mhurhangee/ep-ind-claims huggingface dataset:
A fuel cell assembly comprising: a plurality of fuel cell plates in a stack, the stack defining: an air inlet face and/or an air outlet face; and two opposing engagement faces; two rods having a non-circular cross-section; each fuel cell plate having two longitudinal projections which extend the engagement faces beyond the air inlet face or outlet face and each longitudinal projection having a laterally extending projection lip for engaging a detachable cover; the detachable cover, having two recesses, configured to releasably engage the two engagement faces in order to define an air chamber with the air inlet or outlet face; each recess having a first inner surface configured to engage the respective longitudinal projection and a second inner surface configured to engage the respective rod; wherein each rod extends alongside one of the engagement faces and is rotatable so as to releasably provide a seal between the detachable cover and the respective engagement face. a plurality of fuel cell plates in a stack, the stack defining: an air inlet face and/or an air outlet face; and two opposing engagement faces; an air inlet face and/or an air outlet face; and two opposing engagement faces; two rods having a non-circular cross-section; each fuel cell plate having two longitudinal projections which extend the engagement faces beyond the air inlet face or outlet face and each longitudinal projection having a laterally extending projection lip for engaging a detachable cover; the detachable cover, having two recesses, configured to releasably engage the two engagement faces in order to define an air chamber with the air inlet or outlet face; each recess having a first inner surface configured to engage the respective longitudinal projection and a second inner surface configured to engage the respective rod; wherein each rod extends alongside one of the engagement faces and is rotatable so as to releasably provide a seal between the detachable cover and the respective engagement face.
A wheel support device for a vehicle, the vehicle having a road surface and a body held electrically bye an insulation state, the wheel support device comprising: a bearing rotatably supporting a wheel, and being lubricated by a lubricant; a bearing support member supporting the bearing; and a self-discharge type charge eliminator (110A, 110B, 110C, 110D) being provided on a surface of a particular member, the particular member being at least one of the bearing, the bearing support member, and an accessory member, the accessory member being connected to the bearing support member while being in contact with the bearing support member, characterized in that the self-discharge type charge eliminator (110A, 110B, 110C, 110D) is an air-ion-exchange type self-discharge charge eliminator, the air-ion-exchange type self-discharge charge eliminator being configured to change air around the self-discharge type charge eliminator (110A, 110B, 110C, 110D) into negative air ions, according to a quantity of positive charges carried by the particular member, and eliminate charge by causing the air ions to attract the positive charges of the particular member for neutralization, so as to reduce a quantity of charge of the particular member, and thereby reduce a quantity of charge of the lubricant. a bearing rotatably supporting a wheel, and being lubricated by a lubricant; a bearing support member supporting the bearing; and a self-discharge type charge eliminator (110A, 110B, 110C, 110D) being provided on a surface of a particular member, the particular member being at least one of the bearing, the bearing support member, and an accessory member, the accessory member being connected to the bearing support member while being in contact with the bearing support member, characterized in that the self-discharge type charge eliminator (110A, 110B, 110C, 110D) is an air-ion-exchange type self-discharge charge eliminator, the air-ion-exchange type self-discharge charge eliminator being configured to change air around the self-discharge type charge eliminator (110A, 110B, 110C, 110D) into negative air ions, according to a quantity of positive charges carried by the particular member, and eliminate charge by causing the air ions to attract the positive charges of the particular member for neutralization, so as to reduce a quantity of charge of the particular member, and thereby reduce a quantity of charge of the lubricant.
DNA construct for expressing ranibizumab in a bacterial host cell, wherein ranibizumab comprises (i) a light chain comprising the amino acid sequence of SEQ ID 3, and (ii) a heavy chain comprising the amino acid sequence of SEQ ID 4, wherein said DNA construct comprises a nucleotide sequence encoding ranibizumab, wherein said DNA construct further comprises at least one nucleotide sequence encoding a signal peptide which is operably linked in the direction of transcription to the nucleotide sequence encoding the light chain of ranibizumab and/or the heavy chain of ranibizumab, wherein said DNA construct further comprises nucleotide sequences encoding: - rhaBAD promoter, - RhaR transcription activator, - RhaS transcription activator, - an antibiotic resistance marker, - a promoter operably linked to the nucleotide sequence encoding the antibiotic resistance marker - rrnB T1 terminator - rrnB T2 terminator, and - a pMB1 origin of replication. - rhaBAD promoter, - RhaR transcription activator, - RhaS transcription activator, - an antibiotic resistance marker, - a promoter operably linked to the nucleotide sequence encoding the antibiotic resistance marker - rrnB T1 terminator - rrnB T2 terminator, and - a pMB1 origin of replication.
A tile-based digital mapping method, comprising: generating map tiles from digital map images; storing the map tiles; receiving, from a computing system, a request for map tiles; characterized by: identifying one or more uni-color map tiles that are locally available to the computing system; serving one or more of the map tiles, in response to the map request, and in response to a requested map tile being identified as being a uni-color map tile that is locally available to the computing system, returning information to the computing system indicating that the requested tile only contains its respective color, and therefore can be replaced by a respective uni-color tile by the computing system. generating map tiles from digital map images; storing the map tiles; receiving, from a computing system, a request for map tiles; characterized by: identifying one or more uni-color map tiles that are locally available to the computing system; serving one or more of the map tiles, in response to the map request, and in response to a requested map tile being identified as being a uni-color map tile that is locally available to the computing system, returning information to the computing system indicating that the requested tile only contains its respective color, and therefore can be replaced by a respective uni-color tile by the computing system. identifying one or more uni-color map tiles that are locally available to the computing system; serving one or more of the map tiles, in response to the map request, and in response to a requested map tile being identified as being a uni-color map tile that is locally available to the computing system, returning information to the computing system indicating that the requested tile only contains its respective color, and therefore can be replaced by a respective uni-color tile by the computing system.
A composite foamed container having in its body portion, a foamed region in which foamed cells are distributed, said foamed region including: a first gradationally foamed region having a gradational distribution of foamed cells, wherein the length of the foamed cells in the first gradationally foamed region in the direction of maximum stretch gradationally decreases from the outer surface side of the body portion toward the inner surface side thereof; and a second gradationally foamed region having a gradational distribution of foamed cells; characterized in that the length of the foamed cells in the second gradationally foamed region in the direction of maximum stretch gradationally decreases from the inner surface side of the body portion toward the outer surface side thereof.
Table connection field with an access opening having a cover and with a receiving shell arranged under an access opening, wherein the cover is movable in a plane of the access opening from a closed position into an open position, and the cover has two or more sections (21a, b) that are movable relative to one another and rotatably mounted, wherein the cover has at least a first section (21a, b) which can be lowered or depressed relative to the plane of the access opening, and at least one second section, wherein, in the open position, the second section can be moved completely or partially onto the lowered or depressed first section, characterized in that the receiving shell has a margin extending away from the access opening, and a peripheral gap is provided between the margin and the cover.
Storage system at least comprising a first receptacle in which a first storage container is received, wherein the first storage container is movable out of the first receptacle by way of a displacing device, characterised in that two second receptacles are provided, in which second storage containers (20, 22) are respectively received, wherein the second storage containers (20, 22) are connected with the first storage container and the second storage containers (20, 22) in the moved-out position of the first storage container are rotatable about the longitudinal axis thereof.
An assembly for managing heat and acoustic energy generated by an engine comprising: an acoustic absorbing layer; and a heat reflective coating secured to the acoustic absorbing layer, characterized in that the heat reflective coating comprises: a polymeric material formed with a plurality of channels passing through the polymeric material, and a plurality of heat reflecting additives deposited in the polymer material, wherein the heat reflecting additives are aluminum flakes and the heat reflective coating is formed with a thickness of between 25 micrometers to 79 micrometers, and the heat reflective coating extends at least partially into the acoustic absorbing layer. an acoustic absorbing layer; and a heat reflective coating secured to the acoustic absorbing layer, characterized in that the heat reflective coating comprises: a polymeric material formed with a plurality of channels passing through the polymeric material, and a plurality of heat reflecting additives deposited in the polymer material, a polymeric material formed with a plurality of channels passing through the polymeric material, and a plurality of heat reflecting additives deposited in the polymer material, wherein the heat reflecting additives are aluminum flakes and the heat reflective coating is formed with a thickness of between 25 micrometers to 79 micrometers, and the heat reflective coating extends at least partially into the acoustic absorbing layer.
A system comprising: a power source that provides alternating current power and is connected to system ground; a dual-DC bus (20a-20c) that provides direct current power to a load, and comprises a positive line, a negative line, and a midpoint line; an active rectifier that converts AC power from the power source to DC power for the dual-DC bus; characterised in that the system comprises: an impedance circuit connected between the midpoint of the dual-DC bus and the system ground that provides impedance for third harmonic common-mode current; wherein the impedance circuit comprises: a first capacitor; and a resistor-capacitor circuit comprising a resistor connected in series with a second capacitor, wherein the RC circuit is connected in parallel with the first capacitor. a power source that provides alternating current power and is connected to system ground; a dual-DC bus (20a-20c) that provides direct current power to a load, and comprises a positive line, a negative line, and a midpoint line; an active rectifier that converts AC power from the power source to DC power for the dual-DC bus; characterised in that the system comprises: an impedance circuit connected between the midpoint of the dual-DC bus and the system ground that provides impedance for third harmonic common-mode current; wherein the impedance circuit comprises: a first capacitor; and a resistor-capacitor circuit comprising a resistor connected in series with a second capacitor, wherein the RC circuit is connected in parallel with the first capacitor.
A lubrication cooler, comprising: a housing having a plurality of lubrication fluid passageways; a cooling fluid passageway in thermal communication with the plurality of lubrication fluid passageways; and a shape memory alloy member extending at least partially through at least one of the plurality of lubrication fluid passageways, characterised in that the shape memory alloy member is configured as an elongate flat plate below a first threshold temperature and includes a memory shape above a second threshold temperature, wherein the shape memory alloy member, in its memory shape, is configured as a turbulator and is adapted to create greater turbulence in lubrication fluid flowing through the lubrication fluid passageway than when being configured as an elongate flat plate. a housing having a plurality of lubrication fluid passageways; a cooling fluid passageway in thermal communication with the plurality of lubrication fluid passageways; and a shape memory alloy member extending at least partially through at least one of the plurality of lubrication fluid passageways, characterised in that the shape memory alloy member is configured as an elongate flat plate below a first threshold temperature and includes a memory shape above a second threshold temperature, wherein the shape memory alloy member, in its memory shape, is configured as a turbulator and is adapted to create greater turbulence in lubrication fluid flowing through the lubrication fluid passageway than when being configured as an elongate flat plate.
A light guide comprising: two or more light guiding members including a first light guiding member and a second light guiding member, the two or more light guiding members being configured to guide and eject an image light; an optical entrance (8, 108, 301) having a plane on which the image light is incident; a light guiding unit (30, 130, 302), having a pair of principal planes that are approximately parallel to each other, configured to guide the image light incident on the optical entrance with repeated total internal reflection between the pair of principal planes; a light beam ejection unit (40, 140, 304) configured to eject the image light to an outside of the light guide; and an extraction unit configured to reflect the image light guided by the light guiding unit (30, 130, 302) toward the light beam ejection unit (40, 140, 304), wherein the second light guiding member is a parallel plate, and is bonded to, at least, the light guiding unit (30, 130, 302) of the first light guiding member, characterized in that: the light guide includes a reflector that is a site that reflects the light beam of the image light that has entered the light guide through the optical entrance (8, 108, 301), and the light beam that is guided with repeated total internal reflection between the pair of principal planes of the light guide is the light beam reflected by the reflector. two or more light guiding members including a first light guiding member and a second light guiding member, the two or more light guiding members being configured to guide and eject an image light; an optical entrance (8, 108, 301) having a plane on which the image light is incident; a light guiding unit (30, 130, 302), having a pair of principal planes that are approximately parallel to each other, configured to guide the image light incident on the optical entrance with repeated total internal reflection between the pair of principal planes; a light beam ejection unit (40, 140, 304) configured to eject the image light to an outside of the light guide; and an extraction unit configured to reflect the image light guided by the light guiding unit (30, 130, 302) toward the light beam ejection unit (40, 140, 304), wherein the second light guiding member is a parallel plate, and is bonded to, at least, the light guiding unit (30, 130, 302) of the first light guiding member, characterized in that: the light guide includes a reflector that is a site that reflects the light beam of the image light that has entered the light guide through the optical entrance (8, 108, 301), and the light beam that is guided with repeated total internal reflection between the pair of principal planes of the light guide is the light beam reflected by the reflector.
Lid (1; 1') for a cooking container, in particular a working container of a cooking preparation household appliance, comprising a lower ring part (10; 10'), and a glass part (20; 20') borne by the lower ring part (10; 10'), the glass part (20; 20') being annularly held by a middle ring part (30; 30') assembled with the lower ring part (10; 10'), the middle ring part (30; 30') having an upper portion (31; 31') covered by an upper ring part (40; 40'), the upper ring part (40; 40') having an outer skirt (42; 42') laterally covering the lower ring part (10; 10'), characterised in that the glass part (20; 20') bears a peripheral overmoulding (25; 25') and in that the middle ring part (30; 30') and the lower ring part (10; 10') bear against the peripheral overmoulding (25; 25') on either side of the glass part (20; 20').
Pneumatic vehicle tyre for passenger cars, in particular for use in winter driving conditions, with a tread profile with at least one middle row of bars running around in the circumferential direction, the tread bars of which are respectively provided with at least three sipes (5, 5') of a small width that run substantially parallel to one another and substantially in the transverse direction of the tread and have at least in certain portions a wave-shaped or zigzag-shaped profile in plan view, the tread bars being arranged within similar pitches (P 1, P 2), which are provided in at least two different circumferential lengths (LP 1, LP 2), the tread bars having in accordance with the pitch lengths (L 1, L 2) at least two different circumferential lengths (LP 1, LP 2) within a range of 30 mm to 50 mm, characterized in that the tread bars in pitches (P 2) that are longer than the shortest pitch (P 1) each have at least one middle sipe, which has at the base of the sipe a portion (5'b) that extends in the radial direction and is bounded by planar sliding surfaces, the proportion of the overall sectional area of the sipe that is made up by the sliding areas being dependent on the chosen pitch length ratio and being greater with greater pitch length ratios, the zigzag or wave form extending as far as the base of the sipe in the other sipes in the tread bar.
An assembly for loading a self-expanding prosthetic heart valve into a delivery device, comprising: a compression member having a longitudinal axis, a first open end with a first diameter, a second open end with a second diameter less than the first diameter, and a wall decreasing in diameter from the first open end to the second open end, the wall defining an open space adapted to receive the valve; a support member having a longitudinal axis, a base and a recess extending along the longitudinal axis and adapted to receive an end of the valve, the support member and the compression member being movable relative to one another between an initial position in which the base of the support member is relatively far from the first open end of the compression member and an operative position in which the base of the support member is relatively close to the first open end of the compression member; and a substantially tubular restrainer having a second portion disposed within the support member and a first portion extending beyond the support member, in the operative position of the compression member and the support member, defining a passageway for accepting a portion of the delivery device and maintaining leaflets of the valve in a substantially open position when the valve is assembled on the support member. a compression member having a longitudinal axis, a first open end with a first diameter, a second open end with a second diameter less than the first diameter, and a wall decreasing in diameter from the first open end to the second open end, the wall defining an open space adapted to receive the valve; a support member having a longitudinal axis, a base and a recess extending along the longitudinal axis and adapted to receive an end of the valve, the support member and the compression member being movable relative to one another between an initial position in which the base of the support member is relatively far from the first open end of the compression member and an operative position in which the base of the support member is relatively close to the first open end of the compression member; and a substantially tubular restrainer having a second portion disposed within the support member and a first portion extending beyond the support member, in the operative position of the compression member and the support member, defining a passageway for accepting a portion of the delivery device and maintaining leaflets of the valve in a substantially open position when the valve is assembled on the support member.
A substrate processing device comprising: a cleaning water supply unit supplying a cleaning water to a surface of a substrate; and a solvent supply unit supplying a volatile solvent to the surface of the substrate supplied with the cleaning water, and replacing the cleaning water on the surface of the substrate with the volatile solvent, wherein the substrate processing device further comprises a water removing unit (110, 120, 130) including a water removing agent, the water removing unit (110, 120, 130) being configurated such that, when the solvent supply unit supplies the volatile solvent to the surface of the substrate, the water removing unit (110, 120, 130) supplies also the water removing agent to the surface of the substrate, and promotes the replacement of the cleaning water present on the surface of the substrate with the volatile solvent, characterized in that the water removing agent is a substance which hydrolyzes by reacting with the cleaning water existing on the surface of the substrate. a cleaning water supply unit supplying a cleaning water to a surface of a substrate; and a solvent supply unit supplying a volatile solvent to the surface of the substrate supplied with the cleaning water, and replacing the cleaning water on the surface of the substrate with the volatile solvent, wherein the substrate processing device further comprises a water removing unit (110, 120, 130) including a water removing agent, the water removing unit (110, 120, 130) being configurated such that, when the solvent supply unit supplies the volatile solvent to the surface of the substrate, the water removing unit (110, 120, 130) supplies also the water removing agent to the surface of the substrate, and promotes the replacement of the cleaning water present on the surface of the substrate with the volatile solvent, characterized in that the water removing agent is a substance which hydrolyzes by reacting with the cleaning water existing on the surface of the substrate.