mhurhangee/ep-ind-claims huggingface dataset:
A dual mode cutting tool including a first handle for accommodating a blade and a second handle connected to the first handle for manual scissor-like actuation, the blade having a blade pivot whereby the blade is pivotally connected to said first handle, and a rocker arm with ratchet teeth extending away from the pivot, and wherein said second handle is pivotally connected to said first handle distant from said blade pivot, further including a pawl linkage coupled from the second handle to an operative engagement with the ratchet teeth of the rocker arm and a user operable mode selection control means that acts upon the pawl linkage to control a position of engagement of the pawl linkage with the ratchet teeth when the tool is operated by actuation of the handles (2, 12) and thereby enable user selection between a first single action cutting mode in which the blade closes with a single squeeze by an operator and in a second ratchet action cutting mode which requires multiple squeezes by the operator to close the blade.
A tire comprising, in a tread surface, at least a circumferential groove extending continuously in a tire circumferential direction, and a shoulder land portion defined by the circumferential groove on an outermost side in a tire width direction and a tread ground contact edge, wherein the shoulder land portion includes a width direction groove that extends in the tire width direction and communicates between the circumferential groove and the tread ground contact edge, the width direction groove comprises a first width direction groove portion that communicates with the circumferential groove and opens to the tread surface, and a second width direction groove portion adjacent to and continuous with a tread ground contact edge side of the first width direction groove portion and opens to the tread surface, the first width direction groove portion includes a narrowed groove portion having an opening width (W2b) in the tread surface that is smaller than a groove width (W2a) on a groove bottom side, in a region of at least a part of the first width direction groove portion in an extending direction of the first width direction groove portion, and respective groove widths (W1, W2, W3), which are opening widths in the tread surface, of the circumferential groove, the first width direction groove portion and the second width direction groove portion satisfy a relational expression as follows: the groove width W 1 of the circumferential groove 2 > the groove width W 2 of the first width direction groove portion 3 A > the groove width W 3 of the second width direction groove portion 3 B the shoulder land portion includes a width direction groove that extends in the tire width direction and communicates between the circumferential groove and the tread ground contact edge, the width direction groove comprises a first width direction groove portion that communicates with the circumferential groove and opens to the tread surface, and a second width direction groove portion adjacent to and continuous with a tread ground contact edge side of the first width direction groove portion and opens to the tread surface, the first width direction groove portion includes a narrowed groove portion having an opening width (W2b) in the tread surface that is smaller than a groove width (W2a) on a groove bottom side, in a region of at least a part of the first width direction groove portion in an extending direction of the first width direction groove portion, and respective groove widths (W1, W2, W3), which are opening widths in the tread surface, of the circumferential groove, the first width direction groove portion and the second width direction groove portion satisfy a relational expression as follows: the groove width W 1 of the circumferential groove 2 > the groove width W 2 of the first width direction groove portion 3 A > the groove width W 3 of the second width direction groove portion 3 B
A natural ventilation apparatus comprising: a window frame which is installed in a building; a framed panel disposed in an opening portion defined by said window frame; and opening/closing means for opening and closing the opening portion on the basis of an air current, wherein said opening/closing means includes a first supporting mechanism for supporting one portion of said framed panel so that the framed panel is liftable and a second supporting mechanism for supporting another portion of said framed panel, which is located below said one portion of said framed panel, so that the framed panel is movable in a direction toward an interior or exterior of the building, said second supporting mechanism having a support member for supporting said other portion of said framed panel by a supporting surface movably in the direction toward the interior or exterior of the building, said supporting surface being inclined upward from a building exterior side toward a building interior side with respect to a horizontal line, an angle of inclination of said supporting surface with respect to the horizontal line increasing gradually from the building exterior side toward the building interior side, wherein; said second supporting mechanism further comprises: a rotating shaft which connects said support member to said window frame rotatably about a horizontal axis, so as to be located on the building interior side and on a lower side with respect to said other portion of said framed panel in a state of being supported by said support member movably in the direction toward the interior or exterior of the building, and a holding mechanism for holding said support member in a state in which said support member supports said other portion of said framed panel movably in the direction toward the interior or exterior of the building, and characterized in that it further comprises another support member which is fitted to said window frame and supports said other portion of said framed panel by another supporting surface movably in the direction toward the interior or exterior of the building, said other supporting surface being inclined upward from the building exterior side toward the building interior side with respect to the horizontal line, such that the support of said other portion of said framed panel is shifted from said supporting surface to said other supporting surface, an angle of inclination of said other supporting surface with respect to the horizontal line increasing gradually from the building exterior side toward the building interior side.
A precast retaining wall block (100, 1110, 1120), configured for assembly into a retaining wall including a plurality of stacked rows of at least a plurality of said retaining wall blocks (100, 1110, 1120), said retaining wall block (100, 1110, 1120) comprising: a front face portion including a front surface, a rear surface, a top surface, and a bottom surface; and at least one web portion extending outwardly from the rear surface of the front face portion, the at least one web portion including a vertical center portion extending from the top surface to the bottom surface of the front face portion, and characterized by left and right protrusions extending outwardly from the lower sides of the vertical center portion, the left and right protrusions substantially triangular; and left and right aligning elements extending downwardly from a bottom surface of the left and right protrusions, respectively, a front surface of each aligning element aligned with the rear surface of the front face portion and extending rearward along at least a portion of the respective protrusion, the left and right aligning elements defining an alignment seat configured to engage a top portion of a web portion of a retaining wall block (100, 1110, 1120) in a lower row of the retaining wall. a front face portion including a front surface, a rear surface, a top surface, and a bottom surface; and at least one web portion extending outwardly from the rear surface of the front face portion, the at least one web portion including a vertical center portion extending from the top surface to the bottom surface of the front face portion, and characterized by left and right protrusions extending outwardly from the lower sides of the vertical center portion, the left and right protrusions substantially triangular; and left and right aligning elements extending downwardly from a bottom surface of the left and right protrusions, respectively, a front surface of each aligning element aligned with the rear surface of the front face portion and extending rearward along at least a portion of the respective protrusion, the left and right aligning elements defining an alignment seat configured to engage a top portion of a web portion of a retaining wall block (100, 1110, 1120) in a lower row of the retaining wall.
A display, comprising: a substrate; a drive thin-film transistor for a display pixel formed over the substrate; at least one buffer layer interposed between the drive thin-film transistor and the substrate; a conductive shielding structure formed in the buffer layer directly below the drive thin-film transistor, wherein the conductive shielding structure is formed from transparent conductive material; a conductive path disposed adjacent to the drive thin-film transistor and configured to convey a control signal for the display pixel; and additional thin-film transistors (SW1, SW2, SW3) for the display pixel, characterised in that the conductive shielding structure is only formed below the drive thin-film transistor but not below the additional thin-film transistors (SW1, SW2, SW3). a substrate; a drive thin-film transistor for a display pixel formed over the substrate; at least one buffer layer interposed between the drive thin-film transistor and the substrate; a conductive shielding structure formed in the buffer layer directly below the drive thin-film transistor, wherein the conductive shielding structure is formed from transparent conductive material; a conductive path disposed adjacent to the drive thin-film transistor and configured to convey a control signal for the display pixel; and additional thin-film transistors (SW1, SW2, SW3) for the display pixel, characterised in that the conductive shielding structure is only formed below the drive thin-film transistor but not below the additional thin-film transistors (SW1, SW2, SW3).
A fastener-driving tool (10; 300) comprising: a cylinder; a driving assembly slidably disposed within the cylinder and movable between a pre-firing position and a firing position, the driving assembly including an outwardly tapered engaging element contact surface; and a driving assembly engaging element (18; 1000); wherein at least one of the engaging element contact surface and the driving assembly engaging element includes a shock-absorbing material; characterised in that the driving assembly engaging element (18C; 1000) is positioned to frictionally engage the driving assembly engaging element contact surface to inhibit movement of the driving assembly in a direction from the pre-firing position to the firing position when the driving assembly is in the pre-firing position. a cylinder; a driving assembly slidably disposed within the cylinder and movable between a pre-firing position and a firing position, the driving assembly including an outwardly tapered engaging element contact surface; and a driving assembly engaging element (18; 1000); wherein at least one of the engaging element contact surface and the driving assembly engaging element includes a shock-absorbing material; characterised in that the driving assembly engaging element (18C; 1000) is positioned to frictionally engage the driving assembly engaging element contact surface to inhibit movement of the driving assembly in a direction from the pre-firing position to the firing position when the driving assembly is in the pre-firing position.
A cooling device, comprising: a case equipped with a supply port and a discharge port, the supply port supplying a coolant to an interior of the case, and the discharge port discharging the coolant from the interior of the case to an exterior of the case; and a stacked core disposed in the case, the stacked core comprising a plurality of punched plates, each with a same shape, and each punched plate including: a plurality of linear portions that extend in triangle waveforms in a flow direction of the coolant and that are spaced apart in an amplitude direction of the waveforms, and linking portions that are spaced apart in an extension direction of the linear portions and that link the linear portions to one another in the amplitude direction, the punched plates being alternately disposed front-to-back and the linear portions being superposed over one another, and the linking portions of the superposed punched plates being disposed spaced apart in the extension direction, characterized in that each of the linking portions links an amplitude peak portion of one of the linear portions with a general portion of another of the linear portions that is adjacent to the one of the linear portions in the amplitude direction, wherein the general portion is a portion that extends linear and joins the peak portions of the linear portion. a case equipped with a supply port and a discharge port, the supply port supplying a coolant to an interior of the case, and the discharge port discharging the coolant from the interior of the case to an exterior of the case; and a stacked core disposed in the case, the stacked core comprising a plurality of punched plates, each with a same shape, and each punched plate including: a plurality of linear portions that extend in triangle waveforms in a flow direction of the coolant and that are spaced apart in an amplitude direction of the waveforms, and linking portions that are spaced apart in an extension direction of the linear portions and that link the linear portions to one another in the amplitude direction, a plurality of linear portions that extend in triangle waveforms in a flow direction of the coolant and that are spaced apart in an amplitude direction of the waveforms, and linking portions that are spaced apart in an extension direction of the linear portions and that link the linear portions to one another in the amplitude direction, the punched plates being alternately disposed front-to-back and the linear portions being superposed over one another, and the linking portions of the superposed punched plates being disposed spaced apart in the extension direction, characterized in that each of the linking portions links an amplitude peak portion of one of the linear portions with a general portion of another of the linear portions that is adjacent to the one of the linear portions in the amplitude direction, wherein the general portion is a portion that extends linear and joins the peak portions of the linear portion.
5-Methoxy-N,N-dimethyltryptamine (5-MeO-DMT) or a pharmaceutically acceptable salt thereof for use in treating a patient who is diagnosed with major depressive disorder by a licensed professional in accordance with accepted medical practice, wherein the 5-MeO-DMT or pharmaceutically acceptable salt thereof is administered by inhalation, nasally, by buccal administration or by sublingual administration.
A selectively corrodible downhole article, characterised by comprising: a movable cylindrical member comprising a first section and an axially separated second section, the first section comprising a first material, the second section comprising a second material, the first material being more galvanically active than the second material, the first section being electrically isolated from the second section; and a fixed member disposed on the cylindrical member and configured for electrical contact with the first section or the second section, the fixed member comprising an intermediate material the intermediate material being less galvanically active than the first material and more galvanically active than the second material, the movable cylindrical member configured for movement from a first position where the first section is disposed on and in electrical contact with the fixed member and a second position where the second section is disposed on and in electrical contact with the fixed member, wherein in the first position, the first section is configured for selective dissolution, and wherein in the second position, the fixed member is configured for selective dissolution. a movable cylindrical member comprising a first section and an axially separated second section, the first section comprising a first material, the second section comprising a second material, the first material being more galvanically active than the second material, the first section being electrically isolated from the second section; and a fixed member disposed on the cylindrical member and configured for electrical contact with the first section or the second section, the fixed member comprising an intermediate material the intermediate material being less galvanically active than the first material and more galvanically active than the second material, the movable cylindrical member configured for movement from a first position where the first section is disposed on and in electrical contact with the fixed member and a second position where the second section is disposed on and in electrical contact with the fixed member, wherein in the first position, the first section is configured for selective dissolution, and wherein in the second position, the fixed member is configured for selective dissolution.
A method of producing a high mannose glucocerebrosidase (hmGCB), comprising: providing a cell which is capable of expressing glucocerebrosidase; contacting the cell with kifunensine such that the removal of at least one mannose residue distal to the pentasaccharide core of the precursor oligosaccharide of GCB is prevented; and allowing the cell to produce hmGCB, to thereby produce an hmGCB preparation. providing a cell which is capable of expressing glucocerebrosidase; contacting the cell with kifunensine such that the removal of at least one mannose residue distal to the pentasaccharide core of the precursor oligosaccharide of GCB is prevented; and allowing the cell to produce hmGCB, to thereby produce an hmGCB preparation.
A cylindrical tube (10, 20, 30, 40, 50, 60, 70, 80, 90) into which an insert can be inserted, the tube comprising: a plurality of protrusions (14, 24, 34, 44A, 44B, 54A, 54B, 64A, 64B, 64C, 74A, 74B, 74C, 84A, 84B, 84C, 94A, 94B, 94C) provided to protrude from an inner wall surface of the tube and to be inclined with respect to the inner wall surface, wherein each of the plurality of protrusions are provided non-parallel to each other, wherein each of the plurality of protrusions are inclined in a same direction along a circumferential direction of the tube, wherein at least one of the plurality of protrusions is provided in an arc shape gradually separated from the inner wall surface (12A, 22A, 32A, 42A, 52A, 62A, 72A, 82A) from a base end portion (14A2 to 14C2, 24A2, 64A2) to a leading end portion (14A1 to 14C1, 24B1, 24B1, 64A1).
A DC/DC conversion system configured for producing an output voltage in response to an input voltage and having a transformer with a primary winding responsive to the input voltage and a secondary winding for producing the output voltage, comprising: a power switch coupled to the primary winding of the transformer and controlled with a converter control signal, a comparator for comparing an input value supplied to the comparator with a variable reference value to control the power switch so as to prevent the magnetic flux density of the transformer from increasing to an undesired level, a comparator input circuit for producing the input value of the comparator as a function of the input voltage and an on-time of the power switch, and a reference circuit for producing the variable reference value by adjusting a fixed reference voltage by a reference adjustment value inversely proportional to the input voltage. a power switch coupled to the primary winding of the transformer and controlled with a converter control signal, a comparator for comparing an input value supplied to the comparator with a variable reference value to control the power switch so as to prevent the magnetic flux density of the transformer from increasing to an undesired level, a comparator input circuit for producing the input value of the comparator as a function of the input voltage and an on-time of the power switch, and a reference circuit for producing the variable reference value by adjusting a fixed reference voltage by a reference adjustment value inversely proportional to the input voltage.
A composition for use as a silage inoculant comprising: Lactobacillus buchneri LN7125, or Lactobacillus brevis LB5328, or Lactobacillus brevis LB7123, or mixtures thereof, and a suitable carrier.
Method for data reception in wireless vehicle-to-surroundings communication in a communication system of a vehicle with a plurality of control devices (2, 3, 4, 18), in which a receiving control device receives data and in which, during the reception, a communication stack is processed, characterized in that the data are received from objects from the surroundings of the vehicle, wherein the data contain a position indication of the object, and wherein a distance between the object and the vehicle is allocated to the received data of an object, wherein the received data are sorted into at least two different classes of relevance, wherein the sorting into the classes of relevance is carried out on the basis of the distance directly in the receiving control device, and the received data are further processed in the communication stack on different control devices (3, 4, 4, 18) depending on the class of relevance.
Building for breeding pigs, said building comprising: - an aisle, - at least one pen arranged along the aisle and separated from the aisle by a separation wall that runs along the aisle, - guiding means provided such as to guide each separation wall from a first position, in which the separation wall does not encroach on the aisle, to a second position, in which the separation wall encroaches on the aisle, and vice versa, and - actuation means provided such as to move each separation wall from the first position to the second position, and vice versa, the building for breeding being characterized in that at least one pen is equipped with a crush for a sow, of which the closest plank to the separation wall is parallel to the separation wall, in that said plank constitutes a door that can move between a closed position and an open position, in that securing means are provided for fastening the door to the separation wall, and in that, upon manoeuvring the separation wall from the first position to the second position, the door moves at the same time from the closed position to the open position. - an aisle, - at least one pen arranged along the aisle and separated from the aisle by a separation wall that runs along the aisle, - guiding means provided such as to guide each separation wall from a first position, in which the separation wall does not encroach on the aisle, to a second position, in which the separation wall encroaches on the aisle, and vice versa, and - actuation means provided such as to move each separation wall from the first position to the second position, and vice versa, the building for breeding being characterized in that at least one pen is equipped with a crush for a sow, of which the closest plank to the separation wall is parallel to the separation wall, in that said plank constitutes a door that can move between a closed position and an open position, in that securing means are provided for fastening the door to the separation wall, and in that, upon manoeuvring the separation wall from the first position to the second position, the door moves at the same time from the closed position to the open position.