mhurhangee/patent-ind-claim-en huggingface dataset:
A suction particle detection system having a wall or ceiling feedthrough that connects a pipe or hose end of the suction particle detection system to a test environment in a fluid-conducting manner, the wall or ceiling feedthrough having - a line section which has a first line end for the fluid-conducting connection to the pipe or hose end of the suction particle detection system and a second line end arranged opposite to the first line end , wherein the second line end is formed having a suction opening , - a fastening means for fixing the wall or ceiling feedthrough within a through opening of a wall or ceiling-like room structure , wherein the wall-like or ceiling-like room structure has a visible side facing toward a test environment and a rear side facing away from the test environment , and - a flange-like collar section which, starting from the second line end , extends in the radial direction, wherein the fastening means comprises one or more deflectable springs and the wall or ceiling feedthrough is formed as an integral component, at least in one piece with the line section , the collar section , and the suction opening , characterized in that by means of the one or more springs , in an operating position of the wall or ceiling duct connected to a pipe or hose end of the suction particle detection system in a fluid-conducting manner, a spring force (F) oriented orthogonally to the collar section in the direction of the second line end can be exerted on the rear side of the wall-like or ceiling-like room structure . - a line section which has a first line end for the fluid-conducting connection to the pipe or hose end of the suction particle detection system and a second line end arranged opposite to the first line end , wherein the second line end is formed having a suction opening , - a fastening means for fixing the wall or ceiling feedthrough within a through opening of a wall or ceiling-like room structure , wherein the wall-like or ceiling-like room structure has a visible side facing toward a test environment and a rear side facing away from the test environment , and - a flange-like collar section which, starting from the second line end , extends in the radial direction, wherein
A method for enrolling a constrained device into a network, the method comprising: receiving, from an enrollment device, a public key obtained from the constrained device; generating , by an authorization server , a database entry to enroll the constrained device into the network, the constrained device having an exterior surface affixed with the public key having a corresponding private key associated with the constrained device, the database entry linking the constrained device, identifiable by the public key, to an intended role of the constrained device within the network; generating , by the authorization server, a token for the constrained device that is based on certification of the public key and allows the constrained device to authenticate to other devices in the network; and issuing the token to the constrained device for authenticating the constrained device in the network. receiving, from an enrollment device, a public key obtained from the constrained device; generating , by an authorization server , a database entry to enroll the constrained device into the network, the constrained device having an exterior surface affixed with the public key having a corresponding private key associated with the constrained device, the database entry linking the constrained device, identifiable by the public key, to an intended role of the constrained device within the network; generating , by the authorization server, a token for the constrained device that is based on certification of the public key and allows the constrained device to authenticate to other devices in the network; and issuing the token to the constrained device for authenticating the constrained device in the network.
Solid bowl screw centrifuge which is used to clarify a flowable suspension S in a centrifugal field into a solid phase SP and into one or more liquid phases LP and comprises at least: a) a rotor having a bowl mounted to rotate about an axis of rotation and having a screw arranged in the bowl and mounted to rotate about the axis of rotation, b) wherein the screw and the bowl preferably each have a cylindrical section and a conical section, c) wherein a non-rotating feed pipe is provided for feeding the suspension into a distributor which can rotate together with the screw , wherein the distributor serves to accelerate the suspension in the circumferential direction and to guide it into a separation space between the screw , which rotates during operation, and the bowl , which rotates during operation, d) wherein the distributor is inserted into a distributor chamber of the screw and has a channel system for flow division of the suspension to be supplied, e) the distributor is designed in one piece and f) that the channel system of the one-piece distributor has more than two sections and/or partial channels, each of which is circumferentially closed over at least part of its length, preferably over its entire length, characterized in that g) the distributor is made of a wear-resistant and elastic plastic material. a) a rotor having a bowl mounted to rotate about an axis of rotation and having a screw arranged in the bowl and mounted to rotate about the axis of rotation, b) wherein the screw and the bowl preferably each have a cylindrical section and a conical section, c) wherein a non-rotating feed pipe is provided for feeding the suspension into a distributor which can rotate together with the screw , wherein the distributor serves to accelerate the suspension in the circumferential direction and to guide it into a separation space between the screw , which rotates during operation, and the bowl , which rotates during operation, d) wherein the distributor is inserted into a distributor chamber of the screw and has a channel system for flow division of the suspension to be supplied, e) the distributor is designed in one piece and f) that the channel system of the one-piece distributor has more than two sections and/or partial channels, each of which is circumferentially closed over at least part of its length, preferably over its entire length, characterized in that g) the distributor is made of a wear-resistant and elastic plastic material.
A computer-based method to manage content streaming from a sender to a receiver through multiple networks , comprising: splitting an encoded content stream into a plurality of parallel content streams (125a, 125b, 125c, ..., 125n) including a first content stream and a second content stream , wherein the first content stream comprises a base layer and at least a first additional layer , wherein the base layer contains a low-bandwidth content stream and reference information for additional layers, and wherein the second content stream comprises the base layer and at least a second additional layer ; and transmitting at least one of the first content stream or the second content stream from the sender to the receiver based at least in part on an available bandwidth parameter. splitting an encoded content stream into a plurality of parallel content streams (125a, 125b, 125c, ..., 125n) including a first content stream and a second content stream , wherein the first content stream comprises a base layer and at least a first additional layer , wherein the base layer contains a low-bandwidth content stream and reference information for additional layers, and wherein the second content stream comprises the base layer and at least a second additional layer ; and transmitting at least one of the first content stream or the second content stream from the sender to the receiver based at least in part on an available bandwidth parameter.
A method of determining or predicting identity of a query cell comprising the steps of: - simultaneously incubating the query cell with at least three chemical cell stressor molecules individually in a well of a microtitre plate for 1 to 4 days, in which each chemical cell stressor molecule is provided at a concentration of 0.5 to 2.0 IC 50 ; wherein the cell stressor is a molecule or a compound that causes a reduction in cell growth via one or more of multiple cellular pathways, for example pathways involved in cell growth or metabolism; - determining the growth response of the query cell in the presence of each of the at least three chemical cell stressor molecules to generate a query cell-specific growth response fingerprint; - comparing the query cell-specific growth response fingerprint with one or more reference cell-specific growth response fingerprints corresponding to one or more cells having known identity; and - determining or predicting identity of the cell based on the level of correlation between the query cell-specific growth response fingerprint and the one or more reference cell-specific growth response fingerprints. - simultaneously incubating the query cell with at least three chemical cell stressor molecules individually in a well of a microtitre plate for 1 to 4 days, in which each chemical cell stressor molecule is provided at a concentration of 0.5 to 2.0 IC 50 ; wherein the cell stressor is a molecule or a compound that causes a reduction in cell growth via one or more of multiple cellular pathways, for example pathways involved in cell growth or metabolism; - determining the growth response of the query cell in the presence of each of the at least three chemical cell stressor molecules to generate a query cell-specific growth response fingerprint; - comparing the query cell-specific growth response fingerprint with one or more reference cell-specific growth response fingerprints corresponding to one or more cells having known identity; and - determining or predicting identity of the cell based on the level of correlation between the query cell-specific growth response fingerprint and the one or more reference cell-specific growth response fingerprints.
A friction material comprising man-made vitreous fibres (MMVF) dispersed in a matrix, the MMVF comprising less than 2 wt% Fe 2 O 3 30-40 wt% MgO+ CaO 35-45 wt% SiO 2 17-24 wt% Al 2 O 3 1-5 wt% K 2 O + Na 2 O, wherein the MMVF have a number mean diameter of from 3 to 5 μm. less than 2 wt% Fe 2 O 3 30-40 wt% MgO+ CaO 35-45 wt% SiO 2 17-24 wt% Al 2 O 3 1-5 wt% K 2 O + Na 2 O, wherein the MMVF have a number mean diameter of from 3 to 5 μm.
An amorphous solid dispersion, wherein the solid dispersion comprises: palbociclib or a pharmaceutically acceptable salt thereof, an acidic auxiliary material; and a hydrophilic high-molecular weight material. palbociclib or a pharmaceutically acceptable salt thereof, an acidic auxiliary material; and a hydrophilic high-molecular weight material.
A method enabling deep link security implemented by at least one server computer comprising at least one processor and memory , the method comprising: receiving a deep link generation request; generating a deep link corresponding to a videoconferencing meeting slot of a videoconferencing session, wherein the deep link is configured to, upon activation, direct a participant to a location of the videoconferencing meeting slot within a videoconferencing space; fragmenting the deep link into data fragments, wherein a first data fragment comprises a majority of the data of the deep link and wherein a second data fragment comprises a minority of the data of the deep link; distributing the data fragments of the deep link to at least two different storage locations, wherein the first data fragment is stored in at least a first storage device and wherein the second data fragment is stored in at least a second storage device ; generating an assembling link configured to, upon activation, initiate a deep link assembling process that assembles the deep link from the data fragments; and sending the assembling link to an inviter client device . receiving a deep link generation request; generating a deep link corresponding to a videoconferencing meeting slot of a videoconferencing session, wherein the deep link is configured to, upon activation, direct a participant to a location of the videoconferencing meeting slot within a videoconferencing space; fragmenting the deep link into data fragments, wherein a first data fragment comprises a majority of the data of the deep link and wherein a second data fragment comprises a minority of the data of the deep link; distributing the data fragments of the deep link to at least two different storage locations, wherein the first data fragment is stored in at least a first storage device and wherein the second data fragment is stored in at least a second storage device ; generating an assembling link configured to, upon activation, initiate a deep link assembling process that assembles the deep link from the data fragments; and sending the assembling link to an inviter client device .
A method for determining complement dependent cytotoxicity of a composition wherein the composition comprises i) a first binding site that specifically binds to a first epitope on a first antigen, which is conjugated to a first Fc-region polypeptide of human origin, and ii) a second binding site that specifically binds to a second epitope on the first antigen, which is conjugated to a second Fc-region polypeptide of human origin, wherein the method comprises the following steps: a) incubating a human carcinoma cell of epithelial origin expressing the first antigen with the composition, b) adding rabbit complement to the mixture of a), and c) determining cell lysis and thereby determining complement dependent cytotoxicity of the composition. i) a first binding site that specifically binds to a first epitope on a first antigen, which is conjugated to a first Fc-region polypeptide of human origin, and ii) a second binding site that specifically binds to a second epitope on the first antigen, which is conjugated to a second Fc-region polypeptide of human origin, a) incubating a human carcinoma cell of epithelial origin expressing the first antigen with the composition, b) adding rabbit complement to the mixture of a), and c) determining cell lysis and thereby determining complement dependent cytotoxicity of the composition.
Curtain connection module for a roller shutter, for fastening a roller shutter curtain to a winding shaft which can be mounted in an installation space above an opening in the building to be shaded, having a curtain support member (1; 101) which can be mounted on an upper side of the roller shutter curtain, a winding shaft attachment which can be fastened to the winding shaft , and a number of connecting members (2, 3; 102) which connects the winding shaft attachment to the curtain support member (1; 101), wherein, in a pre-assembled state of the roller shutter, the roller shutter curtain is unwound and the winding shaft is mounted, the winding shaft attachment is fastened to the winding shaft and the curtain support member (1; 101) is mounted on the upper side of the roller shutter curtain, and wherein two adjacent connecting members or the curtain support member (1; 101) and the adjoining connecting member (2; 102) form a mounting member of a mounting closure (1, 2; 101, 102) on the winding shaft side and on the curtain side, which can be closed in its non-closed state when the roller shutter is pre-assembled, and wherein the connection of the winding shaft attachment and/or the curtain support member (1; 101) to the respectively adjacent connecting member (2, 3; 102) and/or the connection of two successive connecting members to one another is designed to be pivotally articulated about an axis of rotation parallel to a winding shaft axis in the state when the curtain connection module is mounted on the roller shutter, so that the connection of the winding shaft attachment to the curtain support member (1; 101) has only a degree of rotational freedom about one or more axes of rotation when the mounting closure (1, 2; 101, 102) is closed, and wherein the mounting closure (1, 2; 101, 102) can be released in its closed state when the roller shutter is pre-assembled, and wherein the curtain support member (1; 101) has a suspension channel formed for attachment to an upper-side hook channel of an uppermost curtain slat so as to be displaceable in the transverse direction of the curtain, and the mounting members are shaped so as to allow displacement of the lower mounting member relative to the upper mounting member between a mounting position in the pre-assembled state of the roller shutter, in which the mounting members can be closed, and a dismantling position in which the mounting members are spaced apart from one another in the transverse direction of the curtain, characterized in that the two mounting members, when the curtain support member (1; 101) is in the assembly position, comprise overlapping positive-locking sections (10, 15, 18, 19; 126) with corresponding latching connection elements in order to clip the positive-locking sections (10, 15, 18, 19; 126) together when closing the mounting closure (1, 2; 101, 102) to form a shape which is formed complementarily by the two mounting members when the mounting closure (1, 2; 101, 102) is closed and which in side view is flat, curved in the manner of an airfoil or plane in the transverse direction of the curtain, and is approximately square in plan view.
A power sourcing equipment , comprising: an input terminal configured to receive a power signal; an output terminal electrically coupled to a powered device via a coaxial cable , the coaxial cable being configured to transmit the power signal from the power sourcing equipment to the powered device or transmit a data signal from the powered device to the power sourcing equipment ; a switch coupled between the input terminal and the output terminal , the switch controlling an electrical connection between the input terminal and the output terminal ; and a device detection circuit coupled to the output terminal and the input terminal , the device detection circuit being configured to detect whether the data signal is being transmitted from the powered device to the power sourcing equipment , and in response to a determination that the data signal is not being transmitted from the powered device to the power sourcing equipment , control an operation of the switch based on an electrical parameter associated with the powered device . an input terminal configured to receive a power signal; an output terminal electrically coupled to a powered device via a coaxial cable , the coaxial cable being configured to transmit the power signal from the power sourcing equipment to the powered device or transmit a data signal from the powered device to the power sourcing equipment ; a switch coupled between the input terminal and the output terminal , the switch controlling an electrical connection between the input terminal and the output terminal ; and a device detection circuit coupled to the output terminal and the input terminal , the device detection circuit being configured to detect whether the data signal is being transmitted from the powered device to the power sourcing equipment , and in response to a determination that the data signal is not being transmitted from the powered device to the power sourcing equipment , control an operation of the switch based on an electrical parameter associated with the powered device .
A cart comprising: a base ; one or more manipulator arms each configured to support a medical instrument; a plurality of wheels connected to the base and configured to transport the cart along a ground surface; a vibration reduction member movable between deployed and retracted positions relative to the base , wherein the vibration reduction member is in contact with the ground surface in the deployed position and is not in contact with the ground surface in the retracted position; and a controller in communication with one or more sensors arranged to detect information about a configuration of the cart , wherein the controller is configured to output a control command to automatically deploy the vibration reduction member to the deployed position in response to receiving information from the one or more sensors detecting placement of the cart in a first configuration, and wherein the controller is configured to output a control command to automatically retract the vibration reduction member to the retracted position in response to receiving information from the one or more sensors detecting placement of the cart in a second configuration. a base ; one or more manipulator arms each configured to support a medical instrument; a plurality of wheels connected to the base and configured to transport the cart along a ground surface; a vibration reduction member movable between deployed and retracted positions relative to the base , wherein the vibration reduction member is in contact with the ground surface in the deployed position and is not in contact with the ground surface in the retracted position; and a controller in communication with one or more sensors arranged to detect information about a configuration of the cart , wherein the controller is configured to output a control command to automatically deploy the vibration reduction member to the deployed position in response to receiving information from the one or more sensors detecting placement of the cart in a first configuration, and wherein the controller is configured to output a control command to automatically retract the vibration reduction member to the retracted position in response to receiving information from the one or more sensors detecting placement of the cart in a second configuration.
A path computation method for use by a control entity of a tenant in a communications network having a plurality of tenants , wherein each tenant has a control entity and a path computation engine, and a control entity and path computation engine of one tenant is independent of control entities and path computation engines of other tenants, the communications network having a topology of path resources usable for implementing paths, the method comprising: receiving a request for computation of a path in the communications network in respect of a future time interval; based on a determination that a virtual topology of the communication network stored locally at the control entity of the tenant is not current, obtaining a current virtual topology of the communications network from a shared topology store which is shared by the plurality of tenants and which is separate from local storage at the control entity of the tenant, wherein the current virtual topology is obtained for the future time interval; and using the virtual topology to service the request; wherein the virtual topology is a topology of the communications network which is available for use by the tenant . receiving a request for computation of a path in the communications network in respect of a future time interval; based on a determination that a virtual topology of the communication network stored locally at the control entity of the tenant is not current, obtaining a current virtual topology of the communications network from a shared topology store which is shared by the plurality of tenants and which is separate from local storage at the control entity of the tenant, wherein the current virtual topology is obtained for the future time interval; and using the virtual topology to service the request;