mhurhangee/ep-ind-claims huggingface dataset:
A molded catalyst for use in the production of methyl methacrylate, which comprises synthetic faujasite-type zeolite and a layered magnesium silicate compound, wherein the sulfur content in the layered magnesium silicate compound is 0.10% by weight or less.
A table column for an operating table, comprising: - a column head support; characterized by - a column head which is accommodated in the column head support and is height-adjustable in relation thereto, - a lift drive for adjusting the height of the column head in relation to the column head support; and - a cylindrical guide which connects the column head to the column head support and serves to vertically guide the column head when adjusting its height, wherein the cylindrical guide has a longitudinal groove and two feather keys which engage therein in order to secure the cylindrical guide against twisting about its vertical axis, and wherein each feather key comprises a main body and an engagement element which protrudes in an engagement direction and engages in the longitudinal groove in the engagement direction, the engagement elements of the two feather keys are arranged offset to each other transversely to the longitudinal axis of the longitudinal groove, so that a preload is generated in the cylindrical guide transversely to the longitudinal axis of the longitudinal groove. - a column head support; characterized by - a column head which is accommodated in the column head support and is height-adjustable in relation thereto, - a lift drive for adjusting the height of the column head in relation to the column head support; and - a cylindrical guide which connects the column head to the column head support and serves to vertically guide the column head when adjusting its height, wherein the cylindrical guide has a longitudinal groove and two feather keys which engage therein in order to secure the cylindrical guide against twisting about its vertical axis, and wherein each feather key comprises a main body and an engagement element which protrudes in an engagement direction and engages in the longitudinal groove in the engagement direction, the engagement elements of the two feather keys are arranged offset to each other transversely to the longitudinal axis of the longitudinal groove, so that a preload is generated in the cylindrical guide transversely to the longitudinal axis of the longitudinal groove.
Fluid passage with a heating resistor type flow measuring device attached thereon, wherein the fluid passage comprises an attaching portion on a body forming said fluid passage, the heating resistor type flow measuring device comprising: a housing having a support part which is provided between a frame body and a connector and is a fixed portion to the attaching portion of the body forming a fluid passage, a flow rate detection element held by the housing on the side of the frame body thereof; and an electronic circuit held by the housing and electrically connected to the flow rate detection element and the connector; wherein a high rigidity member higher in rigidity than the material of a main structural member of the housing is integrally molded with the support part; and the housing is fixed to the attaching portion of the body forming the fluid passage through the high rigidity member with screws screwed in tapped holes, characterized in that the housing is positioned in the fluid passage by means of at least one projection provided on a part of the mounting face of the attaching portion and a part receiving the projection on the support part, and in that the tapped holes are positioned asymmetrically to the center of the connector to prevent a mis-installation. a housing having a support part which is provided between a frame body and a connector and is a fixed portion to the attaching portion of the body forming a fluid passage, a flow rate detection element held by the housing on the side of the frame body thereof; and a high rigidity member higher in rigidity than the material of a main structural member of the housing is integrally molded with the support part; and the housing is fixed to the attaching portion of the body forming the fluid passage through the high rigidity member with screws screwed in tapped holes, characterized in that the housing is positioned in the fluid passage by means of at least one projection provided on a part of the mounting face of the attaching portion and a part receiving the projection on the support part, and in that the tapped holes are positioned asymmetrically to the center of the connector to prevent a mis-installation.
Deflection roller for guiding and/or deflecting a rubber tire component, wherein the deflection roller comprises a shaft that defines an axis of rotation of the deflection roller and a plurality of bristles distributed circumferentially around the shaft and extending radially outwards and orthogonally or substantially orthogonally with respect to the axis of rotation to form a circumferential brush surface that is concentric to the axis of rotation, wherein the deflection roller further comprises a first boundary element and a second boundary element extending adjacent to the plurality of bristles in an axial direction parallel to the axis of rotation and protruding radially outside the circumferential brush surface at a first end and a second end of the circumferential brush surface, respectively, for binding the circumferential brush surface in the axial direction.
An apparatus comprising at least one processor and at least one memory including computer program code for one or more programs, the at least one memory and the computer program code configured to, with the at least one processor, cause the apparatus at least to receive, over a secondary communication channel between the apparatus and a mobile device, control information related to a tethering connection provided over a primary communication channel (131 a) between the apparatus and the mobile device, wherein said control information comprises one or more requests related to transfer of data over said tethering connection, and initiate establishment, activation or reactivation of said primary communication channel (131 a) in response to receiving, via said secondary communication channel (131 b), a request to access a resource in a remote network over said tethering connection using a mobile access point functionality provided by the apparatus, wherein said resource comprises one of the following: a webpage, a file, a document, characterized in that the apparatus is further caused to initiate downloading said resource to a local proxy in response to receiving said request, thereby downloading at least part of said resource to the local proxy before completion of the establishment, activation or reactivation of the primary communication channel (131 a).
Method for selecting a program function (APFa, APFb) for providing a multiply implemented function (54, 56), particularly in a vehicle, ship or in an aircraft, wherein dependencies are or have been recorded between single performance values (DegO, Deg1) for functional units (16, 20, 22, M, APF) that are used for performing the program function (APFa, APFb) and total performance values (p) that have been stipulated for a multiply implemented function (54, 56), wherein current single performance values of the functional units (16, 20, 22, M, APF) are ascertained, wherein the ascertained single performance values and the recorded dependencies are used to ascertain or to compute a total performance value (y) for the functional units (16, 20, 22, M, APF), and wherein the total performance value (y) or at least one value ascertained or computed therefrom is used for selecting the program function (APFa) or another program function (APFb) for providing the multiply implemented function (54, 56), and wherein the single performance values (DegO, Deg1) and the current single performance values are generic, functionally nonspecific degradation levels.
Method for locating a transmitter, implemented in a processing unit of a processing station of a locating system comprising the following steps: - receiving signals acquired by geographically remote receiving stations (2a, 2b, 2c), said signals being dated by local time bases of each receiving station (2a, 2b, 2c) and corresponding to signals from a transmitter to be located and from at least one known object; - determining, on the basis of the dated signals, the measured TDOAs (TDOA_object ij MES, TDOA_transmitter ij MES) relating to the transmitter to be located and to the object; and/or measured FDOAs (FDOA_object ij MES, FDOA_transmitter ij MES) relating to the transmitter to be located and to the known object; determining, on the basis of known ephemerides relating to the known object and of the geographical positions of the stations; theoretical TDOAs (TDOA_objet_ ij TH) relating to the known object; and/or of theoretical FDOAs (FDOA_objet_ ij TH); - determining, by taking difference of the measured and theoretical TDOAs and/or FDOAs relating to the known object, a residual error affecting the measured TDOAs and/or FDOAs so that each receiving station corrects its local clock or the processing station corrects the timestamps of the portions of the signals coming from each receiving station (2a, 2b, 2c); - determining the location of the transmitter using measured TDOAs and/or FDOAs once the receiving stations have corrected their local time base or the processing station has corrected the timestamps of the portions of the signals coming from each receiving station (2a, 2b, 2c). - receiving signals acquired by geographically remote receiving stations (2a, 2b, 2c), said signals being dated by local time bases of each receiving station (2a, 2b, 2c) and corresponding to signals from a transmitter to be located and from at least one known object; - determining, on the basis of the dated signals, the measured TDOAs (TDOA_object ij MES, TDOA_transmitter ij MES) relating to the transmitter to be located and to the object; and/or measured FDOAs (FDOA_object ij MES, FDOA_transmitter ij MES) relating to the transmitter to be located and to the known object; determining, on the basis of known ephemerides relating to the known object and of the geographical positions of the stations; theoretical TDOAs (TDOA_objet_ ij TH) relating to the known object; and/or of theoretical FDOAs (FDOA_objet_ ij TH); - determining, by taking difference of the measured and theoretical TDOAs and/or FDOAs relating to the known object, a residual error affecting the measured TDOAs and/or FDOAs so that each receiving station corrects its local clock or the processing station corrects the timestamps of the portions of the signals coming from each receiving station (2a, 2b, 2c); - determining the location of the transmitter using measured TDOAs and/or FDOAs once the receiving stations have corrected their local time base or the processing station has corrected the timestamps of the portions of the signals coming from each receiving station (2a, 2b, 2c).
A writing instrument comprising: a front body with an ergonomic grasping segment asymmetrical relative to a first longitudinal plane, and a rear body asymmetrical relative to a second longitudinal plane, and characterized in that the rear body is capable of rotating relative to the front body about a longitudinal axis corresponding to a line of intersection between the first longitudinal plane and the second longitudinal plane, between a position adapted to gripping with a right hand and a position adapted to gripping with a left hand. a front body with an ergonomic grasping segment asymmetrical relative to a first longitudinal plane, and a rear body asymmetrical relative to a second longitudinal plane, and characterized in that the rear body is capable of rotating relative to the front body about a longitudinal axis corresponding to a line of intersection between the first longitudinal plane and the second longitudinal plane, between a position adapted to gripping with a right hand and a position adapted to gripping with a left hand.
N 6 -substituted adenine mesylate represented by the general formula I wherein R is selected from the group comprising C3-C15 cycloalkyl, furfuryl, allyl, 4-hydroxy-3-methylbut-2-en-1-yl, 3-methylbut-2-en-1-yl, 4-hydroxy-3-methylbutyl, 4-hydroxy-1,3-dimethylbut-2-en-1-yl, 4-hydroxy-1,3-dimethylbutyl, benzyl, wherein the cycloalkyl, allyl, benzyl and furfuryl may be unsubstituted or optionally substituted with 1 to 3 substituents selected from the group comprising hydroxy, halogen, methyl, hydroxymethyl and methoxy, and salts, solvates and addition salts therof. wherein R is selected from the group comprising C3-C15 cycloalkyl, furfuryl, allyl, 4-hydroxy-3-methylbut-2-en-1-yl, 3-methylbut-2-en-1-yl, 4-hydroxy-3-methylbutyl, 4-hydroxy-1,3-dimethylbut-2-en-1-yl, 4-hydroxy-1,3-dimethylbutyl, benzyl, wherein the cycloalkyl, allyl, benzyl and furfuryl may be unsubstituted or optionally substituted with 1 to 3 substituents selected from the group comprising hydroxy, halogen, methyl, hydroxymethyl and methoxy, and salts, solvates and addition salts therof.
A tray deck orifice repair device for use in repairing a tray deck in a vessel, comprising: a flat member having a defined thickness, a width, and a void at a center thereof; at least one anti-spin tab extending from an edge or edges of the flat member inwardly towards the void; and attachment means for attaching the flat member to a surface of the tray deck such that the void is aligned with an orifice in the tray deck, wherein the width of the flat member is sufficient to allow the flat member to be attached via the attachment means to the surface of the tray deck. a flat member having a defined thickness, a width, and a void at a center thereof; at least one anti-spin tab extending from an edge or edges of the flat member inwardly towards the void; and attachment means for attaching the flat member to a surface of the tray deck such that the void is aligned with an orifice in the tray deck, wherein the width of the flat member is sufficient to allow the flat member to be attached via the attachment means to the surface of the tray deck.
Continuous automatic punching machine of the type suitable to perform operations of punching, die-cutting, cutting, engraving, holing or the like on leather workpieces or similar sheet materials, comprising: - at least two side uprights (12, 13), - a processing crosspiece mounted on said at least two side uprights (12, 13) in sliding mode, - said processing crosspiece being inferiorly integral with a tool assembly, - drive members of said processing crosspiece to cause its sliding with respect to said side uprights (12, 13) so as to make it perform a reciprocating movement which is a work movement of said tool assembly in a work direction, - a workpiece support assembly positioned below said tool assembly and comprising an abutment plane, - a conveyor assembly comprising a conveyor belt arranged to pass in a unwound configuration above said abutment plane, - a processing section of said continuous automatic punching machine between said tool assembly and said abutment plane, with a leather workpiece or similar sheet material to be processed that is supplied to said processing section lying on said conveyor belt in a feed direction, said continuous automatic punching machine being characterized in that said tool assembly comprises at least a first and a second tool holder head each comprising an elongated tool-carrying bar (152a, 152b) which is elongated in a cross direction and provided with a plurality of tools (153a, 153b) arranged to protrude from said tool-carrying bar (152a, 152b), said first and a second tool holder head being arranged consecutively in a feed direction with the same spatial orientation, each of said first and second tool holder head being provided into said tool assembly for sliding in said cross direction, and by comprising cross direction drive means associated with each of said first and second tool holder heads adapted to drive the slide movement in said cross direction of each of said tool holder head (150a, 150b), independently from one another. - at least two side uprights (12, 13), - a processing crosspiece mounted on said at least two side uprights (12, 13) in sliding mode, - said processing crosspiece being inferiorly integral with a tool assembly, - drive members of said processing crosspiece to cause its sliding with respect to said side uprights (12, 13) so as to make it perform a reciprocating movement which is a work movement of said tool assembly in a work direction, - a workpiece support assembly positioned below said tool assembly and comprising an abutment plane, - a conveyor assembly comprising a conveyor belt arranged to pass in a unwound configuration above said abutment plane, - a processing section of said continuous automatic punching machine between said tool assembly and said abutment plane, with a leather workpiece or similar sheet material to be processed that is supplied to said processing section lying on said conveyor belt in a feed direction,
A method of identifying or characterizing prostate cancer, the method comprising detecting the presence or absence of a genomic rearrangement in a biological sample obtained from a subject, wherein the biological sample comprises prostate cells or nucleic acid or polypeptides isolated from the prostate cells and wherein the genomic rearrangement occurs in chromosome region 3q13 and involves a ZBTB20 gene and an LSAMP gene and wherein detecting the genomic rearrangement identifies prostate cancer in the subject or characterizes the prostate cancer in the subject as being an aggressive form of prostate cancer or as having an increased risk of developing into an aggressive form of prostate cancer.
A surgical screw, comprising: a head portion; a shaft portion that extends between a proximal end and a distal end, said shaft portion including a first thread having a variable pitch, said shaft portion being comprised of multiple segments, wherein each segment has a different pitch and the pitch decreases incrementally from the distal end to the proximal end, the pitch of the first thread is constant within each of the segments, and wherein a proximal portion of said shaft portion located proximate to the head portion tapers distally in a direction from the proximal end to the distal end, and wherein said first thread extends along an entire length from said proximal end to said distal end; and the head portion configured to lock within at least one opening, and wherein the shaft portion is configured to create compression across a fractured bone, wherein the head portion extends from said proximal end of said shaft portion, said head portion including a second thread having a pitch that is equal to a pitch of at least a portion of said variable pitch. a head portion; a shaft portion that extends between a proximal end and a distal end, said shaft portion including a first thread having a variable pitch, said shaft portion being comprised of multiple segments, wherein each segment has a different pitch and the pitch decreases incrementally from the distal end to the proximal end, the pitch of the first thread is constant within each of the segments, and wherein a proximal portion of said shaft portion located proximate to the head portion tapers distally in a direction from the proximal end to the distal end, and wherein said first thread extends along an entire length from said proximal end to said distal end; and the head portion configured to lock within at least one opening, and wherein the shaft portion is configured to create compression across a fractured bone, wherein the head portion extends from said proximal end of said shaft portion, said head portion including a second thread having a pitch that is equal to a pitch of at least a portion of said variable pitch.
Method for controlling a drone along a shaft, the shaft having at least a first shaft wall and a second shaft wall adjoining the first shaft wall, the drone having a sensor system (108; 210, 212; 300, 302, 304) for detecting an environment and/or a state of flight of the drone, an actuator system for controlling the drone, and a control device for controlling the actuator system, the method comprising: receiving sensor data which have been generated by the sensor system (108; 210, 212; 300, 302, 304), in the control device; determining actual distances ( l x, l x 2, l y) of the drone relative to the first shaft wall and to the second shaft wall by processing the sensor data; and generating a control signal for actuating the actuator system such that the drone flies along the shaft, on the basis of a deviation of the actual distances ( l x, l y) from target distances ( l' x, l' y) and a target flight route ( s' z) which the drone is to cover until reaching a target position in the shaft, an actual flight route ( s z) of the drone being determined by processing the sensor data, and the control signal being generated on the basis of a deviation of the actual flight route ( s z) from the target flight route ( s' z), characterized in that door regions in the shaft are recognized by processing the sensor data, and the actual flight route ( s z) is determined on the basis of the door regions recognized by processing the sensor data. receiving sensor data which have been generated by the sensor system (108; 210, 212; 300, 302, 304), in the control device; determining actual distances ( l x, l x 2, l y) of the drone relative to the first shaft wall and to the second shaft wall by processing the sensor data; and generating a control signal for actuating the actuator system such that the drone flies along the shaft, on the basis of a deviation of the actual distances ( l x, l y) from target distances ( l' x, l' y) and a target flight route ( s' z) which the drone is to cover until reaching a target position in the shaft, an actual flight route ( s z) of the drone being determined by processing the sensor data, and the control signal being generated on the basis of a deviation of the actual flight route ( s z) from the target flight route ( s' z), characterized in that door regions in the shaft are recognized by processing the sensor data, and the actual flight route ( s z) is determined on the basis of the door regions recognized by processing the sensor data.