mhurhangee/ep-ind-claims huggingface dataset:
Bracket element (1; 101; 201; 301; 401; 1001) which is configured to connect a bicycle frame (104; 204; 304; 404) to a rear gearshift mechanism (5; 105) of a derailleur system, comprising: - a first portion which has an opening or cutout (6; 1006) for receiving a portion of a bicycle rear wheel axle, and - a second portion which has a mounting opening to which a basic element of the rear gearshift mechanism (5, 105) can be secured, wherein the bracket element (1; 101; 201; 301; 401; 1001) is formed with at least one region made from plastic and a region made from metal, and the region made from plastic is fixedly connected to the region made from metal, wherein the region made from metal is lug-shaped and extends into the first and the second portion or at least partially forms said portions and at least partially forms the opening or cutout (6; 1006) and at least partially forms the mounting opening, characterized in that the region made from plastic is injection moulded around the region made from metal. - a first portion which has an opening or cutout (6; 1006) for receiving a portion of a bicycle rear wheel axle, and - a second portion which has a mounting opening to which a basic element of the rear gearshift mechanism (5, 105) can be secured, wherein the bracket element (1; 101; 201; 301; 401; 1001) is formed with at least one region made from plastic and a region made from metal, and the region made from plastic is fixedly connected to the region made from metal, wherein the region made from metal is lug-shaped and extends into the first and the second portion or at least partially forms said portions and at least partially forms the opening or cutout (6; 1006) and at least partially forms the mounting opening, characterized in that the region made from plastic is injection moulded around the region made from metal. wherein the bracket element (1; 101; 201; 301; 401; 1001) is formed with at least one region made from plastic and a region made from metal, and the region made from plastic is fixedly connected to the region made from metal, wherein the region made from metal is lug-shaped and extends into the first and the second portion or at least partially forms said portions and at least partially forms the opening or cutout (6; 1006) and at least partially forms the mounting opening, characterized in that the region made from plastic is injection moulded around the region made from metal.
Transmission device able to communicate via a radio link with a gateway equipment forming a node of a telecommunications network and configured so as to communicate with a management server via said gateway equipment and a network server of said network, comprising: - an obtainment module configured so as to obtain first authentication data associated with at least one terminal identifier (IdC), a said terminal identifier identifying a terminal configured so as to connect to an application server via said network server; - an authentication module configured so as to establish a communication session between said transmission device and said terminal using at least one of the first items of authentication data that are obtained; - a sending module configured so as to send establishment data for said session (KSC, AL1, AL2, ADC), said data being intended for said management server; - a reception module configured so as to receive a data message sent by said terminal and intended for said application server and to receive a data message generated by the application server or the network server and intended for the terminal; and - a transfer module configured so as to send said received data message (MD, MD2). - an obtainment module configured so as to obtain first authentication data associated with at least one terminal identifier (IdC), a said terminal identifier identifying a terminal configured so as to connect to an application server via said network server; - an authentication module configured so as to establish a communication session between said transmission device and said terminal using at least one of the first items of authentication data that are obtained; - a sending module configured so as to send establishment data for said session (KSC, AL1, AL2, ADC), said data being intended for said management server; - a reception module configured so as to receive a data message sent by said terminal and intended for said application server and to receive a data message generated by the application server or the network server and intended for the terminal; and - a transfer module configured so as to send said received data message (MD, MD2).
A portable device for inflating an inflatable bag, comprising - at least one inlet, preferably a first and a second inlet, for forming a fluid connection to a gas source, said gas source being attached or attachable to said inlet - an air intake chamber having an opening allowing atmospheric air to be admitted and an outlet intended to be connected to the bag that is to be inflated, wherein said gas source comprises a first and at least a second gas component, different from said first component wherein the first component stored in at least a partially liquid form, preferably, said first component is carbon dioxide, said gas source containing at least more than 10%, preferably more than 30% and most preferably more than 60% of the first component, and wherein the second component is gaseous or supercritical at a temperature of 243K and at a pressure up to 200 bar, preferably, has a critical temperature below 243K. - at least one inlet, preferably a first and a second inlet, for forming a fluid connection to a gas source, said gas source being attached or attachable to said inlet - an air intake chamber having an opening allowing atmospheric air to be admitted and an outlet intended to be connected to the bag that is to be inflated,
Use of a resin composition for manufacturing an organ model, wherein said composition contains, as component, 100 parts by mass of a hydrogenated block copolymer having an MFR, measured at a temperature of 230°C and a load of 2.16 kg, of 1 g/10 min. or less, and as component, 100 parts by mass or more and 1,000 parts by mass or less of an oil.
A mold assembly (200, 300) for making suture packages, characterised by comprising: first and second opposing mold parts (202, 204) together defining a portion of a mold cavity having a molding surface shape that delimits a peripheral suture channel (12, 112) of a suture package (10, 110) surrounding a first or second interior field (14, 114), wherein at least one of said first and second opposing mold parts (202, 204) has an opening (207, 211) communicating with the mold cavity and corresponding with the first or second interior field; a first mold insert removably insertable into said opening, wherein said first mold insert defines a portion of a mold cavity having a molding surface shape that delimits said first interior field (14, 114) of the suture package (10, 110), for completing the mold cavity in a form suitable for molding a first type of suture package when said first insert has been inserted into said opening; and an alternative second mold insert selectably interchangeable with said first mold insert and removably insertable into said opening, wherein said second mold insert defines a portion of a mold cavity having a molding surface shape that delimits said alternative second interior field (14, 114) of the suture package (10, 110), for completing the mold cavity in a form suitable for molding a second type of suture package when said second insert has been inserted into said opening. first and second opposing mold parts (202, 204) together defining a portion of a mold cavity having a molding surface shape that delimits a peripheral suture channel (12, 112) of a suture package (10, 110) surrounding a first or second interior field (14, 114), wherein at least one of said first and second opposing mold parts (202, 204) has an opening (207, 211) communicating with the mold cavity and corresponding with the first or second interior field; a first mold insert removably insertable into said opening, wherein said first mold insert defines a portion of a mold cavity having a molding surface shape that delimits said first interior field (14, 114) of the suture package (10, 110), for completing the mold cavity in a form suitable for molding a first type of suture package when said first insert has been inserted into said opening; and an alternative second mold insert selectably interchangeable with said first mold insert and removably insertable into said opening, wherein said second mold insert defines a portion of a mold cavity having a molding surface shape that delimits said alternative second interior field (14, 114) of the suture package (10, 110), for completing the mold cavity in a form suitable for molding a second type of suture package when said second insert has been inserted into said opening.
Method of electronically tracking of spray coating of a coating fluid on a physical surface by a spray gun arranged to spray the coating fluid in a spray direction, the method comprising, in an electronic computing system (100, 150): receiving, from a distance sensor module comprising at least one distance sensor, the distance sensor module being connected to the spray gun, distance data indicating a physical distance between the spray gun and the surface; obtaining, from an electronic memory (114, 154), three-dimensional coating model data of a spray cone associated with the spray gun; receiving, from a positional sensing system (130, 132) connected to the spray gun, position data providing an indication of the spray gun relative to a first position on the physical surface; calculating, based on the distance data, the position data and the three-dimensional coating model, coating deposition area data of positional spray coating deposition on an area of the physical surface per unit of time; characterised in that the method further comprises: obtaining curing data related to the coating fluid; calculating, based on the coating deposition area data of positional spray coating deposition on the area of the physical surface per unit of time, thickness of a layer of coating fluid on the physical surface; and based on the curing data, determining cured thickness of a cured layer of coating fluid on the physical surface. receiving, from a distance sensor module comprising at least one distance sensor, the distance sensor module being connected to the spray gun, distance data indicating a physical distance between the spray gun and the surface; obtaining, from an electronic memory (114, 154), three-dimensional coating model data of a spray cone associated with the spray gun; receiving, from a positional sensing system (130, 132) connected to the spray gun, position data providing an indication of the spray gun relative to a first position on the physical surface; calculating, based on the distance data, the position data and the three-dimensional coating model, coating deposition area data of positional spray coating deposition on an area of the physical surface per unit of time; characterised in that the method further comprises: obtaining curing data related to the coating fluid; calculating, based on the coating deposition area data of positional spray coating deposition on the area of the physical surface per unit of time, thickness of a layer of coating fluid on the physical surface; and based on the curing data, determining cured thickness of a cured layer of coating fluid on the physical surface. obtaining curing data related to the coating fluid; calculating, based on the coating deposition area data of positional spray coating deposition on the area of the physical surface per unit of time, thickness of a layer of coating fluid on the physical surface; and based on the curing data, determining cured thickness of a cured layer of coating fluid on the physical surface.
A positioning method for determining coordinates of a moving object, to which a plurality of antennas (206, 207) are attached, by performing a positioning calculation based on information included in positioning signals transmitted from a plurality of satellites and received by the plurality of antennas (206, 207), the method comprising: calculating (ST505, ST506) a float solution that is a solution obtained by the positioning calculation by estimating a position of the moving object or a fixed solution that is a solution obtained by increasing an accuracy of the float solution for each antenna (206, 207); wherein the method is characterized by further comprising, in a case where a float solution is calculated for a first antenna of the plurality of antennas (206, 207) and a fixed solution is calculated for a second antenna of the plurality of antennas (206, 207), estimating a position of the first antenna based on the fixed solution of the second antenna, setting a search range including the estimated position of the first antenna and estimating a fixed solution of the first antenna by increasing the accuracy of the float solution of the first antenna in the set search range. calculating (ST505, ST506) a float solution that is a solution obtained by the positioning calculation by estimating a position of the moving object or a fixed solution that is a solution obtained by increasing an accuracy of the float solution for each antenna (206, 207); wherein the method is characterized by further comprising, in a case where a float solution is calculated for a first antenna of the plurality of antennas (206, 207) and a fixed solution is calculated for a second antenna of the plurality of antennas (206, 207), estimating a position of the first antenna based on the fixed solution of the second antenna, setting a search range including the estimated position of the first antenna and estimating a fixed solution of the first antenna by increasing the accuracy of the float solution of the first antenna in the set search range.
A polyimide resin comprising a repeating structural unit represented by the following general formula and a repeating structural unit represented by the following general formula, wherein the content of the repeating structural unit represented by the general formula relative to the total of the repeating structural unit represented by the general formula and the repeating structural unit represented by the general formula is from 35 to 75 mol%: wherein X 1 represents a tetravalent group comprising an alicyclic hydrocarbon structure and having a carbon number of from 4 to 22; X 2 represents a tetravalent group comprising an aromatic ring and having a carbon number of from 6 to 22; R 1 and R 2 each independently represent a divalent organic group, the content of the divalent group represented by the following structural formula relative to the total of R 1 and R 2 is from 80 to less than 100 mol%, and the content of the divalent organic group having a phenolic structure is more than 0 mol% and 20 mol% or less, relative to the total of R 1 and R 2:
An apparatus for manufacturing a display device, the apparatus comprising: a first jig portion (110, 110') including: a first support portion (111, 112); and a first pressing portion arranged at the first support portion (111, 112), wherein the first pressing portion is configured to press a support member; a second jig portion (120, 120') including a linear movement portion arranged to correspond to the first pressing portion, wherein the linear movement portion is configured for linearly moving, and wherein the second jig portion (120, 120') faces the first jig portion (110, 110') and the support member is seated on the second jig portion (120, 120'); and a third jig portion (130, 130') arranged on a side surface of the second jig portion (120, 120') to press a side surface of the support member when the support member is molded, wherein at least one of the first jig portion (110, 110') and the second jig portion (120, 120') is configured for linearly moving, and wherein the linear movement portion is configured for linearly moving together with the first pressing portion (113, 113') when at least one of the first jig portion (110, 110') and the second jig portion (120, 120') linearly moves characterized in that the first jig portion (110, 110') further includes a first protrusion portion (115, 115') arranged at the first pressing portion and protruding toward the second jig portion (120, 120'). a first jig portion (110, 110') including: a first support portion (111, 112); and a first pressing portion arranged at the first support portion (111, 112), a first support portion (111, 112); and a first pressing portion arranged at the first support portion (111, 112), wherein the first pressing portion is configured to press a support member; a second jig portion (120, 120') including a linear movement portion arranged to correspond to the first pressing portion, wherein the linear movement portion is configured for linearly moving, and wherein the second jig portion (120, 120') faces the first jig portion (110, 110') and the support member is seated on the second jig portion (120, 120'); and a third jig portion (130, 130') arranged on a side surface of the second jig portion (120, 120') to press a side surface of the support member when the support member is molded, wherein at least one of the first jig portion (110, 110') and the second jig portion (120, 120') is configured for linearly moving, and wherein the linear movement portion is configured for linearly moving together with the first pressing portion (113, 113') when at least one of the first jig portion (110, 110') and the second jig portion (120, 120') linearly moves characterized in that
An accessory (1, 10) for a bracelet watch assuming the form of a loop for a bracelet of a bracelet watch and comprising a housing configured to receive a wireless communication device assuming the form of a card, the housing comprising a first orifice configured to allow the communication device to be inserted into the accessory, said first orifice assuming the form of a rectangular slit such that the wireless communication device can be housed removably in the accessory, characterized in that the housing comprises a second orifice having a circular or oblong shape on a face opposite to the on e on which the first orifice is located; said second orifice being configured so that a pointy object can be inserted rein, such that, when the wireless communication device is housed in the housing, the removal of the communication device from the housing can be done without damaging the accessory and without modifying the structure of the accessory.
A method for checking a value document having a polymer substrate and at least one see-through window, in which a digital transmission image of the value document is captured, the transmission image comprising pixels, in the image an edge brightness value for the brightness of an edge of the at least one see-through window is ascertained, using the edge brightness value, a threshold value for the recognition of a print removal is ascertained which is smaller than the edge brightness value but greater than the minimal brightness in the image, and pixels are searched which lie in at least one specified portion of the image and outside the at least one see-through window and its edge and have a brightness which lies above the threshold value. a digital transmission image of the value document is captured, the transmission image comprising pixels, in the image an edge brightness value for the brightness of an edge of the at least one see-through window is ascertained, using the edge brightness value, a threshold value for the recognition of a print removal is ascertained which is smaller than the edge brightness value but greater than the minimal brightness in the image, and pixels are searched which lie in at least one specified portion of the image and outside the at least one see-through window and its edge and have a brightness which lies above the threshold value.
A therapeutically effective amount of Compound 44 having the following formula: or a pharmaceutically acceptable salt thereof, for use in combination with a therapeutically effective amount of a standard of care agent in a method of treating cancer in a patient in need thereof, wherein the standard of care agent is a BCR inhibitor selected from MK-2206, idelalisib, trametinib, tamatinib, and ibrutinib.
A mixing device for mixing a content of a container, comprising: a container support for supporting the container; and a moving device connected to the container support to move the container support in order to be able to mix the content of the container in a mixing position; wherein the container support has a positioning device, which is adapted to position the container in a predetermined or predeterminable position on the container support so that a removal side of the container is arranged substantially along a predetermined line of the container support, wherein the container support is supported pivotally about a removal pivot axis relative to the moving device in order to be able to displace the container, which can be positioned thereon, into a removal position, characterized in that the removal pivot axis is arranged at a pivot axis angle of about 0° to 45° to the predetermined line of the container support such that the container positionable thereon is displaceable from the mixing position, by means of a pivoting movement of the container support about the removal pivot axis, into the removal position, in which the removal side is located on the lower side of the container and is inclined toward a removal area of the container. a container support for supporting the container; and a moving device connected to the container support to move the container support in order to be able to mix the content of the container in a mixing position; wherein the container support has a positioning device, which is adapted to position the container in a predetermined or predeterminable position on the container support so that a removal side of the container is arranged substantially along a predetermined line of the container support, wherein the container support is supported pivotally about a removal pivot axis relative to the moving device in order to be able to displace the container, which can be positioned thereon, into a removal position, characterized in that the removal pivot axis is arranged at a pivot axis angle of about 0° to 45° to the predetermined line of the container support such that the container positionable thereon is displaceable from the mixing position, by means of a pivoting movement of the container support about the removal pivot axis, into the removal position, in which the removal side is located on the lower side of the container and is inclined toward a removal area of the container.