mhurhangee/ep-ind-claims huggingface dataset:
An integrated wireless communication and radar system for operating radar and communication mode simultaneously, the system comprising: a transmitter configured to transmit a chirped FSK modulated signal for both communication and radar measurement, wherein communication data, represented by a binary sequence, and a chirp radar signal are combined to form the chirped FSK modulated signal, and the transmitter comprises an encoder for encoding the communication data; a receiver configured to receive a first chirped FSK modulated signal reflected from a reflector and a second chirped FSK modulated signal transmitted from other wireless communication and radar system, wherein the receiver comprises a radar receiver and a communication receiver; and the radar receiver is configured to filter-out the communication signal in the first chirped FSK modulated signal for distance and/or speed measurement; and the communication receiver is configured to demodulate the second chirped FSK modulated signal and obtain the communication data; characterized in that the encoder for encoding the communication data is configured such that a number of data with value "1" is equal to a number of data with value "0" in the encoded communication data. a transmitter configured to transmit a chirped FSK modulated signal for both communication and radar measurement, wherein communication data, represented by a binary sequence, and a chirp radar signal are combined to form the chirped FSK modulated signal, and the transmitter comprises an encoder for encoding the communication data; a receiver configured to receive a first chirped FSK modulated signal reflected from a reflector and a second chirped FSK modulated signal transmitted from other wireless communication and radar system, wherein the receiver comprises a radar receiver and a communication receiver; and the radar receiver is configured to filter-out the communication signal in the first chirped FSK modulated signal for distance and/or speed measurement; and the communication receiver is configured to demodulate the second chirped FSK modulated signal and obtain the communication data; characterized in that the encoder for encoding the communication data is configured such that a number of data with value "1" is equal to a number of data with value "0" in the encoded communication data.
A catheter placement system, comprising: a catheter housing defining a longitudinal axis; an elongate medical device (150, 160, 170) disposed within an interior cavity of the catheter housing; and a needle housing including a needle extending distally therefrom, the needle housing releasably coupled to a distal end of the catheter housing and including a needle retraction mechanism configured to split the needle along a longitudinal axis, retract the needle into the needle housing and roll the needle up on itself. a catheter housing defining a longitudinal axis; an elongate medical device (150, 160, 170) disposed within an interior cavity of the catheter housing; and a needle housing including a needle extending distally therefrom, the needle housing releasably coupled to a distal end of the catheter housing and including a needle retraction mechanism configured to split the needle along a longitudinal axis, retract the needle into the needle housing and roll the needle up on itself.
Support device including a support having a body, a work surface arranged on a surface of the support, a field concentration element mounted inside a housing of the support, and a field generator, the field concentration element including a base portion and a flux concentration portion arranged in proximity to the work surface, the base portion including an axial base surface having a mean width or diameter D2 at the periphery thereof which is greater than a diameter D1 of the flux concentration portion on an axial end surface, the base portion being connected to the flux concentration portion by a curved surface.
A fiber-reinforced resin intermediate material formed by attaching a resin powder to an outer surface part of a reinforcing fiber substrate, which is formed of reinforcing fibers subjected to opening, and heating the resin to a temperature equal to or higher than the melting point of the resin to impregnate the reinforcing fiber substrate with the resin, wherein the reinforcing fiber substrate has void space that is opened on an outer surface thereof and the resin is in a semi-impregnated state, wherein the resin in the semi-impregnated state comprises a state in which a portion of the outer surface of the reinforcing fiber substrate is impregnated with a melted resin and another portion of the outer surface of the reinforcing fiber substrate is not impregnated with the melted resin, wherein the reinforcing fiber is a carbon fiber and the basis weight of the reinforcing fiber substrate is 40 to 250 g/m 2, wherein the apparent density p is 1/2 to 1/50 of the target apparent density pc, the target apparent density pc being pc=Vr×ρr+Vf×ρf when the fiber volume content of the reinforcing fiber is Vf and the density thereof is pf and the resin volume content of the resin is Vr and density thereof is pr, wherein the opening of the reinforcing fibers comprises that a bundle of fibers to be impregnated is made flat so as to have a predetermined thickness; wherein the outer surface of the reinforcing fiber substrate includes the surface of the reinforcing fiber substrate and a part under the surface. wherein the reinforcing fiber is a carbon fiber and the basis weight of the reinforcing fiber substrate is 40 to 250 g/m 2, wherein the apparent density p is 1/2 to 1/50 of the target apparent density pc, the target apparent density pc being pc=Vr×ρr+Vf×ρf when the fiber volume content of the reinforcing fiber is Vf and the density thereof is pf and the resin volume content of the resin is Vr and density thereof is pr, wherein the opening of the reinforcing fibers comprises that a bundle of fibers to be impregnated is made flat so as to have a predetermined thickness; wherein the outer surface of the reinforcing fiber substrate includes the surface of the reinforcing fiber substrate and a part under the surface.
A vehicle cooling control method, comprising: detecting a traveling speed of a vehicle, and determining whether the detected traveling speed is greater than a preset traveling speed threshold; controlling a high-voltage battery pack of the vehicle to drive a cooling device of the vehicle to operate for cooling a heat-generating component of the vehicle and controlling the vehicle not to enter a post-cooling operation if the detected traveling speed is greater than or equal to the preset traveling speed threshold; detecting whether the vehicle satisfies a condition for entering the post-cooling operation if the detected traveling speed is less than the traveling speed threshold; and controlling a rechargeable battery of the vehicle to drive the cooling device to operate if the vehicle satisfies the condition for entering the post-cooling operation. detecting a traveling speed of a vehicle, and determining whether the detected traveling speed is greater than a preset traveling speed threshold; controlling a high-voltage battery pack of the vehicle to drive a cooling device of the vehicle to operate for cooling a heat-generating component of the vehicle and controlling the vehicle not to enter a post-cooling operation if the detected traveling speed is greater than or equal to the preset traveling speed threshold; detecting whether the vehicle satisfies a condition for entering the post-cooling operation if the detected traveling speed is less than the traveling speed threshold; and controlling a rechargeable battery of the vehicle to drive the cooling device to operate if the vehicle satisfies the condition for entering the post-cooling operation.
Device for metering at least one chemical contained in a receptacle into a liquid medium, more particularly a chlorine compound into water, comprising a least one container for the liquid medium wherein assigned to the container is a least one holder device for the receptacle of the chemical, the holder device has an element for bringing the receptacle in proximity with the container and closing element that can be brought into functional connection with both the receptacle and the container, wherein the proximity element comprises a tipping holder for the receptacle, characterised in that the closing element is a ball valve with connections for the container and for the receptacle so that the ball valve can be attached to the drum and the container.
A guide wire for medical treatment comprising a straight-line shaped proximal section and a distal section which is continuous with a distal side of the proximal section and has a most distal portion facing to the proximal direction, wherein the distal section includes a curved portion having a curve start point continuous with the distal side of the proximal section and a distal portion continuous with a curve end point of the curved portion, the proximal section and at least a portion on the proximal side of the curved portion including the curve start point are positioned on an identical curve plane, and the distal portion is extended toward a direction backing away from the curve plane, characterized in that the distal portion includes the most distal portion in a section of a direction to which the curved portion is curved with respect to an orthogonal plane on an axis core of the proximal section orthogonal to the curve plane, and the distal portion does not intersect with the orthogonal plane.
A passive, thermally insulated container for transporting products at a temperature above or below ambient temperature, the container comprising: a top wall, vertical walls (3, 4, 5, 6) and a bottom wall, which are thermally insulated and which are bounding a transport chamber for accommodating products to be transported; goods carriers in the transport chamber, wherein the goods carriers are shaped and dimensioned for leaving passages for circulation of air through the goods carriers and/or between the goods carriers and the vertical walls (3, 4, 5, 6); and at least one heat accumulator (29, 30); at least one vane (35, 36) is suspended in said transport chamber in a rotatable manner about at least one pivot axis, respectively, characterized in that said at least one pivot axis is situated at at least one fixed location, respectively, relative to said transport chamber, so that said at least one vane (35, 36) rotatably moves about said at least one pivot axis, respectively, in reaction to agitation of the container, which in turn causes agitation of the air in the transport chamber adjacent to the vane (35, 36). a top wall, vertical walls (3, 4, 5, 6) and a bottom wall, which are thermally insulated and which are bounding a transport chamber for accommodating products to be transported; goods carriers in the transport chamber, wherein the goods carriers are shaped and dimensioned for leaving passages for circulation of air through the goods carriers and/or between the goods carriers and the vertical walls (3, 4, 5, 6); and at least one heat accumulator (29, 30); at least one vane (35, 36) is suspended in said transport chamber in a rotatable manner about at least one pivot axis, respectively, characterized in that said at least one pivot axis is situated at at least one fixed location, respectively, relative to said transport chamber, so that said at least one vane (35, 36) rotatably moves about said at least one pivot axis, respectively, in reaction to agitation of the container, which in turn causes agitation of the air in the transport chamber adjacent to the vane (35, 36).
An impeller comprising a main body with a root, a shroud, a plurality of blades connecting the root and the shroud and a plurality of protection elements, wherein the plurality of protection elements are associated to the blades and constitute at least the front part of the blades, at least partially the front part of the root and at least partially the front part of the shroud, characterised in that each of the protection elements consists of a single body or the protection elements are grouped into a number of single bodies.
A closure device for closing an atrial appendage comprising an elongate body comprising a lumen (1122, 1124) therethrough; a snare loop assembly comprising a snare, a suture loop, and a retention membe releasably coupling the snare and the suture loop, wherein the snare comprises an ablating and/or abrading element comprising an electrically conductive portion configured to act as a first electrode, and an insulated portion, wherein the electrically conductive portion is positioned between a fixed end of the snare and the retention member; and a handle configured to actuate the snare loop assembly. an elongate body comprising a lumen (1122, 1124) therethrough; a snare loop assembly comprising a snare, a suture loop, and a retention membe releasably coupling the snare and the suture loop, wherein the snare comprises an ablating and/or abrading element comprising an electrically conductive portion configured to act as a first electrode, and an insulated portion, wherein the electrically conductive portion is positioned between a fixed end of the snare and the retention member; and a handle configured to actuate the snare loop assembly.
A piece of cabinet furniture, comprising a furniture body having furniture body sides disposed at an angle with respect to each other and several drawers which are arranged on top of each other and inserted into insert openings bounded by furniture body side sections, wherein the furniture body side sections of two adjacent furniture body sides are arranged in an offset manner with respect to each other and are supported on each other at the end side, wherein a guide element is arranged on each furniture body side section on which the associated drawer is displaceably held, characterized in that a trim panel of the respective drawer is dimensioned in its layout in such a way that it covers the associated furniture body side section extending in parallel thereto, and the trim panels protrude beyond a stowage space, which is delimited by the side walls, either to the top or the bottom according to the offset of the furniture body side sections.
An electrical module having at least one electrical press-fit contact, comprising: - a housing; - at least one electrical component mounted within the housing; and - the electrical press-fit contact being located in part within the housing and having a press fit portion and a stop portion at its distal end and a mounting portion at its proximal end, the mounting portion being electrically coupled to the at least one electrical component, the press-fit portion and the stop portion being located exterior of the housing such that the stop portion is able to block movement of the press-fit section into the housing when a press-in force is introduced onto the press-in contact to press the press-fit contact into the housing; wherein the press-fit contact is a press-fit pin and the housing has a surface with a through-hole formed therein, characterized in that the press-fit pin having a longitudinal axis and a cross-sectional shape transverse to the longitudinal axis such that the through-hole only accommodates the press-fit portion and the stop portion of the press-fit pin in a single orientation, wherein the press-fit pin includes a twistable portion located proximal of the stop portion, the twistable portion being twistable so that the press-fit pin is not in the single orientation and cannot be fully accommodated by the through-hole. - a housing; - at least one electrical component mounted within the housing; and - the electrical press-fit contact being located in part within the housing and having a press fit portion and a stop portion at its distal end and a mounting portion at its proximal end, the mounting portion being electrically coupled to the at least one electrical component, the press-fit portion and the stop portion being located exterior of the housing such that the stop portion is able to block movement of the press-fit section into the housing when a press-in force is introduced onto the press-in contact to press the press-fit contact into the housing;
Austenitic high Mn stainless steel characterized by containing, by mass%, C: 0.1% or less, Si: 0.4 to 1.5%, Mn: 8 to 11%, Cr: 15 to 17%, Ni: 5 to 8%, Cu: 1 to 4%, Mo: 0.05 to 0.3%, N: 0.01 to less than 0.15%, optionally Al: 0.2% or less, optionally B: 0.01% or less, optionally Ca: 0.01% or less, optionally Mg: 0.01% or less, and optionally REM: 0.1% or less and having a balance of Fe and unavoidable impurities, having a volume rate of δ-ferrite of 5% or less, and having a long axis of δ-ferrite of 0.05 mm or less.
A light emitting device comprising: a substrate; a light source disposed on or above the substrate and including a light emitting element, the light source having an upper face serving as an emission face; a cover member made of a resin material containing a light reflecting substance, the cover member covering a lateral face of the light source; a light transmissive member disposed on or above the light source; a light reflecting layer disposed on or above the light transmissive member; and a light transmissive cover member covering at least a lateral face of the light transmissive member and including an annular lens part, a thickness of a portion of the light transmissive cover member disposed above a perimeter of the light reflecting layer being larger than a thickness of a portion of the light transmissive cover member disposed above a portion of the light reflecting layer where an optical axis of the light emitting element passes through. a substrate; a light source disposed on or above the substrate and including a light emitting element, the light source having an upper face serving as an emission face; a cover member made of a resin material containing a light reflecting substance, the cover member covering a lateral face of the light source; a light transmissive member disposed on or above the light source; a light reflecting layer disposed on or above the light transmissive member; and a light transmissive cover member covering at least a lateral face of the light transmissive member and including an annular lens part, a thickness of a portion of the light transmissive cover member disposed above a perimeter of the light reflecting layer being larger than a thickness of a portion of the light transmissive cover member disposed above a portion of the light reflecting layer where an optical axis of the light emitting element passes through.
A connection system comprising an umbilical termination head for connection of a multi-bore flying lead or umbilical to a structure, the flying lead or umbilical comprising multiple conduits leading to couplers being arranged on a first connector part, a second connector part comprising a set of couplers corresponding to the couplers of the first connector part, the second connector part being connected to the structure being a part of a fixed structure, the umbilical being provided with an end fitting onto which a bracket arrangement (8, 19, 20) is mounted, the connector part being mounted to a bracket of the bracket arrangement, characterised in that a guide means is arranged on the bracket in such a way that an interacting guide means (11,12) on the structure lead the umbilical termination head onto the structure for connection of the couplers to the corresponding couplers on the structure, the interacting guide means (11; 12) being arranged to bring the first and second connector parts (3; 5) into mating position through a descending motion of the first connector part wherein the first connector part is suspended in free ends of associated conduits, said conduits extending from the end fitting of the multi-bore flying lead or umbilical into the bracket, and wherein an eye on the bracket is arranged insertable from above on a guide post rising from the structure.
An image forming apparatus communicably connected to a first terminal device through a network and configured to receive and execute a print job created by a user on the first terminal device, the image forming apparatus comprising: an external interface configured to connect the image forming apparatus to the network and to receive the print job to which an identification information is associated; a print control unit (401 configured to accept and execute the received print job; a biological information acquiring unit configured to, upon accepting the print job, identify a second terminal device carried by the user based on the identification information, and to acquire a user's biological information that includes a user's heart rate from the identified second terminal device; a biological information determining unit configured to determine a result of whether the acquired user's heart rate is higher or not higher than a threshold value indicating that the user is in a hurry; and a calibration control unit configured to, if the determination result shows that the user's heart rate is higher than the threshold value, disable regularly scheduled calibration at a time of, or during execution of the accepted print job. an external interface configured to connect the image forming apparatus to the network and to receive the print job to which an identification information is associated; a print control unit (401 configured to accept and execute the received print job; a biological information acquiring unit configured to, upon accepting the print job, identify a second terminal device carried by the user based on the identification information, and to acquire a user's biological information that includes a user's heart rate from the identified second terminal device; a biological information determining unit configured to determine a result of whether the acquired user's heart rate is higher or not higher than a threshold value indicating that the user is in a hurry; and a calibration control unit configured to, if the determination result shows that the user's heart rate is higher than the threshold value, disable regularly scheduled calibration at a time of, or during execution of the accepted print job.