mhurhangee/ep-ind-claims huggingface dataset:
A method of making a vitreous bond abrasive article, the method comprising sequential steps: a) a subprocess comprising sequentially: i) depositing a layer of loose powder particles in a confined region, wherein the loose powder particles comprise vitreous bond precursor particles, abrasive particles, and organic compound particles, and wherein the layer of loose powder particles has substantially uniform thickness; and ii) selectively applying heat via conduction or irradiation, to heat treat an area of the layer of loose powder particles; b) independently carrying out step a) a plurality of times to generate an abrasive article preform comprising the bonded powder particles and remaining loose powder particles, wherein in each step a), the loose powder particles are independently selected; c) separating substantially all of the remaining loose powder particles from the abrasive article preform; and d) heating the abrasive article preform to provide the vitreous bond abrasive article comprising the abrasive particles retained in a vitreous bond material wherein step d) further comprises burning out the organic compound material. a) a subprocess comprising sequentially: i) depositing a layer of loose powder particles in a confined region, wherein the loose powder particles comprise vitreous bond precursor particles, abrasive particles, and organic compound particles, and wherein the layer of loose powder particles has substantially uniform thickness; and ii) selectively applying heat via conduction or irradiation, to heat treat an area of the layer of loose powder particles; i) depositing a layer of loose powder particles in a confined region, wherein the loose powder particles comprise vitreous bond precursor particles, abrasive particles, and organic compound particles, and wherein the layer of loose powder particles has substantially uniform thickness; and ii) selectively applying heat via conduction or irradiation, to heat treat an area of the layer of loose powder particles; b) independently carrying out step a) a plurality of times to generate an abrasive article preform comprising the bonded powder particles and remaining loose powder particles, wherein in each step a), the loose powder particles are independently selected; c) separating substantially all of the remaining loose powder particles from the abrasive article preform; and d) heating the abrasive article preform to provide the vitreous bond abrasive article comprising the abrasive particles retained in a vitreous bond material wherein step d) further comprises burning out the organic compound material.
A delivery system for delivering and deploying a main stent-graft prosthesis and for introducing one or more additional delivery systems thereafter, the delivery system comprising: a tubular sheath component defining a lumen from a proximal end to distal end thereof; an elongate tubular member that defines at least a portion of a main guidewire lumen that extends from a proximal end to a distal end of the delivery system; a removable middle member component having a middle member shaft that extends within and divides at least a proximal portion of the sheath component lumen into a plurality of working lumens such that the delivery system includes a multi-lumen delivery catheter configuration for delivering and deploying the main stent-graft prosthesis; and a handle component operably attached to the proximal end of the sheath component for proximally retracting the sheath component relative to the elongate tubular member, wherein the handle component includes a proximal port of the main guidewire lumen and a middle member port at which the middle member component is removably coupled to the delivery system. a tubular sheath component defining a lumen from a proximal end to distal end thereof; an elongate tubular member that defines at least a portion of a main guidewire lumen that extends from a proximal end to a distal end of the delivery system; a removable middle member component having a middle member shaft that extends within and divides at least a proximal portion of the sheath component lumen into a plurality of working lumens such that the delivery system includes a multi-lumen delivery catheter configuration for delivering and deploying the main stent-graft prosthesis; and a handle component operably attached to the proximal end of the sheath component for proximally retracting the sheath component relative to the elongate tubular member, wherein the handle component includes a proximal port of the main guidewire lumen and a middle member port at which the middle member component is removably coupled to the delivery system.
Method for attaching a contact element, which method comprises the following steps: - providing an electrical conductor with a conductive core and an insulating sheath; - detaching a sheath section of the sheath in an end region of the conductor; - displacing the sheath section against the core in such a way that the sheath section protrudes beyond a longitudinal end of the core; - crimping a contact element to the end region of the conductor in such a way that at least a part of the sheath section is enclosed between the contact element and the core. - providing an electrical conductor with a conductive core and an insulating sheath; - detaching a sheath section of the sheath in an end region of the conductor; - displacing the sheath section against the core in such a way that the sheath section protrudes beyond a longitudinal end of the core; - crimping a contact element to the end region of the conductor in such a way that at least a part of the sheath section is enclosed between the contact element and the core.
A kit for administering a drug with a transdermal patch, comprising: (a) a transdermal patch for administration of fentanyl base through the skin, comprising: a backing layer; a reservoir disposed on the backing layer, at least the skin contacting surface of the reservoir being adhesive; the reservoir comprising a polymeric composition containing polyacrylate and an amount of fentanyl base sufficient to induce and maintain analgesia in a human for one day; and (b) an instruction print including instruction on daily replacement of the transdermal patch, wherein the normalized area based on nominal dose strength is 0.2 to 0.4cm 2 per μg/h per day and the fentanyl base loading per surface is 0.14 to 0.3 mg/cm 2. (a) a transdermal patch for administration of fentanyl base through the skin, comprising: a backing layer; a reservoir disposed on the backing layer, at least the skin contacting surface of the reservoir being adhesive; the reservoir comprising a polymeric composition containing polyacrylate and an amount of fentanyl base sufficient to induce and maintain analgesia in a human for one day; and a backing layer; a reservoir disposed on the backing layer, at least the skin contacting surface of the reservoir being adhesive; the reservoir comprising a polymeric composition containing polyacrylate and an amount of fentanyl base sufficient to induce and maintain analgesia in a human for one day; and (b) an instruction print including instruction on daily replacement of the transdermal patch, wherein the normalized area based on nominal dose strength is 0.2 to 0.4cm 2 per μg/h per day and the fentanyl base loading per surface is 0.14 to 0.3 mg/cm 2.
A fabric comprising tapes (3a 1, 3a 2, 3a 3, 3a n; 3b 1, 3b 2, 3b 3, 3b n), wherein a first set (3a 1, 3a 2, 3a 3, 3a n) and a second set (3b 1, 3b 2, 3b 3, 3b n) of tapes are arranged in an intersecting and overlapping fashion, the tapes (3a 1, 3a 2, 3a 3, 3a n; 3b 1, 3b 2, 3b 3, 3b n) of the first set and the second set being structurally linked with each other, wherein all the tapes (3a 1, 3a 2, 3a 3, 3a n; 3b 1, 3b 2, 3b 3, 3b n) are provided in discrete lengths and arranged in oblique orientations in relation to the fabric length direction, wherein the discrete length of each of the tapes is longer than the width of the fabric, said fabric further comprising, at least in a middle part of said fabric, a plurality of connection points or connection areas connecting at least some of the overlapping tapes of the first and second set together, characterised in that the discrete length of each of the tapes is shorter than the length of the fabric
Control device for controlling an elevator system in inspection mode, wherein the elevator system has a safety circuit having at least one safety contact, which is open in inspection mode, and an inspection path for bridging the at least one safety contact, wherein the control device has: a first operating element (PB 1) for operating the elevator system in inspection mode; a second operating element for operating the elevator system in inspection mode; a first switching unit which has a first contact (K1-3) and a first delay means and is designed to close the first contact (K1-3) in response to an actuation of the first operating element and to open the first contact in response to a release of the first operating element (PB 1); wherein the first delay means is designed to delay opening of the first contact (K1-3) by a defined first delay time after the release of the first operating element (PB 1); a second switching unit which is connected in parallel with the first switching unit, has a second contact (K2-3) and a second delay means and is designed to close the second contact (K2-3) in response to an actuation of the second operating element and to open the second contact in response to a release of the second operating element; wherein the second delay means is designed to delay opening of the second contact (K2-3) by a defined second delay time after the release of the second operating element; wherein the first contact (K1-3) and the second contact (K2-3) are connected in series in the inspection path. a first operating element (PB 1) for operating the elevator system in inspection mode; a second operating element for operating the elevator system in inspection mode; a first switching unit which has a first contact (K1-3) and a first delay means and is designed to close the first contact (K1-3) in response to an actuation of the first operating element and to open the first contact in response to a release of the first operating element (PB 1); wherein the first delay means is designed to delay opening of the first contact (K1-3) by a defined first delay time after the release of the first operating element (PB 1); a second switching unit which is connected in parallel with the first switching unit, has a second contact (K2-3) and a second delay means and is designed to close the second contact (K2-3) in response to an actuation of the second operating element and to open the second contact in response to a release of the second operating element; wherein the second delay means is designed to delay opening of the second contact (K2-3) by a defined second delay time after the release of the second operating element; wherein the first contact (K1-3) and the second contact (K2-3) are connected in series in the inspection path.
Device for guiding a belt on a belt-integrated seat, having - at least one upper belt-guiding element above a pivot axis of a multipart backrest of the belt-integrated seat, and - at least one lower belt-guiding element, which is arranged on the backrest, below the pivot axis of the multipart backrest of the belt-integrated seat, characterized in that at least one belt-guiding element (6, 7) has three portions which are arranged offset at a distance from one another along the belt-running direction, wherein the outer portions are arranged on one side of the belt and the portion lying between the outer portions is arranged on the other side of the belt, wherein the belt-guiding elements (6, 7) are designed and arranged with respect to each other in order to prevent jamming of the belt during adjustment of the multipart backrest and to ensure unhindered movability along the belt-running direction by at least one belt-guiding element (6, 7) being formed by deformation of a component of a seat-internal supporting structure of the belt-integrated seat. - at least one upper belt-guiding element above a pivot axis of a multipart backrest of the belt-integrated seat, and - at least one lower belt-guiding element, which is arranged on the backrest, below the pivot axis of the multipart backrest of the belt-integrated seat,
A data_coding identifying method, the method comprises; presetting data_coding information of a first account group; receiving source information sent based on a source account; finding out an area to which the source account belongs from the data_coding information of the first account group according to the source account; finding out communication protocols specified in the area to which the source account belongs from the data_coding information of the first account group according to the area to which the source account belongs; and finding out a source data_coding adopted by the source information in the communication protocols specified in the area to which the source account belongs from the data_coding information of the first account group according to the source account and the source information, wherein the data_coding information of the first account group comprises: an area to which each account in the first account group belongs, communication protocols specified in each area, and description information of each data_coding specified by each communication protocol. presetting data_coding information of a first account group; receiving source information sent based on a source account; finding out an area to which the source account belongs from the data_coding information of the first account group according to the source account; finding out communication protocols specified in the area to which the source account belongs from the data_coding information of the first account group according to the area to which the source account belongs; and finding out a source data_coding adopted by the source information in the communication protocols specified in the area to which the source account belongs from the data_coding information of the first account group according to the source account and the source information, wherein the data_coding information of the first account group comprises: an area to which each account in the first account group belongs, communication protocols specified in each area, and description information of each data_coding specified by each communication protocol.
A heating apparatus for heating materials used in dental treatment, the heating apparatus comprising: - a heating compartment with a heating element for heating air inside the heating compartment, - at least one socket for receiving and holding at least a part of the materials used in dental treatment inside the heating compartment, characterized by - an airflow generator for generating an airflow in the heating compartment. - a heating compartment with a heating element for heating air inside the heating compartment, - at least one socket for receiving and holding at least a part of the materials used in dental treatment inside the heating compartment, characterized by - an airflow generator for generating an airflow in the heating compartment.
A mixing and kneading machine for continual compounding including a screw shaft rotating in a casing and simultaneously moving axially translationally, wherein the screw shaft executes a reciprocation for each revolution and comprises four to six groups of radial screw vanes (4a, 4b, 4c, 4d) evenly distributed circumferentially, each group consisting of a plurality of screw vanes in axial sequence, characterized in that the ratio P1/Da of processing space length to screw shaft outer diameter (Da) ranges from 8 to 12, the screw shaft outer diameter (Da) ranges from 400 to 800 millimetres and the ratio Da/Di of screw shaft outer diameter (Da) to screw shaft inner diameter (Di) ranges from 1.5 to 2.0.
A monitoring device (1, 15) for switching systems comprising a contact assembly having at least a movable contact and a kinematic chain for actuating said movable contact and opening/closing said contact assembly whereby it comprises: - an accelerometer adapted to be positioned on a moving part of said switching system and capable of determining acceleration data of said moving part; - characterized by a control unit comprising: a first processing unit adapted to receive acceleration data measured by said accelerometer and calculate timing instants of predetermined events and motion parameters related to said switching system; - a second processing unit adapted to receive said timing instants of predetermined events and said motion parameters and to use at least one timing instant and at least one motion parameter to calculate electro/mechanical parameters of said switching system indicative of the status of components of said switching system. - an accelerometer adapted to be positioned on a moving part of said switching system and capable of determining acceleration data of said moving part; - characterized by a control unit comprising: a first processing unit adapted to receive acceleration data measured by said accelerometer and calculate timing instants of predetermined events and motion parameters related to said switching system; - a second processing unit adapted to receive said timing instants of predetermined events and said motion parameters and to use at least one timing instant and at least one motion parameter to calculate electro/mechanical parameters of said switching system indicative of the status of components of said switching system. a first processing unit adapted to receive acceleration data measured by said accelerometer and calculate timing instants of predetermined events and motion parameters related to said switching system; - a second processing unit adapted to receive said timing instants of predetermined events and said motion parameters and to use at least one timing instant and at least one motion parameter to calculate electro/mechanical parameters of said switching system indicative of the status of components of said switching system.
An airfoil assembly (70, 170), comprising: an annular shroud having a radially inner face and a radially outer face opposing the radially inner face; a radially inner array of airfoils (74;174) extending from the radially inner face; and a radially outer array of airfoils (84;184) extending from the radially outer face; characterised in that an interface area between the at least one airfoil (78;178) of the radially inner array (74;174) and the annular shroud is circumferentially aligned with an interface area between a corresponding airfoil (88;188) in the radially outer array (84;184) and the annular shroud, and an interface area between at least one airfoil (78;178) of the radially inner array (74;174) and the annular shroud is circumferentially misaligned with interface areas between the airfoils (88;188) of the radially outer array (84;184) and the annular shroud; and in that the radially inner array of airfoils (74;174) are configured to guide flow within a radially inner bypass flow passage of a gas turbine engine, and the radially outer array of airfoils (84;184) are configured to guide flow within a radially outer bypass flow passage of the gas turbine engine. an annular shroud having a radially inner face and a radially outer face opposing the radially inner face; a radially inner array of airfoils (74;174) extending from the radially inner face; and a radially outer array of airfoils (84;184) extending from the radially outer face; characterised in that an interface area between the at least one airfoil (78;178) of the radially inner array (74;174) and the annular shroud is circumferentially aligned with an interface area between a corresponding airfoil (88;188) in the radially outer array (84;184) and the annular shroud, and an interface area between at least one airfoil (78;178) of the radially inner array (74;174) and the annular shroud is circumferentially misaligned with interface areas between the airfoils (88;188) of the radially outer array (84;184) and the annular shroud; and in that the radially inner array of airfoils (74;174) are configured to guide flow within a radially inner bypass flow passage of a gas turbine engine, and the radially outer array of airfoils (84;184) are configured to guide flow within a radially outer bypass flow passage of the gas turbine engine.
A herpes simplex virus viral expression vector comprising at least: a) one promoter active selectively in afferent neurons of the bladder selected from a promoter of the TRP gene family and a promoter of CGRP, b) one transcription cassette comprising a nucleotide sequence operably linked to said promoter, wherein said nucleotide sequence silences or inhibits the transduction of the neurotransmitter signal in postsynaptic cell when transcribed, and c) one long-term expression sequence, wherein said long-term expression sequence is an LTE and a DNA insulator from the HSV-1 genome and wherein said transcription cassette is placed between the LTE and the DNA insulator. a) one promoter active selectively in afferent neurons of the bladder selected from a promoter of the TRP gene family and a promoter of CGRP, b) one transcription cassette comprising a nucleotide sequence operably linked to said promoter, wherein said nucleotide sequence silences or inhibits the transduction of the neurotransmitter signal in postsynaptic cell when transcribed, and c) one long-term expression sequence, wherein said long-term expression sequence is an LTE and a DNA insulator from the HSV-1 genome and wherein said transcription cassette is placed between the LTE and the DNA insulator.
An in vitro kidney production method, said method comprising: (i) tissue-specifically removing the metanephric mesenchyme of a metanephros of a non-human animal; (ii) transplanting a human kidney precursor cell into the metanephros; and (iii) advancing development of the metanephros, wherein the transplanted human kidney precursor cell is differentiated and matured to form a part of the kidney. (i) tissue-specifically removing the metanephric mesenchyme of a metanephros of a non-human animal; (ii) transplanting a human kidney precursor cell into the metanephros; and (iii) advancing development of the metanephros, wherein the transplanted human kidney precursor cell is differentiated and matured to form a part of the kidney.