mhurhangee/patent-ind-claim-en huggingface dataset:
A wound dressing material comprising a particle comprising a crosslinked gelatin derivative, the gelatin derivative comprising the structure represented by the following formula : GltnNH-CHR 1 R 2 wherein "Gltn" represents a gelatin residue, R 1 represents an alkyl group having 1-17 carbon atoms, and R 2 represents a hydrogen atom or an alkyl group having 1-17 carbon atoms, and the particle having a particle size ranging from 1 to 1,000 μm, wherein the wound dressing material is obtainable by a method comprising the steps of: preparing the gelatin derivative comprising the structure represented by the aforesaid formula ; spray drying a solution of the gelatin derivative to form particles; and heat treating the formed particles by heating at a temperature of from 140 to 160 °C for at least 3 hours. preparing the gelatin derivative comprising the structure represented by the aforesaid formula ; spray drying a solution of the gelatin derivative to form particles; and heat treating the formed particles by heating at a temperature of from 140 to 160 °C for at least 3 hours.
A system for monitoring flow, comprising: a meter having a tubing with an internal flow passage , a restriction located in the internal flow passage, a first port upstream of the restriction, and a second port downstream of the restriction, wherein the restriction extends into the internal flow passage from an inner wall of the tubing; a flow straightening section coupled along the tubing at a location upstream of the restriction, wherein the flow straightening section comprises a plurality of vanes oriented to straighten fluid flow; and a gas bypass positioned to receive gas separated from a fluid flowing through the flow straightening section, the gas bypass comprising a conduit extending from an upper portion of the flow straightening section and into communication with the internal flow passage downstream of the restriction. a meter having a tubing with an internal flow passage , a restriction located in the internal flow passage, a first port upstream of the restriction, and a second port downstream of the restriction, wherein the restriction extends into the internal flow passage from an inner wall of the tubing; a flow straightening section coupled along the tubing at a location upstream of the restriction, wherein the flow straightening section comprises a plurality of vanes oriented to straighten fluid flow; and a gas bypass positioned to receive gas separated from a fluid flowing through the flow straightening section, the gas bypass comprising a conduit extending from an upper portion of the flow straightening section and into communication with the internal flow passage downstream of the restriction.
Aircraft electric power distribution system comprising: - an engine gearbox , and a power distribution center , - at least two three-phase synchronous electric power generators adapted to be driven by the engine gearbox , and supply electric power to the distribution center , the generators being electrically connected in parallel with each other, - at least two neutral current transformers connected respectively to each one of the electric power generators , - a single generator control unit electrically coupled with each one of the electric power generators to individually feed each generator with an excitation field current; characterized in that the system further comprises: - a single set of power feeder wires between the electric power generators and the power distribution center , and wherein the two electric power generators are connected with the set of power feeder wires for simultaneously supplying electric power to the power distribution center through the same set of power feeder wires ; wherein the generator control unit is electrically coupled with the neutral current transformer of each generator , and it is adapted for sensing an instantaneous neutral-current value of each generator ; said single generator control unit being connected with the power distribution center by a single dedicated link ; and wherein the generator control unit is adapted to perform a generator voltage regulation loop based on a desired voltage value and the two sensed instantaneous neutral-current values of the two generators , by individually modifying the excitation field current of each generator , to ensure that both generators are balanced generating substantially the same voltage. - an engine gearbox , and a power distribution center , - at least two three-phase synchronous electric power generators adapted to be driven by the engine gearbox , and supply electric power to the distribution center , the generators being electrically connected in parallel with each other, - at least two neutral current transformers connected respectively to each one of the electric power generators , - a single generator control unit electrically coupled with each one of the electric power generators to individually feed each generator with an excitation field current; - a single set of power feeder wires between the electric power generators and the power distribution center , and wherein the two electric power generators are connected with the set of power feeder wires for simultaneously supplying electric power to the power distribution center through the same set of power feeder wires ;
A method, comprising: connecting a user equipment, UE, to both a 4G base station and a 5G base station by using a dual connectivity technology of a radio access network; and when the UE meets a preset condition, sending (S5104; S8106) a message to network, wherein the message is used for releasing a connection between the UE and the 4G base station or the 5G base station; wherein the preset condition comprising at least one of: the UE is in a screen-on state and a data transmission rate of the UE is less than or equal to a first preset rate; the UE is in a screen-on state and a size of a data packet that needs to be transmitted by the UE is less than or equal to a first preset threshold; a mobile data connection function of the UE is disabled; the UE is in a screen-off state and a data transmission rate of the UE is less than or equal to a second preset rate; or, the UE is in a screen-off state and a size of a data packet that needs to be transmitted by the UE is less than or equal to a second preset threshold. connecting a user equipment, UE, to both a 4G base station and a 5G base station by using a dual connectivity technology of a radio access network; and when the UE meets a preset condition, sending (S5104; S8106) a message to network, wherein the message is used for releasing a connection between the UE and the 4G base station or the 5G base station; wherein the preset condition comprising at least one of: the UE is in a screen-on state and a data transmission rate of the UE is less than or equal to a first preset rate; the UE is in a screen-on state and a size of a data packet that needs to be transmitted by the UE is less than or equal to a first preset threshold; a mobile data connection function of the UE is disabled; the UE is in a screen-off state and a data transmission rate of the UE is less than or equal to a second preset rate; or, the UE is in a screen-off state and a size of a data packet that needs to be transmitted by the UE is less than or equal to a second preset threshold. the UE is in a screen-on state and a data transmission rate of the UE is less than or equal to a first preset rate; the UE is in a screen-on state and a size of a data packet that needs to be transmitted by the UE is less than or equal to a first preset threshold; a mobile data connection function of the UE is disabled; the UE is in a screen-off state and a data transmission rate of the UE is less than or equal to a second preset rate; or, the UE is in a screen-off state and a size of a data packet that needs to be transmitted by the UE is less than or equal to a second preset threshold.
Installation comprising an extraction condensing turbine with a steam extraction point and a steam line , which branches off from the steam extraction point and arranged in which there is a heating condenser for a district heating network , characterized in that in the steam line there is also a device for preheating and evaporating a working medium of an organic Rankine cycle arranged in parallel with the heating condenser of the district heating network .
A system comprising: a content delivery network associated with a first region of a plurality of regions; and a computing resource service provider system comprising one or more computing devices, the computing resource service provider system associated with the first region, the computing resource service provider system configured with computer-executable instructions that, when executed, cause the computing resource service provider system to: receive a request to access an application via a page associated with an organization name, the organization name being associated with a plurality of directories located in the plurality of regions; obtain user credentials, wherein the user credentials are associated with the first directory in the plurality of directories; determine the first region in which the first directory is located using an alias identified provided by the content delivery network, wherein the alias identifier is an alias of a unique identifier of the first directory, wherein the unique identifier is unavailable to computing entities outside the first region; and transmit the user credentials to the first region for authentication. a content delivery network associated with a first region of a plurality of regions; and a computing resource service provider system comprising one or more computing devices, the computing resource service provider system associated with the first region, the computing resource service provider system configured with computer-executable instructions that, when executed, cause the computing resource service provider system to: receive a request to access an application via a page associated with an organization name, the organization name being associated with a plurality of directories located in the plurality of regions; obtain user credentials, wherein the user credentials are associated with the first directory in the plurality of directories; determine the first region in which the first directory is located using an alias identified provided by the content delivery network, wherein the alias identifier is an alias of a unique identifier of the first directory, wherein the unique identifier is unavailable to computing entities outside the first region; and transmit the user credentials to the first region for authentication. receive a request to access an application via a page associated with an organization name, the organization name being associated with a plurality of directories located in the plurality of regions; obtain user credentials, wherein the user credentials are associated with the first directory in the plurality of directories; determine the first region in which the first directory is located using an alias identified provided by the content delivery network, wherein the alias identifier is an alias of a unique identifier of the first directory, wherein the unique identifier is unavailable to computing entities outside the first region; and transmit the user credentials to the first region for authentication.
An apparatus for harvesting hair follicles from a skin donor site by rotating or oscillating motion, the apparatus comprising: a hollow tubular structure having a central axis (A); an annular ledge attached to an end of the hollow tubular structure and terminating distally at an annular face that is substantially in a plane perpendicular to the central axis (A), the annular ledge including: a top surface extending outward from the hollow tubular structure , a side surface connecting the top surface and the annular face and that is at least one of: substantially parallel to the central axis (A) or substantially perpendicular to the annular face , and a follicle receiving chamber, characterized in that the annular face is substantially flat and has a non-cutting inner edge and a sharp cutting edge being formed by the connection of the side surface with the flat annular face , wherein the follicle receiving chamber extends proximally from the non-cutting inner edge of the substantially flat annular face . a hollow tubular structure having a central axis (A); an annular ledge attached to an end of the hollow tubular structure and terminating distally at an annular face that is substantially in a plane perpendicular to the central axis (A), the annular ledge including: a top surface extending outward from the hollow tubular structure , a side surface connecting the top surface and the annular face and that is at least one of: substantially parallel to the central axis (A) or substantially perpendicular to the annular face , and a follicle receiving chamber, a top surface extending outward from the hollow tubular structure , a side surface connecting the top surface and the annular face and that is at least one of: substantially parallel to the central axis (A) or substantially perpendicular to the annular face , and a follicle receiving chamber, substantially parallel to the central axis (A) or substantially perpendicular to the annular face , and a follicle receiving chamber, characterized in that the annular face is substantially flat and has a non-cutting inner edge and a sharp cutting edge being formed by the connection of the side surface with the flat annular face , wherein the follicle receiving chamber extends proximally from the non-cutting inner edge of the substantially flat annular face .
An imaging device comprising: an imaging device control circuit configured to invalidate an operation of at least one available operation member of an information processing device and/or the imaging device in response to the presence of a connection between the imaging device and the information processing device being detected, wherein the imaging device control circuit is configured to stop invalidating the operation of the at least one available operation member of the information processing device and/or the imaging device in response to absence of the connection between imaging device and the information processing device being detected. an imaging device control circuit configured to invalidate an operation of at least one available operation member of an information processing device and/or the imaging device in response to the presence of a connection between the imaging device and the information processing device being detected, wherein the imaging device control circuit is configured to stop invalidating the operation of the at least one available operation member of the information processing device and/or the imaging device in response to absence of the connection between imaging device and the information processing device being detected.
Positioning mechanism for a toothed wheel mounted on a rotatable staff in a watch movement, said positioning mechanism comprising a positioning lever exhibiting a flat lateral edge so arranged as to cooperate with at least one flat provided on the staff of the toothed wheel , the positioning lever comprising a pivot arm so arranged as to be mounted in a pivotable manner about a pivot pin provided in the watch movement, a positioning element exhibiting the flat lateral edge and being mounted in an articulated manner on the pivot arm , and means for adjusting and locking the position of the positioning element on the pivot arm in relation to the staff of the toothed wheel wherein the positioning element comprises a first elongate opening , disposed longitudinally in relation to the pivot arm , arranged to cooperate with means of adjusting the position of the positioning element and a second elongate opening disposed transversely in relation to the pivot arm , arranged to cooperate with means of locking the position of the positioning element .
Method of routing a data item in a supercomputer topology comprising a plurality of switches (a-f) and a plurality of nodes (0-7), this data item originating from a first node and being destined for a second node, this method comprising the following steps: - pre-recording in each of the switches of the said topology, of a list of switches which are directly interfaced with one or more nodes; - reception of the data item by a first switch via an input port; - determination of the destination of the said data item by the first switch; when the first switch is directly interfaced with the second node via a determined output port - selection and then routing of the data item by the said determined output port; or else - identification of the switch to which the second node is directly interfaced, by comparison between the destination of the data item and the prerecorded list of switches; - routing of the data item to the identified switch via an output port of the first switch, so that the data item can be conveyed to the said identified switch, the selection of the output port to the identified switch being carried out by a step of comparison between the identified switch and a routing table of the first switch, each entry of this table comprising - an information item making it possible to identify a switch interfaced with at least one node; - a set of aggregated information items describing at least one route through a determined port destined for the said switch interfaced with at least one node. - pre-recording in each of the switches of the said topology, of a list of switches which are directly interfaced with one or more nodes; - reception of the data item by a first switch via an input port; - determination of the destination of the said data item by the first switch; - selection and then routing of the data item by the said determined output port; or else - identification of the switch to which the second node is directly interfaced, by comparison between the destination of the data item and the prerecorded list of switches; - routing of the data item to the identified switch via an output port of the first switch, so that the data item can be conveyed to the said identified switch, the selection of the output port to the identified switch being carried out by a step of comparison between the identified switch and a routing table of the first switch, each entry of this table comprising - an information item making it possible to identify a switch interfaced with at least one node; - a set of aggregated information items describing at least one route through a determined port destined for the said switch interfaced with at least one node. - an information item making it possible to identify a switch interfaced with at least one node; - a set of aggregated information items describing at least one route through a determined port destined for the said switch interfaced with at least one node.
An image sensor system comprising - a pixel array (PIX1) with a plurality of pixels (PXL1, PXL2, ..., PXLN), each of the pixels comprising a photodiode (PD), a pixel buffer (SF) and a transfer gate (TX) coupled between the photodiode (PD) and an input of the pixel buffer (SF), wherein the pixel array (PIX1) is a dummy pixel array and the pixels of the dummy pixel array are shielded against incident light; - a further pixel array (PIX2) with a plurality of further pixels, each of the further pixels comprising a photodiode, a pixel buffer and a transfer gate coupled between the photodiode and an input of the pixel buffer of the respective further pixel and being configured to sense the incident light; - a voltage supply block (VSB) configured to generate a pixel supply voltage (VDDPIX) from an input voltage (VDD) based on a first reference voltage (VR1) and to provide the pixel supply voltage (VDDPIX) to the dummy pixel array (PIX1) and to the further pixel array (PIX2); - a calibration processing block (PROC) configured to determine an average pixel signal (VPA) based on an average of individual pixel signals at outputs of the pixels of the dummy pixel array (PIX1) and to determine a correction value (ΔV) based on a difference between a reference pixel signal (VPR) and the average pixel signal (VPA); and - a correction processing block (CORR) configured to determine the first reference voltage (VR1) based on a combination of a second reference voltage (VR2) and the correction value (ΔV). - a pixel array (PIX1) with a plurality of pixels (PXL1, PXL2, ..., PXLN), each of the pixels comprising a photodiode (PD), a pixel buffer (SF) and a transfer gate (TX) coupled between the photodiode (PD) and an input of the pixel buffer (SF), wherein the pixel array (PIX1) is a dummy pixel array and the pixels of the dummy pixel array are shielded against incident light; - a further pixel array (PIX2) with a plurality of further pixels, each of the further pixels comprising a photodiode, a pixel buffer and a transfer gate coupled between the photodiode and an input of the pixel buffer of the respective further pixel and being configured to sense the incident light; - a voltage supply block (VSB) configured to generate a pixel supply voltage (VDDPIX) from an input voltage (VDD) based on a first reference voltage (VR1) and to provide the pixel supply voltage (VDDPIX) to the dummy pixel array (PIX1) and to the further pixel array (PIX2); - a calibration processing block (PROC) configured to determine an average pixel signal (VPA) based on an average of individual pixel signals at outputs of the pixels of the dummy pixel array (PIX1) and to determine a correction value (ΔV) based on a difference between a reference pixel signal (VPR) and the average pixel signal (VPA); and - a correction processing block (CORR) configured to determine the first reference voltage (VR1) based on a combination of a second reference voltage (VR2) and the correction value (ΔV).
A bendable display device , comprising: a display unit including a display screen; a sensing unit arranged to sense a user manipulation including device rotation and touching of the display screen; and a control unit arranged to modify a display of the display screen according to the user manipulation sensed by the sensing unit , wherein the display device is bendable into a rolled state in which the display screen of the display unit forms an outer wall, wherein the display unit is arranged to display the display on the display screen in the rolled state, and wherein, when the user manipulation rotates the display device about an axis of rolling of the display device in the rolled state, the control unit is arranged to move a location of an object displayed on the display screen in the direction of the rotation for scrolling the displayed object, and characterised in that the control unit is arranged to change an amount of information on the object displayed on the display screen in a rolled state according to a rotational speed of the display device while the user touches a specific area of the display device. a display unit including a display screen; a sensing unit arranged to sense a user manipulation including device rotation and touching of the display screen; and a control unit arranged to modify a display of the display screen according to the user manipulation sensed by the sensing unit , wherein the display device is bendable into a rolled state in which the display screen of the display unit forms an outer wall, wherein the display unit is arranged to display the display on the display screen in the rolled state, and wherein, when the user manipulation rotates the display device about an axis of rolling of the display device in the rolled state, the control unit is arranged to move a location of an object displayed on the display screen in the direction of the rotation for scrolling the displayed object, and characterised in that the control unit is arranged to change an amount of information on the object displayed on the display screen in a rolled state according to a rotational speed of the display device while the user touches a specific area of the display device.