mhurhangee/ep-ind-claims huggingface dataset:
A pre-amplifier circuit (220, 230) for a pressure sensor system (21, 220, 230), the pre-amplifier circuit (220, 230) comprising: a differential-output operational-amplifier (U1, U3) having an inverting input, a noninverting input, and a differential output comprising a positive output and a negative output; a first terminal coupled to the positive output of the differential-output operational-amplifier (U1, U3), where the first terminal is configured to connect to a first node of a first external pressure-sensitive element; a second terminal coupled to the negative output of the differential-output operational-amplifier (U1, U3), where the second terminal is configured to connect to a first node of a second external pressure-sensitive element; and a protection circuit coupled between the first terminal, the second terminal, the inverting input of the differential-output operational-amplifier (U1, U3), and the noninverting input of the differential-output operational-amplifier (U1, U3). a differential-output operational-amplifier (U1, U3) having an inverting input, a noninverting input, and a differential output comprising a positive output and a negative output; a first terminal coupled to the positive output of the differential-output operational-amplifier (U1, U3), where the first terminal is configured to connect to a first node of a first external pressure-sensitive element; a second terminal coupled to the negative output of the differential-output operational-amplifier (U1, U3), where the second terminal is configured to connect to a first node of a second external pressure-sensitive element; and a protection circuit coupled between the first terminal, the second terminal, the inverting input of the differential-output operational-amplifier (U1, U3), and the noninverting input of the differential-output operational-amplifier (U1, U3).
An outdoor unit of a refrigeration apparatus comprising: a heat exchanger made of aluminum or aluminum alloy; a side panel made of a non-aluminum metal; a non-metal component; and a bracket made of aluminum or aluminum alloy that has a fixing portion and a securing portion that is attached directly to the heat exchanger made of aluminum or aluminum alloy; wherein the side panel has an opening portion through which the fixing portion of the bracket made of aluminum or aluminum alloy passes, with the side panel being fixed to the fixing portion of the bracket made of aluminum or aluminum alloy disposed through the opening portion; and the non-metal component is interposed between the bracket made of aluminum or aluminum alloy and the side panel made of a non-aluminum metal and forms a predetermined space between the bracket made of aluminum or aluminum alloy and the side panel made of a non-aluminum metal; characterized in that the non-metal component is a resin cover; and a body portion of the non-metal component has a right side wall, a left side wall, an upper wall and a front wall for forming an insertion portion for attaching the fixing portion, wherein the fixing portion is inserted into the insertion portion. a heat exchanger made of aluminum or aluminum alloy; a side panel made of a non-aluminum metal; a non-metal component; and a bracket made of aluminum or aluminum alloy that has a fixing portion and a securing portion that is attached directly to the heat exchanger made of aluminum or aluminum alloy; wherein the side panel has an opening portion through which the fixing portion of the bracket made of aluminum or aluminum alloy passes, with the side panel being fixed to the fixing portion of the bracket made of aluminum or aluminum alloy disposed through the opening portion; and the non-metal component is interposed between the bracket made of aluminum or aluminum alloy and the side panel made of a non-aluminum metal and forms a predetermined space between the bracket made of aluminum or aluminum alloy and the side panel made of a non-aluminum metal; characterized in that the non-metal component is a resin cover; and a body portion of the non-metal component has a right side wall, a left side wall, an upper wall and a front wall for forming an insertion portion for attaching the fixing portion, wherein the fixing portion is inserted into the insertion portion.
A chimeric factor H binding protein (fHbp) comprising, from N-terminus to C-terminus: a) a first amino acid sequence at least 80% identical to a contiguous amino acid sequence QSHSALTAFQTEQIQDSEHSGK of a variant 1 (v.1) fHbp B domain, wherein the B domain comprises a GEHT sequence; and b) operably linked to a), a second amino acid sequence at least 80% identical to a contiguous amino acid sequence of a variant 2 (v.2) or variant 3 (v.3) fHbp; wherein the first and second amino acid sequences are operably linked at a junction point positioned at a site not more than 13 residues N-terminal of the GEHT sequence and not more than 34 residues C-terminal of the GEHT sequence, wherein the junction point is positioned within a B domain, to provide a heterologous B domain, or within a C domain, to provide a heterologous C domain, of the chimeric fHbp; wherein the chimeric fHbp comprises the epitope bound by the JAR 11 antibody (ATCC PTA-8938) or JAR 32 antibody (ATCC PTA-8942); wherein the chimeric fHbp comprises the epitope bound by the JAR 5 antibody (ATCC PTA-8941); wherein when the junction point is positioned within the B domain, the junction point is positioned at a site not more than 13 residues N-terminal of the GEHT sequence and not more than 24 residues C-terminal to the GEHT sequence; wherein when the junction point positioned within the C domain, the junction point_is positioned at a site not more than 34 amino acids C-terminal to the GEHT sequence. a) a first amino acid sequence at least 80% identical to a contiguous amino acid sequence QSHSALTAFQTEQIQDSEHSGK of a variant 1 (v.1) fHbp B domain, wherein the B domain comprises a GEHT sequence; and b) operably linked to a), a second amino acid sequence at least 80% identical to a contiguous amino acid sequence of a variant 2 (v.2) or variant 3 (v.3) fHbp;
A foam pump comprising a fluid cylinder, an air cylinder and a mixing chamber, in which the mixing chamber comprises a fluid throughflow axis (A-A), a fluid inlet and an air inlet, in which the fluid cylinder and the air cylinder both comprise a stroke axis (B-B) which is substantially normal to said fluid throughflow axis (A-A), in which the fluid cylinder is adapted to draw a fluid therein in a priming stroke and to pump said fluid into said mixing chamber through said fluid inlet in a dispensing stroke, in which the air cylinder is adapted to draw air therein in a priming stroke and to pump said air into said mixing chamber through said air inlet in a dispensing stroke, characterised in that said fluid inlet faces in a fluid flow direction of the mixing chamber, and in that said air inlet is arranged downstream of said fluid inlet and faces against said fluid flow direction.
Latch for a motor vehicle with a locking mechanism comprising a catch, a pre-ratchet pawl, a main ratchet pawl, a blocking lever for blocking of the main ratchet pawl, a towing arm of the pre-ratchet pawl which is capable of rotating the main ratchet pawl out of its ratcheted position, whereby the towing arm is a lateral contour area of the pre-ratchet pawl and in which the main ratchet pawl is equipped with a bolt which is capable of taking along the towing arm, characteriz d in that the bolt is made of plastic and the bolt is connected as a single component with a plastic area of a lever arm of the main ratchet pawl made completely or partially of plastic.
A flow control device comprising: a housing comprising a shape to fit around a wellbore tubular; a fluid pathway disposed through the housing in a generally longitudinal direction with respect to the wellbore tubular and configured to provide fluid communication between an exterior of a wellbore tubular and an interior of the wellbore tubular; a flow restriction disposed along the fluid pathway, wherein the flow restriction is disposed within the housing such that an opening of the flow restriction is oriented in a direction substantially perpendicular to the longitudinal direction of the wellbore tubular; and a flow blockage disposed in the fluid pathway, wherein the flow blockage substantially prevents a fluid flow through the fluid pathway. a housing comprising a shape to fit around a wellbore tubular; a fluid pathway disposed through the housing in a generally longitudinal direction with respect to the wellbore tubular and configured to provide fluid communication between an exterior of a wellbore tubular and an interior of the wellbore tubular; a flow restriction disposed along the fluid pathway, wherein the flow restriction is disposed within the housing such that an opening of the flow restriction is oriented in a direction substantially perpendicular to the longitudinal direction of the wellbore tubular; and a flow blockage disposed in the fluid pathway, wherein the flow blockage substantially prevents a fluid flow through the fluid pathway.
Dosing storage means for being received in a washing drum for the purpose of dispensing liquid detergent during a washing operation, having the following features: a. the dosing storage means has an external housing with an interior space which comprises a receiving space for receiving detergent to be dispensed, and b. the external housing of the dosing storage means has at least one exit opening through which detergent can be dispensed without pressure into the washing drum from the receiving space, and c. the dosing storage means has a filling opening which is accessible from a bottom side of the dosing storage means, and has a coupling device for coupling to a supply storage means, and d. the dosing storage means has a manually actuatable pump device for generating a negative pressure at the filling opening and thus for sucking detergent into the dosing storage means from the supply storage means, and e. the dosing storage means has on an external side of the external housing a manual actuation means which can be pressed in and by means of which the pump device can be actuated such that a pump chamber (69, 70) of the pump device in this way can be varied in terms of volume and consequently generates the negative pressure at the filling opening. a. the dosing storage means has an external housing with an interior space which comprises a receiving space for receiving detergent to be dispensed, and b. the external housing of the dosing storage means has at least one exit opening through which detergent can be dispensed without pressure into the washing drum from the receiving space, and c. the dosing storage means has a filling opening which is accessible from a bottom side of the dosing storage means, and has a coupling device for coupling to a supply storage means, and d. the dosing storage means has a manually actuatable pump device for generating a negative pressure at the filling opening and thus for sucking detergent into the dosing storage means from the supply storage means, and e. the dosing storage means has on an external side of the external housing a manual actuation means which can be pressed in and by means of which the pump device can be actuated such that a pump chamber (69, 70) of the pump device in this way can be varied in terms of volume and consequently generates the negative pressure at the filling opening.
An apparatus comprising: a supporting unit configured to support a plurality of connection session types; a providing unit configured to provide a connection session to a terminal via at least two mobility protocols; and an associating unit configured to associate a parameter with the connection session to the terminal, wherein the apparatus is configured to provide information related to one of the at least two mobility protocols to the terminal via another one of the at least two mobility protocols. a supporting unit configured to support a plurality of connection session types; a providing unit configured to provide a connection session to a terminal via at least two mobility protocols; and an associating unit configured to associate a parameter with the connection session to the terminal,
A clutch control device comprising: a clutch apparatus configured to connect and disconnect power transmission between a prime mover and an output target; a clutch actuator configured to output a driving force to actuate the clutch apparatus; and a control unit configured to drive the clutch actuator, wherein the control unit includes a clutch capacity control determination unit (40c1), a clutch capacity correction unit (40c3) and a motor control unit, wherein, during an automatic mode which is a mode that calculates a clutch capacity appropriate for a traveling state of a vehicle under automatic departure/gear shifting control and that controls the clutch apparatus, the clutch capacity control determination unit (40c1) starts clutch capacity control of fluctuating a clutch capacity (Ca) within a range from complete fastening to complete separation when it is detected that the vehicle is in a prescribed traveling state accompanied by a vehicle body behavior of a predetermined threshold or more, and wherein the clutch capacity (Ca) is controlled according to a road surface situation, in such a way that the clutch apparatus torque fluctuates, being increased or decreased, when traveling on a rough road according to the rough road surface, and wherein the clutch capacity control during the prescribed traveling state is performed by the motor control unit which controls a motor current of the clutch actuator based on a correction clutch capacity calculated by the clutch capacity correction unit (40c3). a clutch apparatus configured to connect and disconnect power transmission between a prime mover and an output target; a clutch actuator configured to output a driving force to actuate the clutch apparatus; and a control unit configured to drive the clutch actuator, wherein the control unit includes a clutch capacity control determination unit (40c1), a clutch capacity correction unit (40c3) and a motor control unit, wherein, during an automatic mode which is a mode that calculates a clutch capacity appropriate for a traveling state of a vehicle under automatic departure/gear shifting control and that controls the clutch apparatus, the clutch capacity control determination unit (40c1) starts clutch capacity control of fluctuating a clutch capacity (Ca) within a range from complete fastening to complete separation when it is detected that the vehicle is in a prescribed traveling state accompanied by a vehicle body behavior of a predetermined threshold or more, and wherein the clutch capacity (Ca) is controlled according to a road surface situation, in such a way that the clutch apparatus torque fluctuates, being increased or decreased, when traveling on a rough road according to the rough road surface, and wherein the clutch capacity control during the prescribed traveling state is performed by the motor control unit which controls a motor current of the clutch actuator based on a correction clutch capacity calculated by the clutch capacity correction unit (40c3).
A water-soluble packaging containing an agent and a water-soluble wrapping, which packaging comprises at least one film strip made of a water-soluble material, which film strip is integrally bonded by means of 5-100% of the surface thereof to the outer surface of the wrapping of the packaging and covers between 10% and 90% of the surface of the water-soluble packaging, characterized in that the film strip, which can have any planar geometric shape, is printed.
A semi-continuous method for producing a plurality of fermentation media comprising one or more rhamnolipids comprising: (a) culturing a rhamnolipid producing microorganism in culture medium comprising at least one carbon source, at least one nitrogen source, at least one phosphorous source, at least one magnesium source, at least one potassium source, at least one sulfur source, at least one chloride source, and at least one sodium source, between 2 to 5 days to obtain a first fermentation medium comprising one or more rhamnolipids; (b) removing at least between about 70% to about 90% of the total volume of the fermentation medium comprising one or more rhamnolipids obtained in (a); (c) replacing said fermentation medium comprising one or more rhamnolipids removed in (b) with culture medium having the composition set forth in step (a); (d) repeating steps (a)-(c) at least one time to obtain a subsequent fermentation medium comprising rhamnolipids; wherein at least 45 g/l of rhamnolipids are produced; wherein said steps (a)-(c) are capable of being repeated for at least 30 days; and wherein said rhamnolipid producing microorganism is Pseudomonas aeruginosa. (a) culturing a rhamnolipid producing microorganism in culture medium comprising at least one carbon source, at least one nitrogen source, at least one phosphorous source, at least one magnesium source, at least one potassium source, at least one sulfur source, at least one chloride source, and at least one sodium source, between 2 to 5 days to obtain a first fermentation medium comprising one or more rhamnolipids; (b) removing at least between about 70% to about 90% of the total volume of the fermentation medium comprising one or more rhamnolipids obtained in (a); (c) replacing said fermentation medium comprising one or more rhamnolipids removed in (b) with culture medium having the composition set forth in step (a); (d) repeating steps (a)-(c) at least one time to obtain a subsequent fermentation medium comprising rhamnolipids;
A method for transmitting wireless power to a receiver by a transmitter, the method comprising: if the receiver is detected, transmitting, to the receiver, a connection request with the receiver; if a connection between the transmitter and the receiver is established, receiving, from the receiver, power information for requesting wireless power; determining whether the requested wireless power can be transmitted from the transmitter to the receiver based on current power capacity of the transmitter and the power information; and if the requested wireless power can be transmitted to from the transmitter the receiver, transmitting the requested wireless power to the receiver. if the receiver is detected, transmitting, to the receiver, a connection request with the receiver; if a connection between the transmitter and the receiver is established, receiving, from the receiver, power information for requesting wireless power; determining whether the requested wireless power can be transmitted from the transmitter to the receiver based on current power capacity of the transmitter and the power information; and if the requested wireless power can be transmitted to from the transmitter the receiver, transmitting the requested wireless power to the receiver.
A method for preparing a functionalized polymer, the method comprising the steps of: (i) polymerizing monomer with an anionic initiator to form a reactive polymer; and (ii) reacting the reactive polymer with a carboxylic or thiocarboxylic ester containing a silylated amino group, where the silylated amino group is directly attached to a moiety selected from the group consisting of acyclic moieties, heterocyclic moieties, and non-aromatic cyclic moieties. (i) polymerizing monomer with an anionic initiator to form a reactive polymer; and (ii) reacting the reactive polymer with a carboxylic or thiocarboxylic ester containing a silylated amino group, where the silylated amino group is directly attached to a moiety selected from the group consisting of acyclic moieties, heterocyclic moieties, and non-aromatic cyclic moieties.
A curable resin composition comprising: a phosphoric acid-modified epoxy resin obtained by reacting a phosphoric acid and an epoxy compound (excluding a urethane-modified epoxy resin and a urethane-modified chelate epoxy resin); and an epoxy resin (excluding component); a block urethane; and a latent curing agent, wherein a phosphorus content in a total mass of component and component is 0.01 to 2.0% by mass and wherein the block urethane is a compound obtained by further reacting a blocking agent with a polyurethane resin obtained by reacting a polyol and a polyisocyanate. a phosphoric acid-modified epoxy resin obtained by reacting a phosphoric acid and an epoxy compound (excluding a urethane-modified epoxy resin and a urethane-modified chelate epoxy resin); and an epoxy resin (excluding component); a block urethane; and a latent curing agent,
An endoscope system including an imaging means (47, 49) having a normal image sensor and a high-sensitivity image sensor, the endoscope system comprising: a lighting means (13, 43, 48, 22) adapted to apply special illumination light to a body portion, said special illumination light having a wavelength at which oxyhemoglobin and deoxyhemoglobin have different absorption coefficients; a light amount evaluation means adapted to measure a reflected light amount of said special illumination light from said body portion; an imaging control means; and a special image processing means adapted to produce a special image depicting an oxygen saturation level of blood based on a signal obtained by imaging said body portion irradiated with said special illumination light characterized in that the imaging control means is adapted to select which one of said normal and high-sensitivity image sensors (53, 60) to use for imaging said body portion irradiated with said special illumination light in accordance with said reflected light amount of said special illumination light, wherein the imaging control means is adapted to select the normal image sensor for imaging said body portion irradiated with said special illumination light if the reflected light amount is above a predetermined threshold value and to select the high-sensitivity image sensor for imaging said body portion irradiated with said special illumination light if the reflected light amount is below a predetermined threshold value. a lighting means (13, 43, 48, 22) adapted to apply special illumination light to a body portion, said special illumination light having a wavelength at which oxyhemoglobin and deoxyhemoglobin have different absorption coefficients; a light amount evaluation means adapted to measure a reflected light amount of said special illumination light from said body portion; an imaging control means; and a special image processing means adapted to produce a special image depicting an oxygen saturation level of blood based on a signal obtained by imaging said body portion irradiated with said special illumination light