mhurhangee/patent-ind-claim-en huggingface dataset:
A replaceable print apparatus component (104, 200, 514a-d) comprising a logic circuitry package , wherein the replaceable print apparatus component (104, 200, 514a-d) is replaceable with respect to a host print apparatus and comprises a print material reservoir , the logic circuitry package comprising: logic and a serial data bus interface , wherein the serial data bus interface is to interface with a serial data bus of a print apparatus , and characterized in that the logic is to: in response to a command sent to the logic circuitry package via the serial data bus connected to the serial data bus interface , generate a low voltage condition on the serial data bus and monitor a duration of a time period without reference to a clock signal of the serial data bus; and remove the low voltage condition on the serial data bus at the end of the time period. logic and a serial data bus interface , wherein the serial data bus interface is to interface with a serial data bus of a print apparatus , and characterized in that the logic is to: in response to a command sent to the logic circuitry package via the serial data bus connected to the serial data bus interface , generate a low voltage condition on the serial data bus and monitor a duration of a time period without reference to a clock signal of the serial data bus; and remove the low voltage condition on the serial data bus at the end of the time period. in response to a command sent to the logic circuitry package via the serial data bus connected to the serial data bus interface , generate a low voltage condition on the serial data bus and monitor a duration of a time period without reference to a clock signal of the serial data bus; and remove the low voltage condition on the serial data bus at the end of the time period.
A mammography apparatus, which includes - a substantially vertically standing frame part or a frame part attachable to a wall or a ceiling, - an arm structure connecting to said frame part and pivotable in relation to a horizontal rotation axis, - wherein at a substantially first end of the opposite ends of the arm structure is placed an X-ray source and substantially at a second end an image data receiving means , and - wherein in connection with said second end of the arm structure is additionally arranged a lower tray structure , positioned substantially on top of the image data receiving means and - a control system and in connection with it a user interface arrangement, characterized in that said user interface arrangement includes at least one touch screen attached as articulated to the frame part so that a view of said at least one touch screen can be aligned in at least two directions out of which in the first the view is aligned away from said lower tray structure and in the second at least partially towards said lower tray structure and the touch screen can be brought to a substantial vicinity of the lower tray structure , within an arm's length or closer. - a substantially vertically standing frame part or a frame part attachable to a wall or a ceiling, - an arm structure connecting to said frame part and pivotable in relation to a horizontal rotation axis, - wherein at a substantially first end of the opposite ends of the arm structure is placed an X-ray source and substantially at a second end an image data receiving means , and - wherein in connection with said second end of the arm structure is additionally arranged a lower tray structure , positioned substantially on top of the image data receiving means and - a control system and in connection with it a user interface arrangement, characterized in that said user interface arrangement includes at least one touch screen attached as articulated to the frame part so that a view of said at least one touch screen can be aligned in at least two directions out of which in the first the view is aligned away from said lower tray structure and in the second at least partially towards said lower tray structure and the touch screen can be brought to a substantial vicinity of the lower tray structure , within an arm's length or closer.
Apparatus for the thermal testing of electronic devices, including: - a base board coupleable to an electronic driver (ED) unit for receiving electrical signals therefrom, - a plurality of test boards arranged on said base board , each said test board configured for receiving at least one device under test (DUT) in a respective holder and routing thereto electrical signals from said electronic driver unit (ED), characterized in that each said test board includes: - a respective electrically powered heating element for heating the at least one electronic device (DUT) received thereat, and - an adaptation board interfacing said holder with said base board and routing said electrical signals from said electronic driver unit (ED) to said at least one device under test (DUT), and in that the apparatus includes elastic elements acting between said test boards and said base board , wherein said elastic elements are configured to retain said at least one device under test (DUT) between said holder and said adaptation board . - a base board coupleable to an electronic driver (ED) unit for receiving electrical signals therefrom, - a plurality of test boards arranged on said base board , each said test board configured for receiving at least one device under test (DUT) in a respective holder and routing thereto electrical signals from said electronic driver unit (ED), - a respective electrically powered heating element for heating the at least one electronic device (DUT) received thereat, and - an adaptation board interfacing said holder with said base board and routing said electrical signals from said electronic driver unit (ED) to said at least one device under test (DUT),
Process for the preparation of biocidal, porous particles of a crosslinked polyamine, which comprises the following steps: (a) providing an aqueous suspension containing a polyamine, a crosslinker and a porous inorganic substrate in particle form at a temperature lower than or equal to 10°C in a mixer for coating the inorganic substrate with the polyamine; (b) crosslinking the polyamine in the pores of the inorganic substrate and simultaneously removing water; (c) dissolving out the inorganic substrate to obtain the biocidal porous particles of a crosslinked polyamine; wherein the porous inorganic substrate is a material which can dissolve in aqueous alkaline conditions at pH > 10. (a) providing an aqueous suspension containing a polyamine, a crosslinker and a porous inorganic substrate in particle form at a temperature lower than or equal to 10°C in a mixer for coating the inorganic substrate with the polyamine; (b) crosslinking the polyamine in the pores of the inorganic substrate and simultaneously removing water; (c) dissolving out the inorganic substrate to obtain the biocidal porous particles of a crosslinked polyamine; wherein the porous inorganic substrate is a material which can dissolve in aqueous alkaline conditions at pH > 10.
A slide rail assembly , comprising: a first rail ; a second rail movable relative to the first rail ; a locking member configured to lock the second rail relative to the first rail at a predetermined position; a driving member movable relative to the second rail ; and an operating member ; wherein when a force is applied to the operating member to move the operating member from an initial position to a non-initial position, the operating member is configured to drive the driving member to linearly move to further drive the locking member to move, in order to unlock the second rail relative to the first rail at the predetermined position; characterized in that a linear moving direction of the driving member is substantially identical to a moving direction of the second rail relative to the first rail , and a moving direction of the operating member is substantially perpendicular to the linear moving direction of the driving member . a first rail ; a second rail movable relative to the first rail ; a locking member configured to lock the second rail relative to the first rail at a predetermined position; a driving member movable relative to the second rail ; and an operating member ; wherein when a force is applied to the operating member to move the operating member from an initial position to a non-initial position, the operating member is configured to drive the driving member to linearly move to further drive the locking member to move, in order to unlock the second rail relative to the first rail at the predetermined position; characterized in that a linear moving direction of the driving member is substantially identical to a moving direction of the second rail relative to the first rail , and a moving direction of the operating member is substantially perpendicular to the linear moving direction of the driving member .
Container closure for closing the pour opening of a container , having - a screw cap with a free edge , a first cylindrical casing , a cover disk , and an inner thread which is formed on the inside of the casing and can interact with an outer thread of a container neck of the container , - a security ring designed to be held on a first protrusion, in particular a holding ring , molded on the container neck , - a plurality of break-off webs which releasably connect the security ring to the free edge , - a first holding strip with a first and a second end , wherein the first end is fixedly connected to the free edge of the screw cap , and the second end is fixedly connected to the security ring , and - a second holding strip with a third and a fourth end , wherein the third end is fixedly connected to the free edge of the screw cap , and the fourth end is fixedly connected to the security ring , wherein the screw cap can be folded from a closed position, in which it closes the pour opening , into an open position, in which it fully opens the pour opening , and vice versa, wherein the first, second, third and fourth ends are arranged one after the other in the circumferential direction on the free edge and on the security ring , characterized in that the length of the first or second holding strip corresponds to between 27% and 32%, and preferably between 29% and 30%, of the outer diameter of the screw cap . - a screw cap with a free edge , a first cylindrical casing , a cover disk , and an inner thread which is formed on the inside of the casing and can interact with an outer thread of a container neck of the container , - a security ring designed to be held on a first protrusion, in particular a holding ring , molded on the container neck , - a plurality of break-off webs which releasably connect the security ring to the free edge , - a first holding strip with a first and a second end , wherein the first end is fixedly connected to the free edge of the screw cap , and the second end is fixedly connected to the security ring , and - a second holding strip with a third and a fourth end , wherein the third end is fixedly connected to the free edge of the screw cap , and the fourth end is fixedly connected to the security ring , wherein the screw cap can be folded from a closed position, in which it closes the pour opening , into an open position, in which it fully opens the pour opening , and vice versa, wherein the first, second, third and fourth ends are arranged one after the other in the circumferential direction on the free edge and on the security ring , characterized in that the length of the first or second holding strip corresponds to between 27% and 32%, and preferably between 29% and 30%, of the outer diameter of the screw cap .
A method for reconstructing a block of an image, the method comprising: responsive to a single quantized residual block being used to jointly represent at least two components of a plurality of components of the block, deriving a quantization matrix from a plurality of scaling lists each defined for one component of the plurality of components; and, applying the derived quantization matrix to the single quantized residual block to obtain a reconstructed residual block for each of the at least two components. responsive to a single quantized residual block being used to jointly represent at least two components of a plurality of components of the block, deriving a quantization matrix from a plurality of scaling lists each defined for one component of the plurality of components; and, applying the derived quantization matrix to the single quantized residual block to obtain a reconstructed residual block for each of the at least two components.
A device for working, by melting, a metallic component , comprising a first material feed device for feeding a wire-shaped material and a second material feed device for feeding a powdery material , as well as a radiation source , the first material feed device being designed to feed the wire-shaped material in the direction of a surface of the metallic component ; and the second material feed device being designed to feed the powdery material in the direction of the surface of the metallic component , the radiation source being configured to fuse the wire-shaped material and/or the second material feed device by way of at least one energy beam, emitted by the radiation source , after exiting a nozzle , and before or while impinging on a surface of the metallic component , and the at least one energy beam being directed at the wire-shaped material , the powdery material and/or a molten bath created by the wire-shaped material and the powdery material , characterized in that : a changing device is arranged in a transition region that is arranged between the first material feed , the second material feed and the component and formed by a channel , which is designed to carry out a change between only feeding the wire-shaped material and only feeding the powdery material in an automated manner, or to superimpose the wire-shaped material and the powdery material , proceeding from the transition region, and to feed these together in the direction of the surface of the metallic component ; and in that the device comprises a control device , which is designed to control the change between the first material and the second material in the transition region arranged in front of the nozzle . the first material feed device being designed to feed the wire-shaped material in the direction of a surface of the metallic component ; and the second material feed device being designed to feed the powdery material in the direction of the surface of the metallic component , the radiation source being configured to fuse the wire-shaped material and/or the second material feed device by way of at least one energy beam, emitted by the radiation source , after exiting a nozzle , and before or while impinging on a surface of the metallic component , and the at least one energy beam being directed at the wire-shaped material , the powdery material and/or a molten bath created by the wire-shaped material and the powdery material , characterized in that : a changing device is arranged in a transition region that is arranged between the first material feed , the second material feed and the component and formed by a channel , which is designed to carry out a change between only feeding the wire-shaped material and only feeding the powdery material in an automated manner, or to superimpose the wire-shaped material and the powdery material , proceeding from the transition region, and to feed these together in the direction of the surface of the metallic component ; and in that the device comprises a control device , which is designed to control the change between the first material and the second material in the transition region arranged in front of the nozzle .
A method of wireless communication in a cell utilizing a time division duplex, TDD, carrier, wherein the TDD carrier comprises a plurality of slots, the method comprising: receiving (902; 1002; 1102; 1204) downlink control information in a downlink control region of a slot of the plurality of slots; transmitting (906; 908; 1006; 1012; 1104; 1208; 1210) a sounding reference signal in an uplink region of the slot; and transmitting (904; 910; 1008; 1010; 1106, 1108; 1206; 1212) other uplink information in the uplink region of the slot, wherein the other uplink information comprises at least one of additional uplink control information or uplink user data traffic corresponding to the downlink control information; wherein the sounding reference signal is transmitted prior to transmitting the other uplink information or after transmitting the other uplink information; wherein the slot comprising the downlink control information, the sounding reference signal, and the other uplink information is a single slot. receiving (902; 1002; 1102; 1204) downlink control information in a downlink control region of a slot of the plurality of slots; transmitting (906; 908; 1006; 1012; 1104; 1208; 1210) a sounding reference signal in an uplink region of the slot; and transmitting (904; 910; 1008; 1010; 1106, 1108; 1206; 1212) other uplink information in the uplink region of the slot, wherein the other uplink information comprises at least one of additional uplink control information or uplink user data traffic corresponding to the downlink control information; wherein the sounding reference signal is transmitted prior to transmitting the other uplink information or after transmitting the other uplink information; wherein the slot comprising the downlink control information, the sounding reference signal, and the other uplink information is a single slot.
A computer-implemented method for visualization and analysis of gene expression data, the method comprising: receiving, from at least one data source, a digital file comprising one or more sets of long range gene expression data for one or more patients (step 100); loading said long range gene expression data into an analytical tool comprising a user interface, wherein said user interface is configured to receive commands from and to provide feedback to an operator (step 104); receiving via the user interface a specification of the size of at least one window for evaluating said long range gene expression data, wherein said window size is measured by sequence size in kb, and inputting said defined window size into said analytical tool (step 108); converting the long range gene expression data for at least one patient into a series of concatenated windows that are the size of said defined window (step 112); identifying each gene that is contained within each of said windows; generating a sample-specific gene abundance score for each of said genes using transcript abundance estimation (step 116); calculating an average gene abundance score for all of the genes identified in each of said windows (step 120); and presenting the average gene abundance scores for at least some of the windows in a one- or two-dimensional array, wherein one axis of the array organizes the windows by patient and the other axis of the array organizes the windows by gene sequence. receiving, from at least one data source, a digital file comprising one or more sets of long range gene expression data for one or more patients (step 100); loading said long range gene expression data into an analytical tool comprising a user interface, wherein said user interface is configured to receive commands from and to provide feedback to an operator (step 104); receiving via the user interface a specification of the size of at least one window for evaluating said long range gene expression data, wherein said window size is measured by sequence size in kb, and inputting said defined window size into said analytical tool (step 108); converting the long range gene expression data for at least one patient into a series of concatenated windows that are the size of said defined window (step 112); identifying each gene that is contained within each of said windows; generating a sample-specific gene abundance score for each of said genes using transcript abundance estimation (step 116); calculating an average gene abundance score for all of the genes identified in each of said windows (step 120); and presenting the average gene abundance scores for at least some of the windows in a one- or two-dimensional array, wherein one axis of the array organizes the windows by patient and the other axis of the array organizes the windows by gene sequence.
A hybrid unified communications, UC, cloud system comprising: a plurality of regional UC virtual data centers , each operating independently and comprising: a regional system manager to manage a set of regional UC resources implemented in a respective multi-tenant regional cloud having associated endpoint devices being registered to operate in the respective multi- tenant regional cloud and to employ corresponding regional UC resources thereof, operating in at least one service cluster of the respective multi-tenant regional cloud, to communicate real-time media traffic with respect to the associated endpoint devices, wherein the regional system manager is programmed with a regional policy corresponding to the regional system manager to control actions executed with respect to management of its resources in response to notifications received from a global UC virtual data centre , and a regional resource manager to monitor utilization of regional UC resources and provide status information to the regional system manager based on the utilization of resources, the regional system manager to control scaling of the set of regional UC resources responsive to the status information; and the global UC virtual data center that includes a global system manager to manage each of the regional UC virtual data centers and to coordinate orchestration of UC resources between and/or among the regional UC virtual data centers. a regional system manager to manage a set of regional UC resources implemented in a respective multi-tenant regional cloud having associated endpoint devices being registered to operate in the respective multi- tenant regional cloud and to employ corresponding regional UC resources thereof, operating in at least one service cluster of the respective multi-tenant regional cloud, to communicate real-time media traffic with respect to the associated endpoint devices, wherein the regional system manager is programmed with a regional policy corresponding to the regional system manager to control actions executed with respect to management of its resources in response to notifications received from a global UC virtual data centre , and a regional resource manager to monitor utilization of regional UC resources and provide status information to the regional system manager based on the utilization of resources, the regional system manager to control scaling of the set of regional UC resources responsive to the status information; and the global UC virtual data center that includes a global system manager to manage each of the regional UC virtual data centers and to coordinate orchestration of UC resources between and/or among the regional UC virtual data centers.
A needle shroud for an injector , the needle shroud including a body provided with: connecting means for releasable connection to the injector when in a first mode of operation, the body having an aperture therethrough shaped and dimensioned to allow a needle to extend through the body when the needle shroud is connected to the injector in the first mode of operation; and a cavity shaped and dimensioned to receive the needle when in use in a second mode of operation, the cavity including a formation shaped and dimensioned to be engageable with a complementary formation of the needle when the needle has been received in the cavity , so that rotation of the needle shroud causes rotation of the needle , thereby allowing disengagement of the needle from the injector whilst the needle is housed in the cavity , characterised in that the aperture and the cavity are both provided adjacent one another in the same face of the body of the shroud .