mhurhangee/ep-ind-claims huggingface dataset:
A sheet manufacturing apparatus comprising: a first web forming unit configured to form a first web based on a first material containing fibers; a first processing unit configured to perform processing including at least any one of pressurizing processing and heating processing with respect to the first web formed by the first web forming unit; a second web forming unit configured to form a second web by laminating a second material containing fibers on the first web processed by the first processing unit; and a second processing unit configured to mold a sheet by performing processing including at least any one of pressurizing processing and heating processing with respect to the second web formed by the second web forming unit, wherein the first web forming unit includes a first dispersing unit configured to disperse the first material in the air and a first depositing unit configured to deposit the first material dispersed by the first dispersing unit and form the first web, and wherein the second web forming unit includes a second dispersing unit configured to disperse the second material in the air and a second depositing unit configured to deposit the second material dispersed by the second dispersing unit on the first web processed by the first processing unit and form the second web. a first web forming unit configured to form a first web based on a first material containing fibers; a first processing unit configured to perform processing including at least any one of pressurizing processing and heating processing with respect to the first web formed by the first web forming unit; a second web forming unit configured to form a second web by laminating a second material containing fibers on the first web processed by the first processing unit; and a second processing unit configured to mold a sheet by performing processing including at least any one of pressurizing processing and heating processing with respect to the second web formed by the second web forming unit, wherein the first web forming unit includes a first dispersing unit configured to disperse the first material in the air and a first depositing unit configured to deposit the first material dispersed by the first dispersing unit and form the first web, and wherein the second web forming unit includes a second dispersing unit configured to disperse the second material in the air and a second depositing unit configured to deposit the second material dispersed by the second dispersing unit on the first web processed by the first processing unit and form the second web.
Lift and slide door or lift and slide window comprising at least one lift and slide leaf, wherein the lift and slide leaf comprises a plastics hollow section frame that comprises a reinforcement chamber, wherein the lift and slide leaf comprises at least one carriage received in a recess of the lower frame part of the plastics hollow section frame, characterised in that the recess is exposed by removing the crosspiece, in part, on the lower face of the lower frame part of the plastics hollow section frame and by removing a region at the join between the lower frame part and a lateral frame part of the plastics hollow section frame, and the recess forms an opening in the reinforcement chamber, wherein a carriage housing is arranged in the recess of the lower frame part of the plastics hollow section frame, between the plastics hollow section and the carriage, which housing covers the opening of the reinforcement chamber that is formed by the recess, wherein the carriage housing comprises a longitudinal member of a U-shaped or trough-shaped profile, and a cover on an open end of the longitudinal member.
A gas-shielded arc welding method comprising welding a steel plate having a tensile strength of 780 MPa or more while feeding a consumable electrode via a welding torch and flowing a shielding gas, wherein the tensile strength of the steel plate has been determined by the method specified in JIS Z2241: wherein: the consumable electrode comprises, in mass% based on a total mass of the consumable electrode, C: 0 to 0.20%, Si: 0 to 0.50%, Mn: 0 to 0.50%, Cr: 1.00% to 9.00%, S: 0.0020% to 0.0600%, Ni: 0 to 0.50%, optionally at least one selected from the group consisting of Mo: 0.10% or less, V: 0.10% or less, Nb: 0.10% or less, and Cu: 0.50% or less, and the remainder is Fe and unavoidable impurities; the shielding gas comprises, in vol.%, at least one selected from CO 2 and O 2: 1% to 15% in total, with the remainder being Ar and unavoidable impurities; welding is performed under the condition satisfying the following relationship 1 ≤ − 0.05 × CO 2 + O 2 + Cr ≤ 8.3 wherein [Cr] represents the content in mass % of Cr in the consumable electrode. and [CO 2 +O 2] represents a total content in vol % of at least one selected from CO 2 and O 2 in the shielding gas. the consumable electrode comprises, in mass% based on a total mass of the consumable electrode, C: 0 to 0.20%, Si: 0 to 0.50%, Mn: 0 to 0.50%, Cr: 1.00% to 9.00%, S: 0.0020% to 0.0600%, Ni: 0 to 0.50%, optionally at least one selected from the group consisting of Mo: 0.10% or less, V: 0.10% or less, Nb: 0.10% or less, and Cu: 0.50% or less, Mo: 0.10% or less, V: 0.10% or less, Nb: 0.10% or less, and Cu: 0.50% or less, and the remainder is Fe and unavoidable impurities; the shielding gas comprises, in vol.%, at least one selected from CO 2 and O 2: 1% to 15% in total, with the remainder being Ar and unavoidable impurities; welding is performed under the condition satisfying the following relationship 1 ≤ − 0.05 × CO 2 + O 2 + Cr ≤ 8.3 wherein [Cr] represents the content in mass % of Cr in the consumable electrode. and [CO 2 +O 2] represents a total content in vol % of at least one selected from CO 2 and O 2 in the shielding gas.
A cooling structure intended to cool a rotating electrical machine and a set of at least one electronic power module of an electronic variable speed drive making it possible to vary an electrical power supply signal of the rotating electrical machine so as to vary a rotation speed of a shaft driven by the electrical machine and/or a torque provided by the electrical machine, the electronic power module comprising a power component, the cooling structure comprising a solid metal body having an overall tubular shape delimited radially by a first contact surface intended to completely radially surround the electrical machine and to be in physical contact with the electrical machine and by a second contact surface completely radially surrounding the first contact surface and intended to be in physical contact with a first power module of the set of at least one power module so as to be able to cool the electrical machine and the power module, the cooling structure comprising a plurality of cooling channels (CR10, CR20, CR30, CR40) provided in the solid metal body, at a distance from the first contact surface and from the second contact surface, in which a coolant is intended to circulate, the metal body being made of a single piece, each cooling channel extending at all points at a distance from the first contact surface and at a distance from the second contact surface, characterised in that the cooling channels (CR10, CR20, CR30, CR40) provided in the solid metal body follow a median curve comprised in an angular portion of a surface of a straight circular cylinder of axis x, each cooling channel (CR10, CR20, CR30, CR40) housing partitions, each cooling channel extending from an input (e10, e20, e30, e40) to an output (s10, s20, s30, s40) of the cooling channel, the cooling channels (CR10, CR20, CR30, CR40) having elongate portions along the axis x of the straight circular cylinder and distributed angularly about said axis x, located at the same distance from said axis x and linked by curved parts.
A razor handle, comprising: a head portion including a first end having a mechanism to permit a user to selectively connect a razor cartridge to the handle, and a second end defining a recess; a shock absorbing sleeve secured in the recess; and a grip portion having a proximal end secured in the sleeve, the grip portion consists essentially of glass. a head portion including a first end having a mechanism to permit a user to selectively connect a razor cartridge to the handle, and a second end defining a recess; a shock absorbing sleeve secured in the recess; and a grip portion having a proximal end secured in the sleeve, the grip portion consists essentially of glass.
A computer-implemented method comprising: obtaining, by a mobile device comprising a deployment application, a file comprising a plurality of guidance elements that describe a workflow for configuring an apparatus that is an automation device that is used in an industrial environment, wherein the guidance elements are elements that comprise instructions that can be translated into computer instructions by the deployment application, and wherein the plurality of guidance elements are combined to create the workflow; connecting to the apparatus and determining, by the deployment application, a type of the apparatus and based on the type of the apparatus, determine a communication protocol to use for a connection between the deployment application and the automation device; translating, by the deployment application, the workflow to be compatible with the apparatus by accessing, by the deployment application, information regarding how various parameters map to the plurality of guidance elements, wherein the various parameters are comprised in settings of the apparatus, that is the automation device, and wherein translation of the workflow comprises translating the guidance elements guidance elements into computer instructions; and causing the apparatus to be configured by executing the computer instructions. obtaining, by a mobile device comprising a deployment application, a file comprising a plurality of guidance elements that describe a workflow for configuring an apparatus that is an automation device that is used in an industrial environment, wherein the guidance elements are elements that comprise instructions that can be translated into computer instructions by the deployment application, and wherein the plurality of guidance elements are combined to create the workflow; connecting to the apparatus and determining, by the deployment application, a type of the apparatus and based on the type of the apparatus, determine a communication protocol to use for a connection between the deployment application and the automation device; translating, by the deployment application, the workflow to be compatible with the apparatus by accessing, by the deployment application, information regarding how various parameters map to the plurality of guidance elements, wherein the various parameters are comprised in settings of the apparatus, that is the automation device, and wherein translation of the workflow comprises translating the guidance elements guidance elements into computer instructions; and causing the apparatus to be configured by executing the computer instructions.
A device for securing/releasing a first member able to support a load, optionally of several tons, with respect to a second member able to support this first member and said load, this second member comprising a support, the securing/releasing device comprising, attached on said support: - first means (4, 16, 21, 26) able to trigger release of said first and second members, - a hook comprising a first fixed part integral with the support and a second part able to support a part of the load and movable with respect to the first part between a first, so-called raised position, where said first and second parts form a hook, and a second position where the first and second parts do not form said hook anymore, the second movable part comprising a first end integral with the first part, for example by a rotation shfaft and supporting at least partially the weight of said load and of the first member when the device is in operation, - means (7, 8, 25, 71, 76) for locking and unlocking the first position of said second movable part of the hook, the first means (4, 16, 21, 26) being able to control the unlocking of the first position of said second movable part of the hook, the device being characterized in that the locking and unlocking means (7, 8, 25, 71, 76) comprise a ball spindle comprising a plunger and a main body provided concentrically directly or indirectly in a bore having an axis OX, made in the support or in a member integral therewith, the first means (4, 16, 21, 26) being connected to the plunger of the spindle and/or able to control the movement thereof, and in that, in operation, when the second movable part of the hook is locked in its first so-called raised position and the hook supports the first member and a load, the second movable part of the hook is in contact with the locking and unlocking means so as to be able to exert, directly or indirectly, on the main body of the ball spindle along the axis OX, a force F1 proportional to the mass of the first member and of the load. - first means (4, 16, 21, 26) able to trigger release of said first and second members, - a hook comprising a first fixed part integral with the support and a second part able to support a part of the load and movable with respect to the first part between a first, so-called raised position, where said first and second parts form a hook, and a second position where the first and second parts do not form said hook anymore, the second movable part comprising a first end integral with the first part, for example by a rotation shfaft and supporting at least partially the weight of said load and of the first member when the device is in operation, - means (7, 8, 25, 71, 76) for locking and unlocking the first position of said second movable part of the hook, the first means (4, 16, 21, 26) being able to control the unlocking of the first position of said second movable part of the hook,
A resource allocation method, comprising: configuring, by a first device, first configuration information for a second device, wherein the first device is a group management device for managing a group of vehicle-mounted communication devices, wherein the second device is a device outside the group, and wherein the first configuration information is used to indicate a first time-frequency resource allocated by the first device, and the first time-frequency resource is different from a second time-frequency resource that is allocated by the first device to a third device that is inside the group; the first time-frequency resource comprises a third time-frequency resource and a fourth time-frequency resource, the third time-frequency resource is a time-frequency resource used when the first device receives a group joining request message sent by the second device, and the fourth time-frequency resource is a time-frequency resource used when the first device sends a group joining response message to the second device; and the third time-frequency resource is different from the fourth time-frequency resource; and sending, by the first device, control information, wherein the control information comprises the first configuration information. configuring, by a first device, first configuration information for a second device, wherein the first device is a group management device for managing a group of vehicle-mounted communication devices, wherein the second device is a device outside the group, and wherein the first configuration information is used to indicate a first time-frequency resource allocated by the first device, and the first time-frequency resource is different from a second time-frequency resource that is allocated by the first device to a third device that is inside the group; the first time-frequency resource comprises a third time-frequency resource and a fourth time-frequency resource, the third time-frequency resource is a time-frequency resource used when the first device receives a group joining request message sent by the second device, and the fourth time-frequency resource is a time-frequency resource used when the first device sends a group joining response message to the second device; and the third time-frequency resource is different from the fourth time-frequency resource; and sending, by the first device, control information, wherein the control information comprises the first configuration information.
An underwater personal mobility device comprising: a propulsion mechanism; and a main body; characterized in that the device further comprises a superstructure comprising a snorkel, the superstructure being rotatable with respect to the main body such that the device may fold for ease of use. a propulsion mechanism; and a main body;
A sensor having a sensor housing, having a sensor holder to which the sensor housing is fastened, and having an installation body which has a receiver device for the sensor holder at its one end, wherein connector lines for the sensor are guided at the interior in the installation body, wherein the receiver device is configured such that the sensor holder is rotatable with respect to the installation body and is adjustable by a telescopic extension and retraction or the sensor holder is rotatable with respect to the installation body and tiltable with respect to the installation body, wherein the receiver device has clamping elements for the sensor holder, wherein the clamping elements can be clamped tight by means of a cap nut which engages into a thread of the receiver device, characterized in that the cap nut has a first sealing ring at an opening, said first sealing ring contacting the sensor holder, and has a second sealing ring at the oppositely disposed opening, said second sealing ring contacting the installation body, wherein the outer surfaces of the sealing rings (30, 34) are respectively connected without joins to the outer surfaces of the cap nut and an angle (α) greater than 90° is formed between an outer surface of the first sealing ring and an outer surface of the sensor holder or between an outer surface of the second sealing ring and an outer surface of the installation body.
Automatic shoe packaging system, comprising: a. means for determining (610, 710) shoe type information from a shoe or pair of shoes to be packaged; b. means (120,400) for automatically packaging the shoe or pair of shoes in a shoe box; and c. means for dynamically controlling the automatic packaging of the shoe or pair of shoes in the shoe box based at least in part on the determined shoe type information. a. means for determining (610, 710) shoe type information from a shoe or pair of shoes to be packaged; b. means (120,400) for automatically packaging the shoe or pair of shoes in a shoe box; and c. means for dynamically controlling the automatic packaging of the shoe or pair of shoes in the shoe box based at least in part on the determined shoe type information.
A patient interface comprising: a sealing arrangement adapted to provide an effective seal with the patient's nose; and an inlet conduit arrangement extending from the sealing arrangement to the crown of the patient's head and adapted to deliver breathable gas to the sealing arrangement, characterised in that the inlet conduit arrangement extending from the sealing arrangement to the crown of the patient's head at least in part defines a truncated elliptical cone. a sealing arrangement adapted to provide an effective seal with the patient's nose; and an inlet conduit arrangement extending from the sealing arrangement to the crown of the patient's head and adapted to deliver breathable gas to the sealing arrangement, characterised in that the inlet conduit arrangement extending from the sealing arrangement to the crown of the patient's head at least in part defines a truncated elliptical cone.
A fragrance release system comprising a container and a multitude of particles (4i, 4ii) stored in chambers (3i, 3ii) of the container for deodorizing and/or fragrancing open or closed spaces, especially textile washing machines, dryers or machine dishwashers, said particles (4i, 4ii) having a preferably polymeric carrier material and at least one fragrance, and said container having a plurality of orifices (12i, 12ii, 13i, 13ii, 14i, 14ii) through which emission of the fragrances of the particles from the chamber outward is possible, characterized in that the chambers (3i, 3ii) comprise at least a first chamber and a second chamber, wherein the volume of the first chamber is larger than the volume of the second chamber, wherein the volume ratio of the first chamber to the second chamber is between 1,3 and 2,3.
A method for analyzing one or more particles in a flow cytometers comprising: focusing the one or more particles in a fluid stream with an acoustic standing wave to acoustically focus one or more particles in a flow cell, optionally wherein the flow cell has geometry selected from round, oblate circular, and elliptical; transiting the fluid stream within the flow cell with a linear flow velocity ranging between 0 meters/second and 10 meters/second in the forward or reverse direction; impinging upon the one or more acoustically focused particles at an interrogation point a selected electromagnetic radiation from an interrogation source; and detecting an electromagnetic radiation from the one or more acoustically focused particles after impinging the selected electromagnetic radiation upon the one or more acoustically focused particles, wherein the linear flow velocity and direction of the one or more acoustically focused particles is adjusted during the transiting step, and wherein the linear flow velocity of the one or more acoustically focused particles is altered to position the one or more acoustically focused particles at an interrogation point for a user defined period of time without focus being lost. focusing the one or more particles in a fluid stream with an acoustic standing wave to acoustically focus one or more particles in a flow cell, optionally wherein the flow cell has geometry selected from round, oblate circular, and elliptical; transiting the fluid stream within the flow cell with a linear flow velocity ranging between 0 meters/second and 10 meters/second in the forward or reverse direction; impinging upon the one or more acoustically focused particles at an interrogation point a selected electromagnetic radiation from an interrogation source; and detecting an electromagnetic radiation from the one or more acoustically focused particles after impinging the selected electromagnetic radiation upon the one or more acoustically focused particles, wherein the linear flow velocity and direction of the one or more acoustically focused particles is adjusted during the transiting step, and wherein the linear flow velocity of the one or more acoustically focused particles is altered to position the one or more acoustically focused particles at an interrogation point for a user defined period of time without focus being lost.
A paint composition comprising a stable aqueous dispersion of acrylic based polymer particles functionalized with from 0.2 to 12 weight percent, based on the weight of the polymer particles, of structural units of a monomer with keto functionality; a colorant at a concentration in the range of from 5 to 25 weight percent, based on the weight of the paint composition; from 0.5 to 5 weight percent of a Zn ++ compound, based on the weight of the paint composition; and from 0.5 to 10 weight percent of a dihydrazide or a polyamine, based on the weight of the paint composition; and extenders of less than 10 PVC (pigment volume concentration); wherein the polymer particles are two-phase polymer particles with a soft phase having a T g (calculated by the Fox equation) of not more than 0 °C, and a hard phase having a T g of not less than 30 °C; wherein the ratio of the soft phase to the hard phase is in the range of from 90:10 to 60:40; with the proviso that the polymer particles have an overall T g of less than 15 °C.