mhurhangee/ep-ind-claims huggingface dataset:
A sheet comprising a first layer comprising a polyolefin having a melting temperature, a storage modulus (G' 1) greater than about 100,000 psi (about 690 MPa) at ambient temperature, and a glass transition temperature less than ambient temperature; and a second layer comprising a polymer having a glass transition temperature greater than ambient temperature; wherein the first layer comprises different materials than the second layer; wherein the melting temperature of the polyolefin of the first layer is greater than the glass transition temperature of the polymer of the second layer; wherein the polyolefin of the first layer has a storage modulus (G' 1) at about 35 °C and a storage modulus (G' 1) at a midpoint temperature that is the average of the glass transition temperature of the polymer of the second layer and the melting temperature of the polyolefin of the first layer; wherein the polymer of the second layer has a storage modulus (G' 2) at about 35 °C and a storage modulus (G' 2) at a midpoint temperature that is the average of the glass transition temperature of the polymer of the second layer and the melting temperature of the polyolefin of the first layer; wherein the ratio of G' 1 to G' 2 at about 35 °C is less than 1, and the ratio of G' 1 to G' 2 at the midpoint temperature is greater than one; wherein the sheet has a thickness equal to or greater than 10 mil (254 micron) and the first layer contributes at least about 30 % of the thickness of the sheet and the second layer contributes at least about 25 % but less than about 60 % of the thickness of the sheet.
A distal reamer operable to ream an intramedullary canal of a patient's femur during a surgical procedure to implant a distal stem component of a modular orthopaedic hip prosthesis, comprising an elongated shank having (i) a cutting head formed in a distal end of the elongated shank, the cutting head having a plurality of helical cutting flutes arranged in a geometry that corresponds with the geometry of the distal stem component, and (ii) a drive connector formed in a sidewall positioned at an opposite, proximal end of the elongated shank, the drive connector having a number of locking slots formed in the sidewall characterised in that each locking slot extends from an opening defined in the proximal end of the shank so as to open into a female drive socket positioned posteriorly of the number of locking slots.
An elevator car characterized in comprising: a cage comprising: a cage main body on which a car doorway is disposed; a supporting rail that is disposed above the car doorway so as to be parallel to a direction of frontage of the car doorway, and that is fixed to the cage main body; and a fixing apparatus that is disposed displaceably on the supporting rail, and a door apparatus comprising: a hanger case that is fixed to the supporting rail by the fixing apparatus; and a car door that is supported by the hanger case, and that opens and closes the car doorway. a cage comprising: a cage main body on which a car doorway is disposed; a supporting rail that is disposed above the car doorway so as to be parallel to a direction of frontage of the car doorway, and that is fixed to the cage main body; and a fixing apparatus that is disposed displaceably on the supporting rail, and a door apparatus comprising: a hanger case that is fixed to the supporting rail by the fixing apparatus; and a car door that is supported by the hanger case, and that opens and closes the car doorway. a cage main body on which a car doorway is disposed; a supporting rail that is disposed above the car doorway so as to be parallel to a direction of frontage of the car doorway, and that is fixed to the cage main body; and a fixing apparatus that is disposed displaceably on the supporting rail, and a door apparatus comprising: a hanger case that is fixed to the supporting rail by the fixing apparatus; and a car door that is supported by the hanger case, and that opens and closes the car doorway. a hanger case that is fixed to the supporting rail by the fixing apparatus; and a car door that is supported by the hanger case, and that opens and closes the car doorway.
System for assembling a tower for a wind generator consisting of a plurality of blocks, comprising: - a structure for lifting each one of said blocks, and - a structure for supporting said lifting structure, the lifting structure able to be moveable in relation to the support structure between a block-gripping position and a block-holding position, characterized in that the lifting structure comprising a body for gripping each block, the body for gripping comprising at least one rod retractable able to penetrate into a recess of each block. - a structure for lifting each one of said blocks, and - a structure for supporting said lifting structure, the lifting structure able to be moveable in relation to the support structure between a block-gripping position and a block-holding position,
Device for regulating the chamber pressure of coke oven chambers in a coke oven battery by means of adjustable diaphragms at the standpipe gooseneck outlet openings to the crude gas collecting main, comprising • a coke oven battery consisting of a number of coke oven chambers, wherein • each individual coke oven chamber can be gas-tightly sealed and is equipped with a standpipe that is connected to a negative pressure-operated crude gas collecting main via a gooseneck, and • the standpipe at the top end of the gooseneck is provided with an opening and its closure that can be opened and closed, and • the gooseneck is equipped with a liquid feed inlet via which the standpipe can be supplied at and/or downstream of the gooseneck with a liquid running into the crude gas collecting main, said device being characterised in that • downstream of the gooseneck the standpipe opens into the crude gas collecting main via an outlet section, and between the gooseneck and the outlet section there is a diaphragm with an adjustable cross section which can be used to close off the gas and liquid flow and which is equipped with a device for adjusting the cross section of the opening, with • either the standpipe gooseneck and the crude gas collecting main being connected via a siphon through which the liquid can drain even when the diaphragm is closed, or • the diaphragm having a cross-sectional slit that leaves part of the diaphragm cross section open even on complete closure. • a coke oven battery consisting of a number of coke oven chambers, wherein • each individual coke oven chamber can be gas-tightly sealed and is equipped with a standpipe that is connected to a negative pressure-operated crude gas collecting main via a gooseneck, and • the standpipe at the top end of the gooseneck is provided with an opening and its closure that can be opened and closed, and • the gooseneck is equipped with a liquid feed inlet via which the standpipe can be supplied at and/or downstream of the gooseneck with a liquid running into the crude gas collecting main, • downstream of the gooseneck the standpipe opens into the crude gas collecting main via an outlet section, and between the gooseneck and the outlet section there is a diaphragm with an adjustable cross section which can be used to close off the gas and liquid flow and which is equipped with a device for adjusting the cross section of the opening, with • either the standpipe gooseneck and the crude gas collecting main being connected via a siphon through which the liquid can drain even when the diaphragm is closed, or • the diaphragm having a cross-sectional slit that leaves part of the diaphragm cross section open even on complete closure.
A positive ignition engine comprising an exhaust system comprising a catalysed filter for filtering particulate matter from exhaust gas emitted from a positive ignition internal combustion engine, which filter comprising a ceramic porous wall-flow filter substrate having a total substrate length and having inlet channels defined in part by ceramic inlet wall surfaces and outlet channels defined in part by ceramic outlet wall surfaces, wherein the inlet surfaces are separated from the outlet surfaces by a first porous structure containing pores of a first mean pore size, wherein the porous substrate is coated in part with a catalyst washcoat composition, wherein a second porous structure of a washcoated part of the porous substrate contains pores of a second mean pore size, wherein the second mean pore size is less than the first mean pore size, which catalyst washcoat composition being disposed in a first zone comprising the inlet surfaces of a first substrate length less than the total substrate length, wherein a second zone comprising the outlet surfaces of a second substrate length contains no washcoat and wherein the sum of the substrate length in the first zone and the substrate length in the second zone is >100%, wherein the substrate zone length in the first zone is 25 to 75% of the total substrate length, wherein the first zone is disposed upstream from the second zone, and wherein the second substrate length is 100% of the total substrate length.
Façade or roof lining comprising lining elements (4, 5) which are fixed, by fastening elements, to a subconstruction having slats extending along a lining element row (32, 35, 36), wherein each lining element (4, 5) comprises a head region, along an upper edge extending along the lining element row (32, 35, 36), said head region having a slat support limb extending from an outer face of the façade or roof lining in the direction of the subconstruction for supporting the head region on a upper side of the slat, and comprises a foot region, along a lower edge extending along the lining element row (32, 35, 36), comprising an engagement recess, wherein the fastening element comprises a slat rear engagement portion at a first end, which portion extends along a rear face of the slat opposite the outer face of the façade or roof lining, from an upper slat edge as far as beyond a lower slat edge, and rests on an underside of the slat opposite the upper side, wherein the fastening element comprises a head retaining portion by means of which the slat support limb of a first lining element is held on the upper side of the slat, and wherein the fastening element comprises a foot engagement portion on an end opposite the slat rear engagement portion, which foot engagement portion engages in the foot region of a second lining element and pushes the foot region of the second lining element against the head region of the first lining element, and both (4, 5) together in the direction of the slat, characterised in that the head retaining portion comprises a slat support limb portion resting on an upper side of the slat support limb of the first lining element, and an angled head clamping portion which rests on the outer side in the head region of the first lining element, by means of which clamping portion the head region of the first lining element is pressed onto the slat, and in that the foot engagement portion extends, spaced apart from the outer side of the first lining element, in the head region thereof, directed from the upper side of the slat towards the underside thereof, and engages in a form-fitting manner in the engagement recess in the foot region of the second lining element, such that the foot region of the second lining element can be pushed from the underside of the slat, upwards, with the engagement recess in the foot engagement portion of the fastening element, until the head region of the second lining element can be supported on an upper side of a slat arranged thereabove.
An identification system for a vehicle, comprising: - at least one accessible identification element to be applied, in use, in an easily accessible or visible position on a vehicle, and an accessible data code, reproduced on the accessible identification element, containing at least one unique identification code, - at least one document identification element to be applied, in use, to an identification document of the vehicle, a document data code reproduced on the document identification element containing in an identical way at least the aforesaid unique identification code, - at least one remote node connected to a database that can be interrogated via a data network by a user terminal capable of optically reading both the accessible data code and the document data code in order to decode the unique identification code thereof, the database being configured for storing data relating to a plurality of vehicles, each identified by its own unique identification code. - at least one accessible identification element to be applied, in use, in an easily accessible or visible position on a vehicle, and an accessible data code, reproduced on the accessible identification element, containing at least one unique identification code, - at least one document identification element to be applied, in use, to an identification document of the vehicle, a document data code reproduced on the document identification element containing in an identical way at least the aforesaid unique identification code, - at least one remote node connected to a database that can be interrogated via a data network by a user terminal capable of optically reading both the accessible data code and the document data code in order to decode the unique identification code thereof, the database being configured for storing data relating to a plurality of vehicles, each identified by its own unique identification code.
An apparatus comprising: a light sensitive imaging sensor having a sensor surface to receive a fluid sample such that the fluid sample is in contact with the sensor surface; a body configured to be moved relative to the light sensitive imaging sensor and having a body surface configured to touch a portion of the fluid sample; a carrier having an extension tip, wherein the body is configured to be placed initially on the extension tip such that the body is loosely attached on the carrier to enable the body to settle on top of the extension tip of the carrier, wherein the carrier is configured to move the body toward the fluid sample and toward the sensor surface of the light sensitive imaging sensor to cause the surface of the body to touch the portion of the fluid sample, so that as the surface of the body touches the portion of the fluid sample, the surface of the body is parallel to the surface of the light sensitive imaging sensor and wherein the apparatus is configured such that the surface of the body can freely settle on the fluid sample independently of motion of the carrier, wherein the body can freely settle on top of sensor surface rather than on the carrier, characterised in that the body comprises a plate and a protruding element, wherein the top surface of the protruding element is the surface of the body to touch the portion of the fluid sample. a light sensitive imaging sensor having a sensor surface to receive a fluid sample such that the fluid sample is in contact with the sensor surface; a body configured to be moved relative to the light sensitive imaging sensor and having a body surface configured to touch a portion of the fluid sample; a carrier having an extension tip, wherein the body is configured to be placed initially on the extension tip such that the body is loosely attached on the carrier to enable the body to settle on top of the extension tip of the carrier, wherein the carrier is configured to move the body toward the fluid sample and toward the sensor surface of the light sensitive imaging sensor to cause the surface of the body to touch the portion of the fluid sample, so that as the surface of the body touches the portion of the fluid sample, the surface of the body is parallel to the surface of the light sensitive imaging sensor and wherein the apparatus is configured such that the surface of the body can freely settle on the fluid sample independently of motion of the carrier, wherein the body can freely settle on top of sensor surface rather than on the carrier, characterised in that the body comprises a plate and a protruding element, wherein the top surface of the protruding element is the surface of the body to touch the portion of the fluid sample.
A self-cleaning pump for hygiene-sensitive applications having an inner space which is flowed through by a conveyed medium and which is sealed off with respect to an environment, comprising: a conveying passage through which the conveyed medium can be conveyed and which comprises a suction side and a pressure side, with a pumping device for conveying the conveyed medium being arranged between the suction side and the pressure side; and a drive motor comprising a rotor and a stator, with the rotor being drive-effectively coupled to at least one conveying element of the pumping device and being arranged in the inner space, wherein a removal point is provided at the suction side of the conveying passage and a partial quantity of the conveyed medium for flushing the inner space can be removed through it. a conveying passage through which the conveyed medium can be conveyed and which comprises a suction side and a pressure side, with a pumping device for conveying the conveyed medium being arranged between the suction side and the pressure side; and a drive motor comprising a rotor and a stator, with the rotor being drive-effectively coupled to at least one conveying element of the pumping device and being arranged in the inner space, wherein a removal point is provided at the suction side of the conveying passage and a partial quantity of the conveyed medium for flushing the inner space can be removed through it.
A smart bag for charging a set of electronic devices, the smart bag comprising: a set of power sources integral to the smart bag, the set of power sources comprising multiple power sources; a power management engine for: managing provision of power from each of the set of power sources to a first electronic device; and initiating communication with the first electronic device using one or several communication protocols available to the smart bag to obtain information related to the first electronic device; and a display for displaying information from the set of electronic devices and/or the smart bag where the information shown on the display is based on a set of display factors, where the set of display factors comprise at least one of: presence of a type of electronic device, a number of electronic devices in the smart bag and a battery charge level of the first electronic device, the display showing default information until a display factor of the set of display factors is met, where each display factor is associated with corresponding display information for display when, in use, the corresponding display factor is met, and where the set of display factors are considered in an ordered priority. a set of power sources integral to the smart bag, the set of power sources comprising multiple power sources; a power management engine for: managing provision of power from each of the set of power sources to a first electronic device; and initiating communication with the first electronic device using one or several communication protocols available to the smart bag to obtain information related to the first electronic device; and managing provision of power from each of the set of power sources to a first electronic device; and initiating communication with the first electronic device using one or several communication protocols available to the smart bag to obtain information related to the first electronic device; and a display for displaying information from the set of electronic devices and/or the smart bag where the information shown on the display is based on a set of display factors, where the set of display factors comprise at least one of: presence of a type of electronic device, a number of electronic devices in the smart bag and a battery charge level of the first electronic device, the display showing default information until a display factor of the set of display factors is met, where each display factor is associated with corresponding display information for display when, in use, the corresponding display factor is met, and where the set of display factors are considered in an ordered priority.
A multi-task processing method in a man-machine interaction system, comprising: determining, based on request information entered by a user, a first task; obtaining key information corresponding to the first task and executing the first task, wherein the key information comprises one or more slots and values of the one or more slots; storing task status information of the first task, wherein the task status information comprises the key information; and predicting and initiating, based on the task status information of the first task, a second task; wherein the predicting and initiating, based on the task status information of the first task, a second task comprises: inputting the task status information of the first task into a recurrent neural network, predicting the second task, and initiating the second task; wherein the inputting the task status information of the first task into a recurrent neural network, predicting the second task comprises: inputting the task status information of the first task into the recurrent neural network to obtain an implicit status vector h t through calculation, and predicting, based on the implicit status vector, the second task, wherein h t = f ( W x x t + W z z t + W h h t -1 + b), f is a transformation function, x t is a task status information vector, z t is an environment information vector, h t- 1 is a historical implicit status vector, W x, W z and W h are parameter matrices, and b is a parameter vector. determining, based on request information entered by a user, a first task; obtaining key information corresponding to the first task and executing the first task, wherein the key information comprises one or more slots and values of the one or more slots; storing task status information of the first task, wherein the task status information comprises the key information; and predicting and initiating, based on the task status information of the first task, a second task; wherein the predicting and initiating, based on the task status information of the first task, a second task comprises: inputting the task status information of the first task into a recurrent neural network, predicting the second task, and initiating the second task; wherein the inputting the task status information of the first task into a recurrent neural network, predicting the second task comprises: inputting the task status information of the first task into the recurrent neural network to obtain an implicit status vector h t through calculation, and predicting, based on the implicit status vector, the second task, wherein h t = f ( W x x t + W z z t + W h h t -1 + b), f is a transformation function, x t is a task status information vector, z t is an environment information vector, h t- 1 is a historical implicit status vector, W x, W z and W h are parameter matrices, and b is a parameter vector.