mhurhangee/ep-ind-claims huggingface dataset:
A rotor blade of an axial-flow fluid machine comprising: a blade portion that extends in a spanwise direction from a hub portion to a tip portion and has a pressure-side surface and a suction-side surface, wherein the blade portion is formed by profiles with airfoil shapes stacked in the spanwise direction, and a stacking line connecting gravity centers of the profiles at each spanwise position is a straight line parallel to a radial direction at a part from the hub portion to an outer end of a secondary flow region in a vicinity of the hub portion, and is a curved line, along which a distance measured from the straight line toward a side of the suction-side surface in a circumferential direction gradually increases toward the tip portion, at a part from the outer end of the secondary flow region to the tip portion, characterized in that a distance from the hub portion to a connecting point between the straight line and the curved line is 20% of an entire height of the blade portion. a blade portion that extends in a spanwise direction from a hub portion to a tip portion and has a pressure-side surface and a suction-side surface, wherein the blade portion is formed by profiles with airfoil shapes stacked in the spanwise direction, and a stacking line connecting gravity centers of the profiles at each spanwise position is a straight line parallel to a radial direction at a part from the hub portion to an outer end of a secondary flow region in a vicinity of the hub portion, and is a curved line, along which a distance measured from the straight line toward a side of the suction-side surface in a circumferential direction gradually increases toward the tip portion, at a part from the outer end of the secondary flow region to the tip portion, characterized in that a distance from the hub portion to a connecting point between the straight line and the curved line is 20% of an entire height of the blade portion.
Support assembly for receiving a vehicle wheel suspension and adapted for mounting to a vehicle structure, the support assembly including: a transverse body (3; 203; 303) having opposite ends; a left hand anchoring strut (9; 209; 309) extending downwardly from the transverse body to define a distal left hand lower end; a right hand anchoring strut (7; 207; 307) extending downwardly from the transverse body to define a distal right hand lower end; and separately attached left hand and right hand external reinforcing elements (31, 33; 231, 233; 333) each extending from adjacent ones of the opposite ends of the transverse body, characterised in that the separately attached left hand and right hand external reinforcing elements are each extending from the adjacent ones of the opposite ends of the transverse body to a respective connecting area adjacent the respective one of the distal left and distal right hand lower ends of the downwardly extending anchoring struts (7, 9; 207, 209; 307, 309), and in that each of the first and second external reinforcing elements includes an upper outwardly extending mounting flange (43, 45; 243, 245; 345) for mounting of a trailer coupling. a transverse body (3; 203; 303) having opposite ends; a left hand anchoring strut (9; 209; 309) extending downwardly from the transverse body to define a distal left hand lower end; a right hand anchoring strut (7; 207; 307) extending downwardly from the transverse body to define a distal right hand lower end; and separately attached left hand and right hand external reinforcing elements (31, 33; 231, 233; 333) each extending from adjacent ones of the opposite ends of the transverse body, characterised in that the separately attached left hand and right hand external reinforcing elements are each extending from the adjacent ones of the opposite ends of the transverse body to a respective connecting area adjacent the respective one of the distal left and distal right hand lower ends of the downwardly extending anchoring struts (7, 9; 207, 209; 307, 309), and in that each of the first and second external reinforcing elements includes an upper outwardly extending mounting flange (43, 45; 243, 245; 345) for mounting of a trailer coupling.
Reinforcing sleeve for use in a cutting ring screw connection for a thin-walled tube comprising a connection body with a chuck cone, a cutting ring and a cap nut, which can be screwed onto the connection body, with a sleeve body, which is provided at the end with an at least partially circumferential collar and which is separated over its entire length by an axial slot, wherein the sleeve body is elastic in such a manner that the edges of the axial slot can be reversibly pressed together and wherein the width b slot of the axial slot is calculated as b slot = D sleeve · 3 % · π, with D sleeve = outer diameter of the reinforcing sleeve.
Internal combustion engine comprising: - a first pair of cylinders housing, according to a reciprocating rectilinear motion, relative first pistons operatively connected to a drive shaft rotating about a motor axis (X-X), - an intake system comprising a filter box which defines an intake volume which houses at least a first front intake pipe and at least a first rear intake pipe respectively placed forward and rearward in relation to an input direction of the intake airflow/mixture, each intake pipe (20,24) channelling the intake air/mixture before entering the respective cylinders, - wherein said first front and rear intake pipes (20,24) are fixed, characterised in that - each first front and rear intake pipe (20,24) is divided into two first trumpets fixed and completely separated and aligned with each other, comprising a first lower trumpet and a first upper trumpet, the first upper trumpet facing an upper injector device, the first lower trumpet facing the corresponding cylinder, - said first upper and lower trumpets (36,32) identifying a gap between a lower input edge of the first lower trumpet and an upper output edge of the first upper trumpet, the gap (G1a) of the first front intake pipe being different from the gap (G1p) of the first rear intake pipe, wherein said front and rear intake pipes (20,24) have different lengths from each other. - a first pair of cylinders housing, according to a reciprocating rectilinear motion, relative first pistons operatively connected to a drive shaft rotating about a motor axis (X-X), - an intake system comprising a filter box which defines an intake volume which houses at least a first front intake pipe and at least a first rear intake pipe respectively placed forward and rearward in relation to an input direction of the intake airflow/mixture, each intake pipe (20,24) channelling the intake air/mixture before entering the respective cylinders, - wherein said first front and rear intake pipes (20,24) are fixed, - each first front and rear intake pipe (20,24) is divided into two first trumpets fixed and completely separated and aligned with each other, comprising a first lower trumpet and a first upper trumpet, the first upper trumpet facing an upper injector device, the first lower trumpet facing the corresponding cylinder, - said first upper and lower trumpets (36,32) identifying a gap between a lower input edge of the first lower trumpet and an upper output edge of the first upper trumpet, the gap (G1a) of the first front intake pipe being different from the gap (G1p) of the first rear intake pipe,
A method for managing a flooded start of a compressor in a vapor compression system, comprising; initiating an initial bump start of the compressor, terminating the initial bump start; determining whether a working fluid in a liquid state remains in a sump of the compressor; and if working fluid in a liquid state remains in the compressor sump, initiating an additional bump start of the compressor.
A therapeutic pharmaceutical composition comprising an effective amount of Annexin A5 for use in treatment of organ dysfunction in sepsis, wherein the organ is selected from the group consisting of heart, lung, liver, kidney and brain, or for use in treatment of sepsis, and wherein the Annexin A5 interacts with TLR4 receptors.
A sheet feeding device comprising: a sheet storing portion including a sheet stacking plate that stores sheets and is capable of moving up and down; a nip portion formed by a feed roller and a separation member pressed to the feed roller; a sheet guide portion disposed upstream of the nip portion so as to guide a leading edge of a sheet sent from the sheet storing portion to the nip portion; a manual bypass sheet feeder disposed above the sheet storing portion for enabling to feed a manual bypass sheet; and a manual bypass guide member extending from the manual bypass sheet feeder so as to guide the manual bypass sheet toward the nip portion, characterized in that a leading edge of the manual bypass guide member is disposed between the sheet guide portion and the nip portion in a sheet transport direction,; in that as to the sheets in the sheet storing portion, only an uppermost sheet is separated by the nip portion from a plurality of sheets stacked in the sheet stacking member and is sent out by the feed roller to a sheet transport path, and in that a sheet on the manual bypass sheet feeder is guided by the manual bypass guide member to the nip portion and is sent out by the feed roller to the sheet transport path. a sheet storing portion including a sheet stacking plate that stores sheets and is capable of moving up and down; a nip portion formed by a feed roller and a separation member pressed to the feed roller; a sheet guide portion disposed upstream of the nip portion so as to guide a leading edge of a sheet sent from the sheet storing portion to the nip portion; a manual bypass sheet feeder disposed above the sheet storing portion for enabling to feed a manual bypass sheet; and a manual bypass guide member extending from the manual bypass sheet feeder so as to guide the manual bypass sheet toward the nip portion, characterized in that a leading edge of the manual bypass guide member is disposed between the sheet guide portion and the nip portion in a sheet transport direction,; in that as to the sheets in the sheet storing portion, only an uppermost sheet is separated by the nip portion from a plurality of sheets stacked in the sheet stacking member and is sent out by the feed roller to a sheet transport path, and in that a sheet on the manual bypass sheet feeder is guided by the manual bypass guide member to the nip portion and is sent out by the feed roller to the sheet transport path.
Expansion plug with a shaft, which has a neck area and an expansion area, in which the expansion area is arranged axially offset to the neck area, and an expansion channel, which runs through the neck area and the expansion area of the shaft, in which the shaft may be extended radially in the expansion area by inserting an expansion element into the expansion channel to anchor the expansion plug in a hole, in which the expansion channel is formed exclusively by recesses (21, 31, 22, 32) in the expansion area, which go out from the circumference of the shaft and lead into the inside of the shaft, and in which in at least one cross-sectional plane (A-A) of the expansion area the expansion channel is formed by two recesses (21, 31) running at least partly offset to each other in the cross-sectional plane (A-A), which go out from opposing areas of the circumference of the shaft in the cross-sectional plane (A-A), characterised in that a face of at least of one of the two recesses forms at least two contact facets (42, 43) for the expansion element.
Electrical circuit comprising: - a first printed circuit board; - a second printed circuit board; - at least one connection system for the connection of the two boards, comprising: - at least one electrical connection pin for holding the two boards together; - at least one electrical connector for the electrical connection of the two boards and intended to cooperate with said connection pin; in which at least said metal pin of the connection system holds the two boards together and the second board supports at least said connector of the connection system, the connector cooperating with said metal pin so as to electrically connect the two boards; in which the connector comprises a metal body with at least two opposite contact areas that are capable of cooperating electrically with said metal pin; the two contact areas being disposed on elastic means (26, 28), the elastic means being capable of moving radially and/or axially in relation to the axis of the pin when the connector cooperates with said metal pin; and in which the second board comprises a metal substrate on which the printed circuit is applied, said circuit comprising at least one light-emitting diode. - a first printed circuit board; - a second printed circuit board; - at least one connection system for the connection of the two boards, comprising: - at least one electrical connection pin for holding the two boards together; - at least one electrical connector for the electrical connection of the two boards and intended to cooperate with said connection pin; - at least one electrical connection pin for holding the two boards together; - at least one electrical connector for the electrical connection of the two boards and intended to cooperate with said connection pin;
A high-speed downlink packet access transmitter that uses a root spreading code based code assignment to transmit signals (106, 424, 902, 1002) to a receiver (418, 602), the transmitter comprising: one or more processors configured to: determine whether using root codes is possible based on particular capabilities of the receiver (418, 602); checking if all descendants of a root code are assigned to said receiver (418, 602); and replacing multiple codes of higher spreading factor descendants with one or more root codes of lower spreading factor descendants. one or more processors configured to: determine whether using root codes is possible based on particular capabilities of the receiver (418, 602); checking if all descendants of a root code are assigned to said receiver (418, 602); and replacing multiple codes of higher spreading factor descendants with one or more root codes of lower spreading factor descendants. determine whether using root codes is possible based on particular capabilities of the receiver (418, 602); checking if all descendants of a root code are assigned to said receiver (418, 602); and replacing multiple codes of higher spreading factor descendants with one or more root codes of lower spreading factor descendants.
A tool for machining a workpiece, comprising - a cutting insert; and - a tool holder, which has a main body, an upper clamping finger and a lower clamping finger, wherein the main body extends substantially along a longitudinal direction (x) from a holder-side end to a workpiece-side end; wherein at least a part of the lower clamping finger projects over the workpiece-side end of the main body; wherein the upper clamping finger and the lower clamping finger jointly form a receiving fixture for the cutting insert, in which the cutting insert is securable such that the upper clamping finger, via an upper clamping surface disposed thereon, exerts a clamping force on the cutting insert, wherein the projecting part of the lower clamping finger has a substantially crescent-shaped or arc-shaped cross section; characterized in that at least a part of the upper clamping surface, considered along the longitudinal direction (x), is disposed between the workpiece-side end and the holder-side end of the main body, and a resultant force vector of the clamping force acts in a region which, considered along the longitudinal direction (x), is located between the workpiece-side end and the holder-side end of the main body. - a cutting insert; and - a tool holder, which has a main body, an upper clamping finger and a lower clamping finger,
A method of electromagnetic surveying of electrically resistive targets potentially containing hydrocarbon reservoirs, wherein the method comprises the steps of: - determining electrical characteristics of strata to be investigated, using the TM mode of an electromagnetic field; - transmitting intermittent current pulses, characterized by a sharp termination, in a submerged vertically or horizontally oriented cable (7a, 7b) and acquiring a medium response during pauses between successive current pulses by the use of a horizontal or, respectively, vertical receiver cable (10a, 10b); and - measuring the stratum response in the near zone, that is to say, with a horizontal source-receiver offset which satisfies the condition R < tρ a t / μ 0, in which t is the time lapse after the transmitter has been switched off, μ 0 =4π·10 -7 H/m, and ρα(t) is the apparent resistivity of the substratum for the time lapse t. - determining electrical characteristics of strata to be investigated, using the TM mode of an electromagnetic field; - transmitting intermittent current pulses, characterized by a sharp termination, in a submerged vertically or horizontally oriented cable (7a, 7b) and acquiring a medium response during pauses between successive current pulses by the use of a horizontal or, respectively, vertical receiver cable (10a, 10b); and - measuring the stratum response in the near zone, that is to say, with a horizontal source-receiver offset which satisfies the condition R < tρ a t / μ 0, in which t is the time lapse after the transmitter has been switched off, μ 0 =4π·10 -7 H/m, and ρα(t) is the apparent resistivity of the substratum for the time lapse t.
A ring-opened metathesis copolymer comprised of repeating units represented by the following general formula and repeating units represented by the following general formula or formula, wherein the ratio of the number of hydroxyl groups to the number of the total repeating units is in the range of 5% to 100%, and said copolymer has a weight average molecular weight in the range of 1,000 to 500,000 as measured by gel permeation chromatography and expressed in terms of the molecular weight of polystyrene; wherein at least one of R 1 to R 4 is a substituent having a hydroxyl group (-OH), other than a hydroxycarbonyl group, and the remainder of R 1 to R 4 is a hydrogen atom, a hydrocarbon group having 1 to 20 carbon atoms, or a group containing a halogen atom, a silicon atom, an oxygen atom or a nitrogen atom, other than a hydroxyl group and a hydroxycarbonyl group, and m is an integer of 0 to 2; wherein R 5, R 6, R 7 and R 8 each independently represent a hydrogen atom or a hydrocarbon group having 1 to 20 carbon atoms, and one of R 5 and R 6 may form a ring together with one of R 7 and R 8, and n is an integer of 1 or 2; and wherein R 9, R 10, R 11 and R 12 each independently represent a hydrogen atom or a hydrocarbon group having 1 to 20 carbon atoms, provided that one of R 9 and R 10 forms a ring together with one of R 11 and R 12.
A stent loaded catheter assembly comprising: a first catheter lumen; at least a second catheter; and a stent (2, 12, 20, 210) comprising: a main body (4, 14) having a lumen (22, 212) and having a proximal end and a distal end; and at least one side branch body (6, 16) having a lumen (24, 26, 214) and connected to and extending laterally from the main body; wherein at least the main body of the stent is positioned within the first catheter lumen, wherein the distal end of the at least one side branch body is releasably coupled to the second catheter such that upon deployment of the main body from the first catheter lumen the at least one side branch body is adjustably positionable relative to the proximal and distal ends of the main body; characterised in that the second catheter is extendible to stretch and hold the side branch body in a partially deployed state by applying tension at a distal end of the side branch body such that when tension is applied to the distal end of the side branch body, tension is transferred through the side branch body thereby selectively elongating a length of the side branch body while reducing a diameter of the side branch body. a first catheter lumen; at least a second catheter; and a stent (2, 12, 20, 210) comprising: a main body (4, 14) having a lumen (22, 212) and having a proximal end and a distal end; and at least one side branch body (6, 16) having a lumen (24, 26, 214) and connected to and extending laterally from the main body; wherein at least the main body of the stent is positioned within the first catheter lumen, wherein the distal end of the at least one side branch body is releasably coupled to the second catheter such that upon deployment of the main body from the first catheter lumen the at least one side branch body is adjustably positionable relative to the proximal and distal ends of the main body; characterised in that the second catheter is extendible to stretch and hold the side branch body in a partially deployed state by applying tension at a distal end of the side branch body such that when tension is applied to the distal end of the side branch body, tension is transferred through the side branch body thereby selectively elongating a length of the side branch body while reducing a diameter of the side branch body.
A method for displaying an emoji reply, performed by a terminal device on a chat interface corresponding to a group, the method comprising: popping up an emoji box on the chat interface upon detecting a first predetermined operation performed by a first participating user in the conversation on a target chat message on the chat interface, the emoji box including a set of emoji; receiving a first emoji selected by the first participating user from the set of emoji, and sending an emoji reply request to a server, the emoji reply request comprising a user identifier of the first participating user, an emoji identifier of the first emoji, and a message identifier of the target chat message; receiving first instruction information returned by the server in response to the emoji reply request; and displaying first emoji reply information on the target chat message in accordance with the first instruction information, wherein the first emoji reply information includes the first emoji and a first user label corresponding to the first participating user. popping up an emoji box on the chat interface upon detecting a first predetermined operation performed by a first participating user in the conversation on a target chat message on the chat interface, the emoji box including a set of emoji; receiving a first emoji selected by the first participating user from the set of emoji, and sending an emoji reply request to a server, the emoji reply request comprising a user identifier of the first participating user, an emoji identifier of the first emoji, and a message identifier of the target chat message; receiving first instruction information returned by the server in response to the emoji reply request; and displaying first emoji reply information on the target chat message in accordance with the first instruction information, wherein the first emoji reply information includes the first emoji and a first user label corresponding to the first participating user.
Device for braking, as a result of damping, a movement of a furniture part which is movable relative to a furniture carcass, comprising at least two damper parts (2, 3), wherein a first damper part is movable relative to a second damper part, and wherein a damping element with a deforming element is mounted on one of the two damper parts (2, 3), wherein a dilatant viscous fluid is contained in the deforming element, wherein the deforming element comprises an elastically deformable container, in which the viscous fluid is enclosed in a sealed manner, characterised in that an opening is formed on the deforming element which is designed for guiding through one of the two damper parts (2, 3).
An antibody that specifically binds canine CD20, comprising a light chain variable region (LCVR) whose amino acid sequence is that given in SEQ ID NO: 12, and a heavy chain variable region (HCVR) whose amino acid sequence is that given in SEQ ID NO: 3, for use in the treatment of lymphoma in a canine patient.