrochemical processes; - determining at least one single cell voltage (U_E), wherein the at least one single cell voltage (U_E) is only determined by at least one selected, predetermined single cell of the fuel cell stack which is more critical that the remaining single cells in terms of the damaging electrochemical processes; and - limiting the at least one single cell voltage (U_E) to the maximum voltage (U_OG); characterized in that the at least one single cell voltage (U_E) is only determined by at least one single cell of the fuel cell stack which is adjacent to an end cell of the fuel cell stack, meaning the second and/or the penultimate single cell of the fuel cell stack. - providing a predetermined maximum voltage (U_OG) of a single cell which should not be exceeded when protecting the single cells from the damaging electrochemical processes; - determining at least one single cell voltage (U_E), wherein the at least one single cell voltage (U_E) is only determined by at least one selected, predetermined single cell of the fuel cell stack which is more critical that the remaining single cells in terms of the damaging electrochemical processes; and - limiting the at least one single cell voltage (U_E) to the maximum voltage (U_OG);
A method for controlling the driving off of a motor vehicle, in particular of a utility vehicle, comprising the steps: Inserting a driving off control display on the screen of a combination instrument of the motor vehicle before the motor vehicle drives off, wherein the driving off control display comprises a status display (13, 14, 15) of the supply pressure of a compressed air circuit, an oil temperature and coolant temperature of the motor vehicle; Removing the status display of the supply pressure after the supply pressure has reached a supply pressure setpoint value; and Removing the driving off control display after the motor vehicle drives off if at least the oil temperature has exceeded an oil temperature setpoint value and the coolant temperature has exceeded a coolant temperature setpoint value. Inserting a driving off control display on the screen of a combination instrument of the motor vehicle before the motor vehicle drives off, wherein the driving off control display comprises a status display (13, 14, 15) of the supply pressure of a compressed air circuit, an oil temperature and coolant temperature of the motor vehicle; Removing the status display of the supply pressure after the supply pressure has reached a supply pressure setpoint value; and Removing the driving off control display after the motor vehicle drives off if at least the oil temperature has exceeded an oil temperature setpoint value and the coolant temperature has exceeded a coolant temperature setpoint value.
A sensor arrangement for sensing position of a shaft (605, 1413), the sensor arrangement comprising multiple position sensors (200, 300, 400, 500, 501, 611-616, 1401-1404, 1501- 1504) and the shaft so that the position sensors are positioned around the shaft, wherein: - each of the position sensors comprises a ferrite core (202, 502) and a sensor coil configured to provide a sensor signal, the sensor coil being implemented on a printed circuit board and the ferrite core (202, 502) being configured to be fitted into the printed circuit board, - the shaft comprises one or more grooves and the multiple position sensors are configured to sense position of the grooves to sense position of the shaft, and - the multiple position sensors are configured to sense distance between the shaft and the ferrite cores of the multiple position sensors to sense position of the shaft, characterised in that axis of the shaft is in z direction in xyz coordinates and the sensor arrangement comprises: - two or more x direction sensors (1403, 1404) positioned on different sides of the shaft in x direction, and - two or more y direction sensors (1401, 1402) positioned on different sides of the shaft in y direction. - each of the position sensors comprises a ferrite core (202, 502) and a sensor coil configured to provide a sensor signal, the sensor coil being implemented on a printed circuit board and the ferrite core (202, 502) being configured to be fitted into the printed circuit board, - the shaft comprises one or more grooves and the multiple position sensors are configured to sense position of the grooves to sense position of the shaft, and - the multiple position sensors are configured to sense distance between the shaft and the ferrite cores of the multiple position sensors to sense position of the shaft, - two or more x direction sensors (1403, 1404) positioned on different sides of the shaft in x direction, and - two or more y direction sensors (1401, 1402) positioned on different sides of the shaft in y direction.
Photovoltaic module comprising a frame (15, 15', 16, 16', 17) comprising two perimetral half-uprights (15, 15') connected to one another by a first and a second perimetral half-crossbeam (16, 16') and an intermediate crossbeam, a first photovoltaic double glazing assembled on the intermediate crossbeam and between the perimetral half-uprights (15, 15') and the first perimetral half-crossbeam, and a second photovoltaic double glazing assembled on the second perimetral half-crossbeam and between the intermediate crossbeam and the perimetral half-uprights (15, 15'); at least one of the double glazings (5, 5') comprising a photovoltaic panel in the form of a photovoltaic laminated glass sheet (5a, 5a') in which silicon wafers are embedded and a power bus connecting said silicon wafers; a power electronics connected to the power bus; interconnection means for interconnecting the power electronics of the photovoltaic module with other photovoltaic modules; characterized in that the intermediate crossbeam comprises an assembly body in which the double glazings (5, 5') are located, and a longitudinal section attached to the assembly part comprising an axial channel with an axial access opening closed by a removable cover; the power electronics is housed inside the axial channel of the intermediate crossbeam in a position in which it is accessible thorough the access opening, and connected to a connection cable of a connector connected to the power bus embedded in the photovoltaic laminated glass sheet (5a, 5a').
Device for moving loads inside a vehicle, comprising a fastening device for fastening to the vehicle and a load suspension means which is arranged movably in relation to the fastening device, characterized in that the fastening device is lockable in a vehicle opening, wherein the vehicle opening is formed by a roof hatch into which the fastening device is insertable.
Method of preparing a particulate refractory composition for use in the manufacture of foundry moulds and cores from spent foundry moulds or cores formed of refractory material and an alkaline binder containing alkali metal ions, the method comprising the following steps: - providing broken material from spent foundry moulds or cores or preparing broken material from spent foundry moulds or cores, - mixing the broken material with an additive comprising or consisting of one or more particulate constituents selected from the group consisting of aluminium hydroxide, synthetic zeolites and natural zeolites and - subjecting the mixture to a heat treatment at a temperature in the range of from 400 to 750 °C. - providing broken material from spent foundry moulds or cores or preparing broken material from spent foundry moulds or cores, - mixing the broken material with an additive comprising or consisting of one or more particulate constituents selected from the group consisting of aluminium hydroxide, synthetic zeolites and natural zeolites and - subjecting the mixture to a heat treatment at a temperature in the range of from 400 to 750 °C.
A sheet-form electrode for a lithium secondary battery, comprising a current collector; an electrode active material layer formed on one surface of the current collector; and a first porous supporting layer formed on the electrode active material layer, characterized in that the sheet-form electrode is helically wound, so that it is not overlapped in its width, wherein helically refers to represent a helix shape that turns around at a certain area while moving.
A melt-processable water soluble polymer composition comprising a blend of a water soluble polymer with at least 15% by weight of the total weight of the composition of a hygroscopic salt to act as a lubricant to render the polymer extrudable and/or mouldable, the composition further comprising a solvent polymer plasticizer, wherein the water content of the composition is of less than 10% by weight of the total weight of the composition; and characterized in that the hygroscopic salt is provided in a higher amount by weight than the solvent polymer plasticizer.
A lead curtain protective device for detecting device comprising: at least two lead curtains, for shielding rays in a conveying channel; a supporting assembly, comprising a working area and a standby area, wherein the conveying channel is accommodated in the working area, and the standby area is adapted to store the lead curtains that are not used in the working area; a first transmission assembly, for driving the lead curtains to move in the conveying channel; characterized in that, the lead curtain protective device further comprises a second transmission assembly, for transferring the lead curtains between the standby area and the working area, wherein the second transmission assembly is adapted to transfer the lead curtains from the standby area to the working area, so that the lead curtains fall into a starting point of the conveying channel and are located behind an article to be detected; the first transmission assembly is adapted to drive the lead curtains falling into the conveying channel to synchronously move with the article to be detected in front and drive the lead curtains to move from the starting point of the working area to a starting point of the standby area; and the second transmission assembly is further adapted to drive the lead curtains to enter the standby area and move in the standby area when the lead curtains arrive at the starting point of the standby area. at least two lead curtains, for shielding rays in a conveying channel; a supporting assembly, comprising a working area and a standby area, wherein the conveying channel is accommodated in the working area, and the standby area is adapted to store the lead curtains that are not used in the working area; a first transmission assembly, for driving the lead curtains to move in the conveying channel; characterized in that, the lead curtain protective device further comprises a second transmission assembly, for transferring the lead curtains between the standby area and the working area, wherein the second transmission assembly is adapted to transfer the lead curtains from the standby area to the working area, so that the lead curtains fall into a starting point of the conveying channel and are located behind an article to be detected; the first transmission assembly is adapted to drive the lead curtains falling into the conveying channel to synchronously move with the article to be detected in front and drive the lead curtains to move from the starting point of the working area to a starting point of the standby area; and the second transmission assembly is further adapted to drive the lead curtains to enter the standby area and move in the standby area when the lead curtains arrive at the starting point of the standby area.