mhurhangee/ep-ind-claims huggingface dataset:
A vehicle comprising: a front surface exposed to the front of the vehicle; a forward ground-engaging wheel; a wheel arch defined by the body of the vehicle, the forward wheel being at least partially located in the wheel arch in at least one configuration of the wheel; and a duct extending from the front surface into the wheel arch, the vehicle being characterised in that the duct is unobstructed throughout its length, the duct has an opening in the front surface, the front surface includes a front lamp unit of the vehicle and the opening is located immediately outboard of the front lamp unit. a front surface exposed to the front of the vehicle; a forward ground-engaging wheel; a wheel arch defined by the body of the vehicle, the forward wheel being at least partially located in the wheel arch in at least one configuration of the wheel; and a duct extending from the front surface into the wheel arch, the vehicle being characterised in that the duct is unobstructed throughout its length, the duct has an opening in the front surface, the front surface includes a front lamp unit of the vehicle and the opening is located immediately outboard of the front lamp unit.
Process for making a cathode active material for a lithium ion battery, said process comprising the following steps: (a) synthesizing a mixed oxide according to general formula Li 1+x TM 1-x O 2 at a temperature in the range of from 750 to 1000°C in an oxidizing atmosphere, wherein TM is a combination of two or more transition metals selected from Mn, Co and Ni and, optionally, at least one more metal selected from Ba, Al, Ti, Zr, W, Fe, Cr, K, Mo, Nb, Mg, Na and V, and wherein x is in the range of from zero to 0.2, (b) cooling down the material obtained from step (a) to a temperature in the range of from 100 to 400°C, (c) adding at least one reactant selected from BF 3, SO 2, and SO 3 at said 100 to 400°C, (d) cooling down to a temperature of 50°C or below. (a) synthesizing a mixed oxide according to general formula Li 1+x TM 1-x O 2 at a temperature in the range of from 750 to 1000°C in an oxidizing atmosphere, wherein TM is a combination of two or more transition metals selected from Mn, Co and Ni and, optionally, at least one more metal selected from Ba, Al, Ti, Zr, W, Fe, Cr, K, Mo, Nb, Mg, Na and V, and wherein x is in the range of from zero to 0.2, (b) cooling down the material obtained from step (a) to a temperature in the range of from 100 to 400°C, (c) adding at least one reactant selected from BF 3, SO 2, and SO 3 at said 100 to 400°C, (d) cooling down to a temperature of 50°C or below.
An acupuncture needle packaging container, comprising: a container body having a plurality of storage recesses arranged side by side, each of the plurality of storage recesses configured to store an acupuncture needle, and a peripheral portion positioned higher than a bottom portion of the storage recesses; a sheet member configured to cover the container body and attached to the peripheral portion; and an easily-bending portion crossing a longitudinal direction of a needle grip of an acupuncture needle stored in the storage recesses and provided on the container body below the needle grip, wherein the acupuncture needle is at least embedded and stored in the storage recesses, in a case in which the container body is bent through the easily-bending portion and the bent inverted V-shaped container body is placed on a mounting surface, the container body has a rigidity to maintain the inverted V-shape, and at a cross section of the easily-bending portion crossing the longitudinal direction of the acupuncture needle, a side wall of the container body, with respect to the bottom portion of the container body, is formed obliquely toward an outer side of the container body and the peripheral portion so that the side wall and the bottom portion form an angle R. a container body having a plurality of storage recesses arranged side by side, each of the plurality of storage recesses configured to store an acupuncture needle, and a peripheral portion positioned higher than a bottom portion of the storage recesses; a plurality of storage recesses arranged side by side, each of the plurality of storage recesses configured to store an acupuncture needle, and a peripheral portion positioned higher than a bottom portion of the storage recesses; a sheet member configured to cover the container body and attached to the peripheral portion; and an easily-bending portion crossing a longitudinal direction of a needle grip of an acupuncture needle stored in the storage recesses and provided on the container body below the needle grip, wherein the acupuncture needle is at least embedded and stored in the storage recesses, in a case in which the container body is bent through the easily-bending portion and the bent inverted V-shaped container body is placed on a mounting surface, the container body has a rigidity to maintain the inverted V-shape, and at a cross section of the easily-bending portion crossing the longitudinal direction of the acupuncture needle, a side wall of the container body, with respect to the bottom portion of the container body, is formed obliquely toward an outer side of the container body and the peripheral portion so that the side wall and the bottom portion form an angle R.
Device for filling a container with a fill product, preferably for filling a beverage container with a beverage in a bottling plant, comprising a fill valve for controlling a fill product flow directed through a fill product outlet into a container to be filled, a gas channel communicating with the fill product outlet to supply the container to be filled with a pressurising gas and to release the pressure from a pressurised container after filling, and a steam cap, by means of which the fill product outlet can be sealed, wherein the steam cap comprises a bore which presents a predetermined flow resistance for superheated steam, characterised in that the fill product outlet comprises a sleeve that can be raised and lowered, by means of which a gas tight connection can be produced between a container to be filled and the fill valve, wherein the steam cap can be brought into contact with the sleeve in order to seal the fill product outlet, and.
An arrangement for transfer of fuel from a secondary tank to a main tank, which arrangement comprises: - a main tank intended to contain fuel for an engine, - one or more secondary tanks intended to contain fuel, - a transfer line intended for transfer of fuel from the respective secondary tank to the main tank, and - a line intended to carry return fuel back from the engine to the main tank whereby fuel is transferred from the secondary tank or secondary tanks to the main tank via a venturi pipe connected along the return fuel line, and that the transfer line or transfer lines is/are so connected to the venturi pipe that fuel is thereby sucked from the secondary tank or secondary tanks to the main tank, thus providing assurance that the fuel in the secondary tank or secondary tanks will be transferred to the main tank, characterised in that a drain hose runs from the bottom of the main tank to the bottom of the secondary tank or secondary tanks where a substantially vertically directed pipe is so connected to the connection of the drain hose in the bottom of the secondary tank that the outlet of the hose is relocated somewhat upwards relative to the bottom of the respective secondary tank and that the main tank and the secondary tank are situated at substantially the same height. - a main tank intended to contain fuel for an engine, - one or more secondary tanks intended to contain fuel, - a transfer line intended for transfer of fuel from the respective secondary tank to the main tank, and - a line intended to carry return fuel back from the engine to the main tank whereby fuel is transferred from the secondary tank or secondary tanks to the main tank via a venturi pipe connected along the return fuel line, and that the transfer line or transfer lines is/are so connected to the venturi pipe that fuel is thereby sucked from the secondary tank or secondary tanks to the main tank, thus providing assurance that the fuel in the secondary tank or secondary tanks will be transferred to the main tank,
A coupler including: a female coupler into which a male coupler formed with a groove can be inserted; and a guide housed in the female coupler, wherein at least one of the female coupler and the guide includes a lock adapted to be engaged with the groove of the male coupler inserted in the female coupler to keep the male coupler inserted in the female coupler, and the guide includes a base wall, and at least one pair of walls (162, 163) extending in a common direction from the base wall such that they face each other, at least one of the walls (162, 163) having elasticity, the at least one of the walls being able to move towards and away from the other of the walls, the lock, while the male coupler is being inserted in the female coupler, being engaged with the male coupler by virtue of the elasticity, and disengaging from the male coupler when the at least one of the walls moves towards or away from the other of the walls, and characterized in that the guide further includes at least one positioning wall (164, 165) extending from the base wall in a direction in which the at least one pair of walls (162, 163) extends, the positioning wall (164, 165) being detachably engaged at a distal end thereof with the female coupler. a female coupler into which a male coupler formed with a groove can be inserted; and a guide housed in the female coupler, wherein at least one of the female coupler and the guide includes a lock adapted to be engaged with the groove of the male coupler inserted in the female coupler to keep the male coupler inserted in the female coupler, and the guide includes a base wall, and at least one pair of walls (162, 163) extending in a common direction from the base wall such that they face each other, at least one of the walls (162, 163) having elasticity, the at least one of the walls being able to move towards and away from the other of the walls, the lock, while the male coupler is being inserted in the female coupler, being engaged with the male coupler by virtue of the elasticity, and disengaging from the male coupler when the at least one of the walls moves towards or away from the other of the walls, and characterized in that the guide further includes at least one positioning wall (164, 165) extending from the base wall in a direction in which the at least one pair of walls (162, 163) extends, the positioning wall (164, 165) being detachably engaged at a distal end thereof with the female coupler.
A mass spectrometer comprising a display unit configured to show a result of tuning, the display unit having a display area comprising: a) a tuning-item displaying section configured to display all tuning items and a result of whether each tuning item has been tuned; characterized in that the display area further comprises: b) an analyzable-condition displaying section configured to display a condition under which an analysis is possible based on the result. a) a tuning-item displaying section configured to display all tuning items and a result of whether each tuning item has been tuned; b) an analyzable-condition displaying section configured to display a condition under which an analysis is possible based on the result.
A plate heat exchanger comprising several cooling plates organized as a stack, in which the plates and the slots (S1,..., S13) between them alternate, and an inlet channel formed by the openings made in the plates for conducting the gas to flow therethrough into the slots between the plates and a corresponding outlet channel for conducting the gas out from the heat exchanger, characterised in that for keeping the plate heat exchanger clean in cooling of gas (G1, G2) including impurities it is provided with an arrangement comprising: in the inlet channel movable first means (17, 20, ME) for forming a block (23, 24, 38, 39) between one or more slots (S7, S8) between the plates and the inlet channel and opening a connection (18, 20, 21, 22) from said slots to a space having negative pressure in relation to the pressure in the heat exchanger and respectively closing said connection and opening said block for generating an instantaneous discharge of gas and cleaning blast from said one or more slots (S7, S8) between the plates into said space with negative pressure, and second means (27, 28, 29, 40, C1, C2) for controlling moving, forming of the block and opening the connection as well as opening the block and closing the connection for achieving said certain time taking gas discharge and cleaning blast function at each time from desired one or more slots between the plates. in the inlet channel movable first means (17, 20, ME) for forming a block (23, 24, 38, 39) between one or more slots (S7, S8) between the plates and the inlet channel and opening a connection (18, 20, 21, 22) from said slots to a space having negative pressure in relation to the pressure in the heat exchanger and respectively closing said connection and opening said block for generating an instantaneous discharge of gas and cleaning blast from said one or more slots (S7, S8) between the plates into said space with negative pressure, and second means (27, 28, 29, 40, C1, C2) for controlling moving, forming of the block and opening the connection as well as opening the block and closing the connection for achieving said certain time taking gas discharge and cleaning blast function at each time from desired one or more slots between the plates.
An in vitro method of increasing phagocytosis of cancer cells, the method comprising: contacting a population of phagocytic cells with a TLR agonist in a dose effective to increase expression of calreticulin on the phagocytic cell surface; and with an effective dose of a CD47 blocking agent, wherein the CD47 blocking agent is a monoclonal anti-CD47 or anti-SIRPa antibody; wherein programmed cell removal of cancer cells by the phagocytic cells is increased. contacting a population of phagocytic cells with a TLR agonist in a dose effective to increase expression of calreticulin on the phagocytic cell surface; and with an effective dose of a CD47 blocking agent, wherein the CD47 blocking agent is a monoclonal anti-CD47 or anti-SIRPa antibody; wherein programmed cell removal of cancer cells by the phagocytic cells is increased.
Pane, comprising: - a substrate, - an electrically conductive structure on a region of the substrate, - a layer of a leadfree solder material on a region of the electrically conductive structure, - at least one electrical connection element, which contains a chromium-containing steel with a proportion of chromium greater than or equal to 10.5 wt.-%, - at least two soldering points (15,15') of the connection element on the solder material, wherein - the soldering points (15,15') form at least one contact surface between the connection element and the electrically conductive structure, and - the shape of the contact surface has at least one segment of an oval, of an ellipse, or of a circle with a central angle α of at least 90°. - a substrate, - an electrically conductive structure on a region of the substrate, - a layer of a leadfree solder material on a region of the electrically conductive structure, - at least one electrical connection element, which contains a chromium-containing steel with a proportion of chromium greater than or equal to 10.5 wt.-%, - at least two soldering points (15,15') of the connection element on the solder material, wherein - the soldering points (15,15') form at least one contact surface between the connection element and the electrically conductive structure, and - the shape of the contact surface has at least one segment of an oval, of an ellipse, or of a circle with a central angle α of at least 90°.
Truck-mounted forklift truck for loading and/or unloading a cargo space, the truck-mounted forklift truck comprising: - a frame provided with mounting elements configured to mount the truck-mounted forklift on a truck provided with the cargo space; - a set of forks for picking up and/or setting down a cargo during the loading and/or unloading; - a number of front wheels (6, 8) arranged on the front side of the frame; - at least one rear wheel arranged on or close to the rear side of the frame; - a steering mechanism for steering at least some of the wheels (6, 8, 10), wherein the steering mechanism comprises a hydraulic system, wherein the hydraulic system comprises an orientation mechanism for switching between a forward state with a forward wheel orientation for a forward direction of travel and a lateral state with a lateral wheel orientation for a lateral direction of travel, characterised in that the hydraulic system further comprises a correction system for aligning the front wheels (6, 8) and/or the at least one rear wheel, wherein the correction system comprises a wheel stop. - a frame provided with mounting elements configured to mount the truck-mounted forklift on a truck provided with the cargo space; - a set of forks for picking up and/or setting down a cargo during the loading and/or unloading; - a number of front wheels (6, 8) arranged on the front side of the frame; - at least one rear wheel arranged on or close to the rear side of the frame; - a steering mechanism for steering at least some of the wheels (6, 8, 10), wherein the steering mechanism comprises a hydraulic system, wherein the hydraulic system comprises an orientation mechanism for switching between a forward state with a forward wheel orientation for a forward direction of travel and a lateral state with a lateral wheel orientation for a lateral direction of travel, characterised in that the hydraulic system further comprises a correction system for aligning the front wheels (6, 8) and/or the at least one rear wheel, wherein the correction system comprises a wheel stop. wherein the hydraulic system comprises an orientation mechanism for switching between a forward state with a forward wheel orientation for a forward direction of travel and a lateral state with a lateral wheel orientation for a lateral direction of travel, characterised in that the hydraulic system further comprises a correction system for aligning the front wheels (6, 8) and/or the at least one rear wheel, wherein the correction system comprises a wheel stop.
Dispenser system for issuing pasty, liquid, sprayable and/or foamed media in portions, comprising a housing which can be mounted or placed on a wall and a reservoir cartridge retained in the housing in a cartridge receptacle, from which reservoir cartridge media can be issued via an issuing device of the reservoir cartridge, an actuation force being transferrable, either manually or electrically by means of an actuation device arranged on the housing, via a pressure-exerting region of the actuation device to a pressure-absorbing region of the issuing device, and the issuing device issuing the media in portions as a result of the pressure on said device, the dispenser system being designed to be a common parts system for the construction of dispensers for different media, in particular pasty, liquid, sprayable and/or foamed media, the actuation device comprising at least two pressure-exerting regions and the issuing device of a first reservoir cartridge comprising a first pressure-absorbing region and the issuing device of a second reservoir cartridge comprising a second pressure-absorbing region for this purpose, which regions each interact with only one of the pressure-exerting regions once the reservoir cartridge has been inserted into the dispenser, the pressure-exerting regions and the reservoir cartridges being designed such that at least two types of reservoir cartridges can be inserted into the cartridge receptacle and either a first pressure-exerting region coming into contact with the first pressure-absorbing region of the first reservoir cartridge or a second pressure-exerting region coming into contact with the second pressure-absorbing region of the second reservoir cartridge at different positions, depending on the design and/or length of the reservoir cartridges, no later than during the actuation movement in order to transmit the actuation force, and the reservoir cartridge being insertable into the housing in such a way that an issuing opening of a reservoir container is arranged in an underside of the reservoir container, characterised in that the actuation device is designed such that the actuation force is directed upwards in the vertical direction, and in that the first pressure-exerting region and the second pressure-exerting region are each formed by pressure elements that are moved vertically upwards by the actuation device and are arranged at different heights.
An electrohydrostatic actuator, comprising: an actuator for driving a component; a pump configured to pump hydraulic fluid for operation of said actuator; and a control valve for controlling passage of said hydraulic fluid between said actuator and said pump, wherein said control valve is movable between first and second positions; wherein: in said first position said control valve is configured to convey hydraulic fluid from said pump through said control valve for operation of said actuator; and in said second position said control valve is configured to fluidly disconnect said pump and said actuator, and circulate hydraulic fluid arriving from said pump back to said pump via a first constriction within said control valve; characterised in that: in said second position said control valve is configured to send hydraulic fluid arriving from said actuator back to said actuator via a second constriction within said control valve. an actuator for driving a component; a pump configured to pump hydraulic fluid for operation of said actuator; and a control valve for controlling passage of said hydraulic fluid between said actuator and said pump, wherein said control valve is movable between first and second positions; wherein: in said first position said control valve is configured to convey hydraulic fluid from said pump through said control valve for operation of said actuator; and in said second position said control valve is configured to fluidly disconnect said pump and said actuator, and circulate hydraulic fluid arriving from said pump back to said pump via a first constriction within said control valve; characterised in that: in said second position said control valve is configured to send hydraulic fluid arriving from said actuator back to said actuator via a second constriction within said control valve. in said first position said control valve is configured to convey hydraulic fluid from said pump through said control valve for operation of said actuator; and in said second position said control valve is configured to fluidly disconnect said pump and said actuator, and circulate hydraulic fluid arriving from said pump back to said pump via a first constriction within said control valve; characterised in that: in said second position said control valve is configured to send hydraulic fluid arriving from said actuator back to said actuator via a second constriction within said control valve.