mhurhangee/ep-ind-claims huggingface dataset:
A rotary position sensor device comprising: a rotary position sensor including a rotatable magnet creating a magnetic field; and at least one pair of first and second peripheral magnetic field sensors (24a, 24b), the magnetic field sensors of each pair being offset by 90° to each other and producing two signals which correspond to Sine- and Cosine-values of the rotational position (θ) of the magnet; and an electronic circuit configured to produce at least one pair of modulated output signals, characterized in that the electronic circuit is further configured to modulate the two signals of each pair of magnetic field sensors (24a, 24b) with a time-dependent sinusoidal function. a rotary position sensor including a rotatable magnet creating a magnetic field; and at least one pair of first and second peripheral magnetic field sensors (24a, 24b), the magnetic field sensors of each pair being offset by 90° to each other and producing two signals which correspond to Sine- and Cosine-values of the rotational position (θ) of the magnet; and a rotatable magnet creating a magnetic field; and at least one pair of first and second peripheral magnetic field sensors (24a, 24b), the magnetic field sensors of each pair being offset by 90° to each other and producing two signals which correspond to Sine- and Cosine-values of the rotational position (θ) of the magnet; and an electronic circuit configured to produce at least one pair of modulated output signals,
A reload assembly comprising: a shell housing, including an outer housing portion and an inner housing portion, the inner and outer housing portions defining an annular cavity; an auxiliary detent, supported within the shell housing; a staple cartridge secured to the shell housing and supporting a plurality of staples; a staple pusher defining a through bore, the staple pusher supported within the annular cavity and movable from a retracted position to an advanced position to eject the plurality of staples from the staple cartridge; a knife carrier, supported within the through bore of the staple pusher and defining a central bore that receives the inner housing portion of the shell housing, the knife carrier movable about the inner housing portion between a retracted position and an advanced position, the knife carrier defining a pocket that receives the auxiliary detent when the knife carrier is in the retracted position to obstruct movement of the knife carrier from the retracted position towards the advanced position; and a knife supported on the knife carrier. a shell housing, including an outer housing portion and an inner housing portion, the inner and outer housing portions defining an annular cavity; an auxiliary detent, supported within the shell housing; a staple cartridge secured to the shell housing and supporting a plurality of staples; a staple pusher defining a through bore, the staple pusher supported within the annular cavity and movable from a retracted position to an advanced position to eject the plurality of staples from the staple cartridge; a knife carrier, supported within the through bore of the staple pusher and defining a central bore that receives the inner housing portion of the shell housing, the knife carrier movable about the inner housing portion between a retracted position and an advanced position, the knife carrier defining a pocket that receives the auxiliary detent when the knife carrier is in the retracted position to obstruct movement of the knife carrier from the retracted position towards the advanced position; and a knife supported on the knife carrier.
Flap of a device for closing an air intake including a flap body with an outer skin, said outer skin comprising a hollow profile section, and one end piece arranged at each end of the flap body, each end piece being arranged to stopper only one corresponding hollow profile section, characterized in that the flap body has at least one spacer linking two opposing portions (310a, 310b) of the outer skin and integral with the outer skin.
A gas turbine component comprising: a combustor wall; a dilution hole and a cooling hole located within the combustor wall, configured to conduct a flow of cooling fluid; and characterised by further comprising an air jet located within the combustor wall positioned in close proximity to the dilution hole and adjacent the cooling hole, wherein: an air flow from the air jet is configured to deflect secondary flows produced within a combustor; a flow area of the air jet is an order of magnitude greater than the cooling hole; the air jet is located in a proximity sufficient to a leading edge of the dilution hole such that the air flow from the air jet influences a pressure gradient in the vicinity of the exit of the dilution hole; the air jet is located on the upstream side of the dilution hole; a shape of an opening of the air jet mirrors a curvature of an opening of the dilution hole; and the air jet extends through the wall defining the dilution hole to provide an air jet inlet fed by an airflow passing through the dilution holes. a combustor wall; a dilution hole and a cooling hole located within the combustor wall, configured to conduct a flow of cooling fluid; and characterised by further comprising an air jet located within the combustor wall positioned in close proximity to the dilution hole and adjacent the cooling hole, wherein: an air flow from the air jet is configured to deflect secondary flows produced within a combustor; a flow area of the air jet is an order of magnitude greater than the cooling hole; the air jet is located in a proximity sufficient to a leading edge of the dilution hole such that the air flow from the air jet influences a pressure gradient in the vicinity of the exit of the dilution hole; the air jet is located on the upstream side of the dilution hole; a shape of an opening of the air jet mirrors a curvature of an opening of the dilution hole; and the air jet extends through the wall defining the dilution hole to provide an air jet inlet fed by an airflow passing through the dilution holes. an air flow from the air jet is configured to deflect secondary flows produced within a combustor; a flow area of the air jet is an order of magnitude greater than the cooling hole; the air jet is located in a proximity sufficient to a leading edge of the dilution hole such that the air flow from the air jet influences a pressure gradient in the vicinity of the exit of the dilution hole; the air jet is located on the upstream side of the dilution hole; a shape of an opening of the air jet mirrors a curvature of an opening of the dilution hole; and the air jet extends through the wall defining the dilution hole to provide an air jet inlet fed by an airflow passing through the dilution holes.
Use of a curable composition for inkjet wherein the curable composition is applied by an inkjet method and is curable by heat addition, the curable composition comprising: a compound having a cyclic ether group, and a curing agent, wherein the curing agent is a reaction viscous product obtained by reacting dicyandiamide with a functional group-containing compound having a functional group capable of reacting with the dicyandiamide. a compound having a cyclic ether group, and a curing agent, wherein the curing agent is a reaction viscous product obtained by reacting dicyandiamide with a functional group-containing compound having a functional group capable of reacting with the dicyandiamide.
Vehicular fluid injection system comprising a storage tank, an injection line and a heating system, wherein said heating system comprises at least one electrical heating element powered by a power source, characterized in that a voltage converter is inserted between the power source and said at least one heating element, and wherein the voltage converter is a DC-to-DC converter adapted to electronically vary its voltage output, the variation comprising two power regulation stages, the DC-to-DC conversion being the first power regulation stage and a PWM regulation being the second power regulation stage.
A resin composition comprising: a maleimide compound represented by the following Formula; a modified polyphenylene ether compound of which a terminal is modified with a substituent having a carbon-carbon unsaturated double bond; and a crosslinking agent containing an allyl compound, wherein a content of the maleimide compound is 10 to 60 parts by mass with respect to 100 parts by mass of a total mass of the maleimide compound, the modified polyphenylene ether compound, and the crosslinking agent, (in Formula, s represents 1 to 5 and R A, R B, Rc, and R D each independently represent a hydrogen atom, an alkyl group having 1 to 5 carbon atoms, or a phenyl group). a maleimide compound represented by the following Formula; a modified polyphenylene ether compound of which a terminal is modified with a substituent having a carbon-carbon unsaturated double bond; and a crosslinking agent containing an allyl compound, wherein a content of the maleimide compound is 10 to 60 parts by mass with respect to 100 parts by mass of a total mass of the maleimide compound, the modified polyphenylene ether compound, and the crosslinking agent, (in Formula, s represents 1 to 5 and R A, R B, Rc, and R D each independently represent a hydrogen atom, an alkyl group having 1 to 5 carbon atoms, or a phenyl group).
A computer-implemented method for data retrieval in a relational database system based on a business software programming language, the method comprising: determining, at a language layer of a query language architecture, a query syntax of a received query and a definition of a result set for the query; checking, at a compiler layer of the query language architecture, semantics of the received query; reading, from a data dictionary in a persistence layer of a database from which query results are to be returned, a field expression corresponding to the result set, wherein the data dictionary comprises basic definitions of business object nodes and associations between the business object nodes; building, by the compiler layer, the field expression into a query statement; executing, at a runtime layer of the query language architecture, the query including the query statement; and returning results to the query per the result set based on execution of the query on the database, wherein the compiler layer and the runtime layer are implemented in a business software programming language kernel, and wherein the query language architecture is implemented in a business software programming language as part of a business software architecture. determining, at a language layer of a query language architecture, a query syntax of a received query and a definition of a result set for the query; checking, at a compiler layer of the query language architecture, semantics of the received query; reading, from a data dictionary in a persistence layer of a database from which query results are to be returned, a field expression corresponding to the result set, wherein the data dictionary comprises basic definitions of business object nodes and associations between the business object nodes; building, by the compiler layer, the field expression into a query statement; executing, at a runtime layer of the query language architecture, the query including the query statement; and returning results to the query per the result set based on execution of the query on the database, wherein the compiler layer and the runtime layer are implemented in a business software programming language kernel, and wherein the query language architecture is implemented in a business software programming language as part of a business software architecture.
A transport device for piece goods, comprising: a base part which has a base plate and side walls which project up from the base plate and run around at least in certain portions, wherein the side walls delimit a rectangular or square placement surface of the base plate; a number of first compartments for receiving piece goods, wherein each of the first compartments has circumferential walls which each stand by way of a lower edge on the placement surface and which enclose a receiving space; an intermediate base which lies on the first compartments and which has a downwardly protruding edge, which runs around at least in certain portions and engages around the first compartments at upper edges of their circumferential walls, and an upwardly pointing further placement surface; a number of second compartments, wherein each of the second compartments has circumferential walls which each stand by way of a lower edge on the further placement surface and which enclose a receiving space, and wherein the first and second compartments (22, 32) are foldable for the purpose of volume reduction, characterized in that the intermediate base has two articulatedly interconnected base parts (44, 46) which each have a portion (50, 52) of the further placement surface and can be pivoted relative to one another about a pivot axis until the portions (50, 52) of the further placement surface bear against one another, wherein each of the base parts (44, 46) has a rectangular or square outline whose one side (56, 58) is shorter than both sides of the placement surface and whose other side (60, 62) is shorter than at least one of the sides of the placement surface.
An electronic apparatus, comprising: a receptacle having a shell and a plurality of pins for connecting a plug of a transmission cable that in turn comprises a corresponding shell and plurality of pins; a digital signal transmission section configured to transmit a digital signal to an external apparatus through the transmission cable; a control section configured to determine a category of HDMI for which the external apparatus is ready; and characterized by a transmission cable determination section configured to determine whether the transmission cable is ready for the category of the HDMI determined for the external apparatus to be ready by applying a predetermined voltage to a predetermined one of the pins of said receptacle and detecting the current flowing between the predetermined one of the pins of the receptacle and the shell of the receptacle, wherein said digital signal transmission section is configured to transmit a digital signal in the form of differential signals to the external apparatus through the transmission cable such that the number of channels of the differential signals in a first operation mode is a first number and the number of channels of the differential signals in a second operation mode is a second number which is greater than the first number, wherein the second number of differential channels comprises differential channels obtained by converting shield lines to data lines, wherein said transmission cable determination section is configured to determine whether the category of HDMI for which the transmission cable is ready is a first category which is ready for the first operation mode or a second category which is ready for the second operation mode, and wherein the control section is configured to control the operation of said digital signal transmission section based on the result of the determination of said transmission cable determination section.
A retainer clip for a conduit, comprising: a first body portion extending generally along a first side of a plane; a second body portion extending generally along a second side of the plane; a hinge member connecting the first body portion and the second body portion, wherein the hinge member extends along the plane; and a locking section for releasably connecting the first body portion and the second body portion to define a passage for a conduit when the first and second body portions have been rotated about the hinge member into a closed position about the conduit; first and second manually engageable tabs (116, 126) at free ends respectively of the first and second body portions protruding outwardly for manual engagement enabling the first and second body portions to be pried apart to an open position for opening the conduit passage and releasing the conduit; and a flexible member having a first end connected to the first body portion and a second end connected to the second body portion and is disposed in the passage to engage and tightly surround and grip the conduit when the conduit is placed thereinto. a first body portion extending generally along a first side of a plane; a second body portion extending generally along a second side of the plane; a hinge member connecting the first body portion and the second body portion, wherein the hinge member extends along the plane; and a locking section for releasably connecting the first body portion and the second body portion to define a passage for a conduit when the first and second body portions have been rotated about the hinge member into a closed position about the conduit; first and second manually engageable tabs (116, 126) at free ends respectively of the first and second body portions protruding outwardly for manual engagement enabling the first and second body portions to be pried apart to an open position for opening the conduit passage and releasing the conduit; and a flexible member having a first end connected to the first body portion and a second end connected to the second body portion and is disposed in the passage to engage and tightly surround and grip the conduit when the conduit is placed thereinto.
A vehicle that includes: a frame; a front wheel mounting assembly that is coupled to the frame and is configured and arranged to couple a front wheel to the vehicle; a handlebar member that is coupled to the frame and is configured and arranged to provide a point of contact between a hand of a rider and the vehicle; a front ground-tracking system that, in response to a vehicle load, provides a relative translation between the frame and the front wheel mounting assembly along a translation axis and a relative rotation between the handlebar member and the frame about a rotation axis, wherein the translation axis is substantially transverse to the rotation axis, wherein a portion of the front wheel mounting assembly slidably received within a head tube of the frame translates relative to the frame along the translation axis which is the central axis of the head tube. a frame; a front wheel mounting assembly that is coupled to the frame and is configured and arranged to couple a front wheel to the vehicle; a handlebar member that is coupled to the frame and is configured and arranged to provide a point of contact between a hand of a rider and the vehicle; a front ground-tracking system that, in response to a vehicle load, provides a relative translation between the frame and the front wheel mounting assembly along a translation axis and a relative rotation between the handlebar member and the frame about a rotation axis, wherein the translation axis is substantially transverse to the rotation axis, wherein a portion of the front wheel mounting assembly slidably received within a head tube of the frame translates relative to the frame along the translation axis which is the central axis of the head tube.
A sheath for introducer comprising: a tubular member that includes a hollow section through which an elongated body is freely insertable; a hub that includes an inner space which communicates with the hollow section of the tubular member and is provided on a proximal side of the tubular member; a valve body that is placed in the inner space of the hub; an annular member that contacts with the valve body to fix the valve body to the inner space and includes a through-hole (51, 61) into which the elongated body can be inserted, characterized in that the annular member includes a protrusion section that protrudes toward the valve body so that a center of the valve body is pressed to be concave toward the distal side; wherein a proximal side slit is provided on a surface that is formed on the proximal side of the valve body, and the protrusion section contacts with the position further on the central side of the valve body than the end sections of the proximal side slit of the valve body for the pressing; and wherein the inner diameter of a distal side terminal end of the protrusion section of the annular member is smaller than an inner diameter of the hub, and the protrusion section reaches the position further on the central side than the inner diameter of the hub. a tubular member that includes a hollow section through which an elongated body is freely insertable; a hub that includes an inner space which communicates with the hollow section of the tubular member and is provided on a proximal side of the tubular member; a valve body that is placed in the inner space of the hub; an annular member that contacts with the valve body to fix the valve body to the inner space and includes a through-hole (51, 61) into which the elongated body can be inserted, characterized in that
A method for forming and maintaining a coherent gas jet within a vessel comprising injecting gas in a gas stream at a supersonic velocity from an injection device into the vessel wherein vacuum conditions are established, providing fuel and oxidant at a subsonic velocity into the vessel around said gas stream, and combusting said fuel and oxidant to form a flame envelope around said gas stream to form and maintain said gas stream as a coherent gas jet.
An apparatus comprising: a display; and a processor programmed to perform steps comprising: receiving a request for navigation instructions for navigating from a starting point to a destination point; displaying information on the display identifying a first known location for a user of the apparatus, the first known location being retrieved from a database having an indication that the first known location is known to the user, wherein the first known location differs from the starting point or an initial current location of the user; and displaying first navigation instructions on the display for navigating from the first known location to the destination. a display; and a processor programmed to perform steps comprising: receiving a request for navigation instructions for navigating from a starting point to a destination point; displaying information on the display identifying a first known location for a user of the apparatus, the first known location being retrieved from a database having an indication that the first known location is known to the user, wherein the first known location differs from the starting point or an initial current location of the user; and displaying first navigation instructions on the display for navigating from the first known location to the destination. receiving a request for navigation instructions for navigating from a starting point to a destination point; displaying information on the display identifying a first known location for a user of the apparatus, the first known location being retrieved from a database having an indication that the first known location is known to the user, wherein the first known location differs from the starting point or an initial current location of the user; and displaying first navigation instructions on the display for navigating from the first known location to the destination.