mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a drive device of a window positioning device for positioning a window pane of a vehicle, wherein the window pane is designed to cover a window opening and can be displaced by means of the window positioning device in a closing direction and in an opening direction, and wherein the drive device is operated by means of a control device, with the consecutive steps carried out by the control device: a) operating the drive device in the opening direction starting from a starting position of the drive device, in which the window pane is in a closed end position and the window positioning device is in a first biasing state for biasing the window pane; b) operating the drive device in the closing direction, wherein the operating of the drive device is carried out depending on a drive parameter, wherein the operating in step a) is carried out by a first amount of the drive parameter and the drive device is thereby brought into a first relief position, wherein the operating in step b) is carried out by a second amount of the drive parameter and the drive device is thereby brought into a second relief position, in which the window positioning device is in a second biasing state, wherein the second amount is smaller than the first amount and the window opening in the second relief position is completely covered, and wherein in the second biasing state the window positioning device is subjected to a smaller biasing than in the first biasing state characterised in that the operating of the drive device occurs in opening direction in reaction to a locking of the vehicle in particular effected by a vehicle user, or a switching-off of the motor of the vehicle. a) operating the drive device in the opening direction starting from a starting position of the drive device, in which the window pane is in a closed end position and the window positioning device is in a first biasing state for biasing the window pane; b) operating the drive device in the closing direction, wherein the operating of the drive device is carried out depending on a drive parameter,
A saddled vehicle comprising a front cowl covering a head pipe from the front and a horn at least a part of which is covered by the front cowl when viewed from the front of the vehicle, an opening for the horn being formed in the front cowl, wherein the horn is attached to a stay provided on the head pipe; wherein the front cowl is configured by combining upper and lower twoof divided cowls (30, 40); wherein an ABS modulator is attached to the stay such that it lies below the horn as well as protrudes further forward than the horn, and the stay is provided with an attachment portion for a garnish supporting a lower portion of the lower cowl and with attachment portions for lighting systems mounted on right and left sides of the front cowl and of the horn, characterized in that the opening for the horn is formed with a gap provided at a combined portion where the divided cowls (30, 40) are combined together, and the horn is mounted ahead of rear ends of the lighting systems. wherein the front cowl is configured by combining upper and lower twoof divided cowls (30, 40); wherein an ABS modulator is attached to the stay such that it lies below the horn as well as protrudes further forward than the horn, and the stay is provided with an attachment portion for a garnish supporting a lower portion of the lower cowl and with attachment portions for lighting systems mounted on right and left sides of the front cowl and of the horn, characterized in that the opening for the horn is formed with a gap provided at a combined portion where the divided cowls (30, 40) are combined together, and the horn is mounted ahead of rear ends of the lighting systems.
An injection molded shaft comprising a first torque applied part formed at one end in an axial direction, a second torque applied part formed at another end in the axial direction, and a shaft body connecting the first torque applied part to the second torque applied part along a direction of a shaft core wherein the shaft body includes a first connecting part formed integrally with the first torque applied part, a second connecting part formed integrally with the second torque applied part, a core part extending from the first connecting part to the second connecting part along the shaft core, a plurality of first framework parts formed at regular intervals along the direction of the shaft core in the core part between the first connecting part and the second connecting part, each of the first framework parts having a discoid cross section orthogonal to the axial direction, characterized in that the core part has a crisscross cross section orthogonal to the axial direction, and the shaft body includes a second framework part disposed in a portion partitioned by the first connecting part, the first framework part adjacent to the first connecting part, and the core part, the second framework part extending across the first connecting part, the first framework part, and the core part like a diagonal brace, a third framework part disposed in a portion partitioned by a pair of the first framework parts adjacent to each other and the core part, the third framework part extending across the pair of first framework parts and the core part like a diagonal brace, and a fourth framework part disposed in a portion partitioned by the second connecting part, the first framework part adjacent to the second connecting part, and the core part, the fourth framework part extending across the second connecting part, the first framework part, and the core part like a diagonal brace.
An arrangement for securing an end cap onto a rail of a covering for an architectural opening, said arrangement comprising: an elongated rail extending in a longitudinal direction, and having an elongated base wall and elongated legs projecting away from said base wall, said rail defining an end; an end cap, having a slightly arcuate shape when at rest, said end cap including first and second opposed edges (46,46*) and a central portion between said first and second edges, with said first and second edges located closer to said rail than said central portion when at rest; and a first securement leg which projects inwardly from said end cap and contacts a surface of said rail that is fixed relative to said rail to secure said end cap to said rail in a flattened condition, with said first and second edges of said end cap abutting said end of said rail and with the arcuate shape of said end cap flattened out. an elongated rail extending in a longitudinal direction, and having an elongated base wall and elongated legs projecting away from said base wall, said rail defining an end; an end cap, having a slightly arcuate shape when at rest, said end cap including first and second opposed edges (46,46*) and a central portion between said first and second edges, with said first and second edges located closer to said rail than said central portion when at rest; and a first securement leg which projects inwardly from said end cap and contacts a surface of said rail that is fixed relative to said rail to secure said end cap to said rail in a flattened condition, with said first and second edges of said end cap abutting said end of said rail and with the arcuate shape of said end cap flattened out.
Method for the pumping of sludge that is susceptible to producing an explosive atmosphere and/or producing volatile organic compounds by vacuum suction, wherein, in an alternating fashion: - the product is sucked into an initial transit tank under vacuum and, simultaneously, a secondary transit tank is emptied by flushing under pressure of the previously suctioned product, the previously suctioned product being flushed into a reception tank, - then, said product is sucked into said secondary transit tank under vacuum and, simultaneously, said initial transit tank is emptied by flushing under pressure of the previously suctioned product, the previously suctioned product being flushed into the reception tank. - the product is sucked into an initial transit tank under vacuum and, simultaneously, a secondary transit tank is emptied by flushing under pressure of the previously suctioned product, the previously suctioned product being flushed into a reception tank, - then, said product is sucked into said secondary transit tank under vacuum and, simultaneously, said initial transit tank is emptied by flushing under pressure of the previously suctioned product, the previously suctioned product being flushed into the reception tank.
A method of rendering a dashed line, the method comprising: pixel shading, with a graphics processing unit, segments that precede a current segment of a plurality of ordered segments of a dashed line, each segment having a length; determining, with the graphics processing unit, a texture offset for the current segment of the dashed line, wherein the texture offset for the current segment is based on an accumulation of the lengths of the segments that precede the current segment in order; applying the texture offset to determine a texture location for the current segment; and pixel shading the current segment wherein texture is applied at the determined location. pixel shading, with a graphics processing unit, segments that precede a current segment of a plurality of ordered segments of a dashed line, each segment having a length; determining, with the graphics processing unit, a texture offset for the current segment of the dashed line, wherein the texture offset for the current segment is based on an accumulation of the lengths of the segments that precede the current segment in order; applying the texture offset to determine a texture location for the current segment; and pixel shading the current segment wherein texture is applied at the determined location.
A manufacturing method of a zeolite structure, comprising: a step of mixing zeolite particles, an inorganic binding material which binds the zeolite particles to one another, and an organic binder to prepare a zeolite raw material; a step of extruding the obtained zeolite raw material to obtain a formed zeolite article; and a step of firing the obtained formed zeolite article to prepare the zeolite structure, wherein the step of preparing the zeolite raw material includes the steps of adding the inorganic binding material including water-soluble basic aluminum chloride having an amount corresponding to 10 to 30 mass% in terms of a solid content to 100 mass% of the zeolite particles so that a ratio of a volume of the inorganic binding material included in the zeolite structure with respect to a volume of the zeolite structure obtained by firing the formed zeolite article is from 10 to 50 vol%. a step of mixing zeolite particles, an inorganic binding material which binds the zeolite particles to one another, and an organic binder to prepare a zeolite raw material; a step of extruding the obtained zeolite raw material to obtain a formed zeolite article; and a step of firing the obtained formed zeolite article to prepare the zeolite structure, wherein the step of preparing the zeolite raw material includes the steps of adding the inorganic binding material including water-soluble basic aluminum chloride having an amount corresponding to 10 to 30 mass% in terms of a solid content to 100 mass% of the zeolite particles so that a ratio of a volume of the inorganic binding material included in the zeolite structure with respect to a volume of the zeolite structure obtained by firing the formed zeolite article is from 10 to 50 vol%.
A rail system for a transport crate, the rail system comprising at least one rail element (10, 10') comprising at least one ratchet rail and further comprising at least one retaining element (20, 20'), the at least one retaining element (20, 20') being disposed for displacing along a longitudinal axis of the at least one rail element (10, 10') and of the at least one ratchet rail and comprising at least one reversal lock, the at least one retaining element (20, 20') being implemented for blocking a displacing motion in a reverse direction of the at least one ratchet rail by means of the at least one reversal lock and being implemented for displacing in a free-running direction of the at least one ratchet rail opposite the reverse direction, characterized in that the retaining element is additionally guided by two outer grooves of the rail element, in that one L-shaped tab of the retaining element engages in each of the outer grooves. the at least one retaining element (20, 20') being disposed for displacing along a longitudinal axis of the at least one rail element (10, 10') and of the at least one ratchet rail and comprising at least one reversal lock, the at least one retaining element (20, 20') being implemented for blocking a displacing motion in a reverse direction of the at least one ratchet rail by means of the at least one reversal lock and being implemented for displacing in a free-running direction of the at least one ratchet rail opposite the reverse direction, characterized in that the retaining element is additionally guided by two outer grooves of the rail element, in that one L-shaped tab of the retaining element engages in each of the outer grooves.
A head-holder support for attaching a medical head-holder to a patient table, comprising a rigid base body and a mounting device having two separate brackets extending from the base body, which are adapted to receive correspondingly formed side-rails of the patient table for mounting the base body to the patient table, wherein the base body comprises: - an adjustable and lockable head-holder interface at the base body, which is adapted to adjustably couple the head-holder to the base body by providing at least three degrees of freedom for the spatial relative position between the head-holder and the base body, wherein the at least three degrees of freedom are lockable so as to establish a rigid coupling between the head-holder and the base body; and - at least one robotic arm interface at the base body, which is adapted to provide a rigid coupling between a robotic arm and the base body, characterized in that the base body represents the only structural component between the interfaces (6,7) for attaching the head-holder and the robotic arm, respectively. - an adjustable and lockable head-holder interface at the base body, which is adapted to adjustably couple the head-holder to the base body by providing at least three degrees of freedom for the spatial relative position between the head-holder and the base body, wherein the at least three degrees of freedom are lockable so as to establish a rigid coupling between the head-holder and the base body; and - at least one robotic arm interface at the base body, which is adapted to provide a rigid coupling between a robotic arm and the base body,
An Internet Protocol, IP, address client, comprising: an IP packet obtaining unit, configured to obtain an IP packet containing an unassigned IP address; an IP address probing unit, configured to detect whether the unassigned IP address in the IP packet obtained by the IP packet obtaining unit is occupied, wherein the IP address probing unit comprises a probe message sending module configured to send a probe message containing the unassigned IP address to another node on a network segment where the client is located and a response message probing module configured to probe, according to a response message returned by said another node on the network segment where the client is located, into whether the unassigned IP address is occupied; and a determining unit, configured to determine whether the client is allowed to obtain the unassigned IP address, when the IP address probing unit detects that the unassigned IP address is not occupied, and if the client is allowed to obtain the unassigned IP address, obtain the unassigned IP address, wherein the determining unit comprises: a first module, configured to receive a gratuitous Address Resolution Protocol, ARP, request packet sent by another client; a second module, configured to determine, according to comparison information borne in the gratuitous ARP request packet that is received by the first module and is sent by another client, whether the client is allowed to obtain the unassigned IP address. an IP packet obtaining unit, configured to obtain an IP packet containing an unassigned IP address; an IP address probing unit, configured to detect whether the unassigned IP address in the IP packet obtained by the IP packet obtaining unit is occupied, wherein the IP address probing unit comprises a probe message sending module configured to send a probe message containing the unassigned IP address to another node on a network segment where the client is located and a response message probing module configured to probe, according to a response message returned by said another node on the network segment where the client is located, into whether the unassigned IP address is occupied; and a determining unit, configured to determine whether the client is allowed to obtain the unassigned IP address, when the IP address probing unit detects that the unassigned IP address is not occupied, and if the client is allowed to obtain the unassigned IP address, obtain the unassigned IP address, wherein the determining unit comprises: a first module, configured to receive a gratuitous Address Resolution Protocol, ARP, request packet sent by another client; a second module, configured to determine, according to comparison information borne in the gratuitous ARP request packet that is received by the first module and is sent by another client, whether the client is allowed to obtain the unassigned IP address.
A resident remotely operated vehicle (RROV) system, comprising: a. a remotely operated vehicle configured to be disposed and remain resident subsea for an extended time, the ROV comprising an ROV electrical power connector port and an ROV controller; b. an electrical power supply dedicated to the ROV, the electrical power supply comprising: i. a housing configured for use subsea; ii. a power source having electrical capacity sufficient to power the ROV for a predetermined time; iii. an electrical power supply outlet operatively connected to the power source and configured to be selectively operably engagable with the ROV electrical power connector port; c. a resident tether management system (RTMS) configured to be disposed subsea for an extended time, the RTMS comprising: i. an RTMS power supply; ii. a hub signal connector; and iii. an RTMS power supply power outlet configured to be selectively operatively connected to the electrical power supply outlet; d. a subsea docking hub, comprising: i. a structure signal connector port; and ii. an RTMS signal connector port; and e. a hub umbilical operatively in communication the RTMS signal connector port and the hub signal connector port a. a remotely operated vehicle configured to be disposed and remain resident subsea for an extended time, the ROV comprising an ROV electrical power connector port and an ROV controller; b. an electrical power supply dedicated to the ROV, the electrical power supply comprising: i. a housing configured for use subsea; ii. a power source having electrical capacity sufficient to power the ROV for a predetermined time; iii. an electrical power supply outlet operatively connected to the power source and configured to be selectively operably engagable with the ROV electrical power connector port; i. a housing configured for use subsea; ii. a power source having electrical capacity sufficient to power the ROV for a predetermined time; iii. an electrical power supply outlet operatively connected to the power source and configured to be selectively operably engagable with the ROV electrical power connector port; c. a resident tether management system (RTMS) configured to be disposed subsea for an extended time, the RTMS comprising: i. an RTMS power supply; ii. a hub signal connector; and iii. an RTMS power supply power outlet configured to be selectively operatively connected to the electrical power supply outlet; i. an RTMS power supply; ii. a hub signal connector; and iii. an RTMS power supply power outlet configured to be selectively operatively connected to the electrical power supply outlet; d. a subsea docking hub, comprising: i. a structure signal connector port; and ii. an RTMS signal connector port; and i. a structure signal connector port; and ii. an RTMS signal connector port; and e. a hub umbilical operatively in communication the RTMS signal connector port and the hub signal connector port
A method of identifying a population of antigen-specific regulatory T cells with cytotoxic properties by determining one or more of the following characteristics of said antigen-specific regulatory T cells with cytotoxic properties, when compared to non-cytotoxic T cells: - an increased expression of surface markers including CD103, CTLA-4, Fasl and ICOS upon activation, - a high expression of CD25, expression of CD4, ICOS, CTLA-4, GITR and low or no expression of CD127 (IL7-R), - the expression of transcription factor T-bet and/or egr-2 (Krox-20) but not of the transcription repressor Foxp3, - a high production of IFN-gamma and no or only trace amounts of IL-10, IL-4, IL-5, IL-13 or TGF-beta, - an increased expression of markers including Fasl and granzymes B and C upon activation. wherein said population of antigen-specific regulatory T cells with cytotoxic properties is obtainable by an in vitro method comprising the steps of: 1) providing peripheral blood cells, 2) contacting said peripheral blood cells with an immunogenic peptide derived from an antigenic protein, the immunogenic peptide comprising an MHC class II T cell epitope of said antigenic protein and a -X -C or C-X motif, said motif being either immediately adjacent to said epitope, or separated from said epitope by at most 7 amino acids, with the proviso that the immunogenic peptide is not CHGSEPCIIHRGKPF [SEQ ID. NO: 2]; and 3) expanding said cells in the presence of IL-2. - an increased expression of surface markers including CD103, CTLA-4, Fasl and ICOS upon activation, - a high expression of CD25, expression of CD4, ICOS, CTLA-4, GITR and low or no expression of CD127 (IL7-R), - the expression of transcription factor T-bet and/or egr-2 (Krox-20) but not of the transcription repressor Foxp3, - a high production of IFN-gamma and no or only trace amounts of IL-10, IL-4, IL-5, IL-13 or TGF-beta, - an increased expression of markers including Fasl and granzymes B and C upon activation. 1) providing peripheral blood cells, 2) contacting said peripheral blood cells with an immunogenic peptide derived from an antigenic protein, the immunogenic peptide comprising an MHC class II T cell epitope of said antigenic protein and a -X -C or C-X motif, said motif being either immediately adjacent to said epitope, or separated from said epitope by at most 7 amino acids, with the proviso that the immunogenic peptide is not CHGSEPCIIHRGKPF [SEQ ID. NO: 2]; and 3) expanding said cells in the presence of IL-2.