mhurhangee/patent-ind-claim-en huggingface dataset:
A therapeutically effective amount of an anti-CEACAM1 antibody and an anti-PD1 antibody for use in therapy.
An apparatus comprising: a coupler configured to electrically couple a host portable power supply of a host portable electronic device to a recipient portable power supply of a recipient portable electronic device; an input element ; a display device; and, a controller configured to: render, at the display device, a plurality of selectable prompts, each of the plurality of selectable prompts corresponding to respective given selectable minimum charge levels; receive a selected minimum charge level from the input element when one of the plurality of selectable prompts is selected using the input element; control application of the charging energy sourced at the host portable power supply to the recipient portable power supply by way of said coupler; control application of the charging energy sourced at the host portable power supply to the recipient portable power supply by way of said coupler, and, during application of the charging energy, determine whether remaining charge energy at the host portable power supply is sufficient to permit continued charging; when the remaining charge energy at the host portable supply is insufficient to permit continued charging, terminate charging and otherwise terminate the charging when the host portable power supply is depleted to the selected minimum charge level. a coupler configured to electrically couple a host portable power supply of a host portable electronic device to a recipient portable power supply of a recipient portable electronic device; an input element ; a display device; and, a controller configured to: render, at the display device, a plurality of selectable prompts, each of the plurality of selectable prompts corresponding to respective given selectable minimum charge levels; receive a selected minimum charge level from the input element when one of the plurality of selectable prompts is selected using the input element; control application of the charging energy sourced at the host portable power supply to the recipient portable power supply by way of said coupler; control application of the charging energy sourced at the host portable power supply to the recipient portable power supply by way of said coupler, and, during application of the charging energy, determine whether remaining charge energy at the host portable power supply is sufficient to permit continued charging; when the remaining charge energy at the host portable supply is insufficient to permit continued charging, terminate charging and otherwise terminate the charging when the host portable power supply is depleted to the selected minimum charge level.
A method for detecting an impending loss of cut or a loss of cut that has already occurred during the thermal separation of a workpiece , in which energy is input into a cutting region, said method comprising the following method steps: a) applying a first alternating signal to the workpiece , b) identifying a second alternating signal caused by the first alternating signal in a measurement electrode spaced apart from the workpiece , characterized in that the method further comprises the process steps c) ascertaining the phase shift between the first and second alternating signal by outputting a phase shift signal (1; U DC ), d) comparing the phase shift signal (1; U DC ) with a prescribed upper limit value and a prescribed lower limit value (U lim, 2 ) for the phase shift signal (1; U DC ), wherein, when the phase shift signal (1; U DC ) exceeds the upper limit value (U lim, 1 ) or undershoots the lower limit value (U lim, 2 ), the energy input is changed. a) applying a first alternating signal to the workpiece , b) identifying a second alternating signal caused by the first alternating signal in a measurement electrode spaced apart from the workpiece , ascertaining the phase shift between the first and second alternating signal by outputting a phase shift signal (1; U DC ), d) comparing the phase shift signal (1; U DC ) with a prescribed upper limit value and a prescribed lower limit value (U lim, 2 ) for the phase shift signal (1; U DC ),
A system for creating a surgical plan, the surgical plan including a location of multiple dental implants to be placed in the mouth of a patient during surgery and a surgical protocol of instrumentation to be used to install the multiple dental implants , the system comprising: a computer configured to receive surgical-region scan data of a surgical region to receive the multiple dental implants and opposing condition scan data including dental conditions opposite the surgical region; software which causes the computer to develop a virtual model of the patient's mouth, by merging the surgical-region scan data and the opposing-condition scan data , wherein the opposing-condition scan data provides spatial constraint data including an available dimension measured from a surgical region of the patient's top or bottom jaw to an opposing region of the other of the patient's top or bottom jaw; a display associated with the computer, the virtual model being displayed on the display such that an available dimension from the surgical region to dental structures opposite the surgical region may be determined; and a memory device associated with the computer, the memory device being configured to store dimensions of the instrumentation to be used during the surgery, wherein the software causes the computer to compare the dimensions of the instrumentation to the available dimension of the virtual model to ensure that in use no spatial problems will be encountered in the patient's mouth and to create the surgical plan from the virtual model . a computer configured to receive surgical-region scan data of a surgical region to receive the multiple dental implants and opposing condition scan data including dental conditions opposite the surgical region; software which causes the computer to develop a virtual model of the patient's mouth, by merging the surgical-region scan data and the opposing-condition scan data , wherein the opposing-condition scan data provides spatial constraint data including an available dimension measured from a surgical region of the patient's top or bottom jaw to an opposing region of the other of the patient's top or bottom jaw; a display associated with the computer, the virtual model being displayed on the display such that an available dimension from the surgical region to dental structures opposite the surgical region may be determined; and a memory device associated with the computer, the memory device being configured to store dimensions of the instrumentation to be used during the surgery, wherein the software causes the computer to compare the dimensions of the instrumentation to the available dimension of the virtual model to ensure that in use no spatial problems will be encountered in the patient's mouth and to create the surgical plan from the virtual model .
A method, comprising: initiating , by a user equipment, establishment of a discovery context, wherein the initiating comprises transmitting a discovery context establishment indication to a network, and wherein the discovery context establishment indication comprises information about at least one other user that a user of the user equipment is interested in discovering; and receiving at the user equipment a discovery context establishment request from the network, wherein the discovery context establishment request comprises, when discovery context of the at least one other user is available in the network, beacon information for the at least one other user that the user of the user equipment is interested in discovering, wherein, a discovery context update is carried on a discovery update channel, DUCH, and; the method further comprising: using, by the user equipment, a same discontinuous reception, DRX, cycle for monitoring paging and the discovery context update, wherein receipt of the discovery update at the user equipment in an idle state is linked with a paging occasion of the user equipment. initiating , by a user equipment, establishment of a discovery context, wherein the initiating comprises transmitting a discovery context establishment indication to a network, and wherein the discovery context establishment indication comprises information about at least one other user that a user of the user equipment is interested in discovering; and receiving at the user equipment a discovery context establishment request from the network, wherein the discovery context establishment request comprises, when discovery context of the at least one other user is available in the network, beacon information for the at least one other user that the user of the user equipment is interested in discovering, wherein, a discovery context update is carried on a discovery update channel, DUCH, and; the method further comprising: using, by the user equipment, a same discontinuous reception, DRX, cycle for monitoring paging and the discovery context update, wherein receipt of the discovery update at the user equipment in an idle state is linked with a paging occasion of the user equipment.
An automatic transmission , comprising: a brake (BR2) including a hub member coupled to a transmission case ; a drum member coupled to a given rotary member (R3); a plurality of friction plates disposed between the hub member and the drum member ; and a piston configured to engage the plurality of friction plates , and a hydraulic chamber for engagement disposed radially inward of the hub member and to which hydraulic fluid for biasing the piston in an engaging direction is supplied; wherein the piston includes a pressing part configured to press the friction plates , a hydraulic chamber for engagement forming part forming the hydraulic chamber for engagement, wherein the hub member includes a plurality of spline parts with which the friction plates are spline-engaged in circumferential directions, characterized in that the piston further includes a coupling part coupling the pressing part to the hydraulic chamber for engagement forming part and extending radially, a plurality of notches is formed by cutting the coupling part of the piston so as to be spaced apart from each other in the circumferential directions, and end parts of the spline parts of the hub member in axial directions enter into the notches of the piston . a brake (BR2) including a hub member coupled to a transmission case ; a drum member coupled to a given rotary member (R3); a plurality of friction plates disposed between the hub member and the drum member ; and a piston configured to engage the plurality of friction plates , and a hydraulic chamber for engagement disposed radially inward of the hub member and to which hydraulic fluid for biasing the piston in an engaging direction is supplied; wherein the piston includes a pressing part configured to press the friction plates , a hydraulic chamber for engagement forming part forming the hydraulic chamber for engagement, wherein the hub member includes a plurality of spline parts with which the friction plates are spline-engaged in circumferential directions, characterized in that the piston further includes a coupling part coupling the pressing part to the hydraulic chamber for engagement forming part and extending radially, a plurality of notches is formed by cutting the coupling part of the piston so as to be spaced apart from each other in the circumferential directions, and end parts of the spline parts of the hub member in axial directions enter into the notches of the piston .
A method comprising: determining, within a unified data management function , a default configured network slice selection assistance information, NSSAI, for a public land mobile network , PLMN, for a remote unit , wherein the default configured NSSAI applies to PLMNs for which no specific configured NSSAI has been provided to the remote unit; and the unified data management function providing the default configured network slice selection assistance information to the remote unit via an access and mobility management function . determining, within a unified data management function , a default configured network slice selection assistance information, NSSAI, for a public land mobile network , PLMN, for a remote unit , wherein the default configured NSSAI applies to PLMNs for which no specific configured NSSAI has been provided to the remote unit; and the unified data management function providing the default configured network slice selection assistance information to the remote unit via an access and mobility management function .
Plant-based frozen confection comprising: • fat in an amount of 1 to 15 wt%; • sugars in an amount of 10 to 30 wt%; and • plant protein in an amount of 0.4 to 10 wt%; wherein the frozen confection does not contain 6 wt% to 10 wt% of inclusions which comprise cocoa solids and have a size distribution such that at least 90 wt% of the inclusions have a size of at least 4.76 mm and 100 wt% of the inclusions have a size of less than 19 mm; and wherein the plant protein comprises soy protein ( S ) and fava bean protein ( F ) in a weight ratio ( S:F ) of 1:1 to 1:4. • fat in an amount of 1 to 15 wt%; • sugars in an amount of 10 to 30 wt%; and • plant protein in an amount of 0.4 to 10 wt%; wherein the frozen confection does not contain 6 wt% to 10 wt% of inclusions which comprise cocoa solids and have a size distribution such that at least 90 wt% of the inclusions have a size of at least 4.76 mm and 100 wt% of the inclusions have a size of less than 19 mm; and wherein the plant protein comprises soy protein ( S ) and fava bean protein ( F ) in a weight ratio ( S:F ) of 1:1 to 1:4.
An electrical connection means comprising a female part having a socket section in which a male part is received, said male part having openings in the region of a base , wherein the socket section has projections which project into the openings and which, in the openings , are connected in a form-fitted manner to the male part , characterized in that an elastic latch projection is formed from a part of a wall of the socket section and projects outwardly, with a nose being formed at a side of the latch projection and projecting into a wall opening of the socket section , with the wall opening being larger than the nose so that the latch projection is movable.
A hybrid drive system for a vehicle , the system comprising an internal combustion engine and a drive motor each operable to propel the vehicle, an energy storage device for storing energy to power the drive motor, a driver operable accelerator control moveable from a zero to a maximum position to control the drive system, an arrangement for increasing resistance to movement of the accelerator control at at least one selected position in its travel thereby to divide the travel of the control into two or more parts and a controller arranged to control the internal combustion engine and drive motor in dependence on the position of the driver's control wherein the controller is arranged to control the internal combustion engine and drive motor according to a respective different mode of operation when the accelerator control is in each part of its travel, the arrangement for increasing resistance to movement of the accelerator control is under the control of the controller and may be disengaged by the controller to allow for movement of the accelerator control throughout its range of travel without any temporary increase in resistance at one or more selected positions and characterised in that the controller is arranged to control the internal combustion engine and drive motor according to a respective different mode of operation when the accelerator control is in each part of its travel only during acceleration of the vehicle from rest.
Numerical control machine comprising in its main parts a bearing structure-frame suited to support the various other parts, at least one lower surface , at least one table suited to hold a workpiece and mounted on said lower surface , and at least one head with an electric tool-holding spindle , wherein • said lower surface is inclined, • at least one slide travelling on guides is mounted on said inclined lower surface , • said table holding the workpiece is mounted on said slide and is at least suited to rotate the workpiece on a generically vertical axis (Y), and wherein said table is configured to be translated together with said slide with respect to the inclined lower surface and can thus be positioned at different heights, even higher than the position of said head , characterized in that said head in turn is formed by a system of moving arms suited to support said electric spindle on said structure-frame as well as to translate and rotate said electric spindle on the main axes, and wherein said head can orient the spindle even in an inclined direction (XI) in order to machine the workpiece from the bottom. • said lower surface is inclined, • at least one slide travelling on guides is mounted on said inclined lower surface , • said table holding the workpiece is mounted on said slide and is at least suited to rotate the workpiece on a generically vertical axis (Y),
A reinforcement composite frame characterized in that it comprises: at least one-layer set, wherein each layer set comprises: a first layer comprising at least one first prepreg strip having one first orientation; a second layer comprising at least one second prepreg strip having a second orientation arranged at an angle between 0° and 180° to each of the first prepreg strips , wherein each of the second prepreg strips is fixed to each of the first prepreg strips in at least one intersection area (A); and a third layer comprising a metal sheet at each intersection (A); wherein each prepreg strip comprises unidirectional thermoplastic fibre. a first layer comprising at least one first prepreg strip having one first orientation; a second layer comprising at least one second prepreg strip having a second orientation arranged at an angle between 0° and 180° to each of the first prepreg strips , wherein each of the second prepreg strips is fixed to each of the first prepreg strips in at least one intersection area (A); and a third layer comprising a metal sheet at each intersection (A); wherein each prepreg strip comprises unidirectional thermoplastic fibre.
A method of testing a physical system that includes software and hardware, the method comprising: developing a software application arranged to operate at least a portion of the physical system ; providing a library of simulation elements each selectable to simulate a component of the physical system to construct a simulation of the physical system , wherein each of the simulation elements includes a latency value that simulates delays that are inherent in each of the components of the physical system ; constructing a simulation of the physical system within a test ecosystem , the simulation including inputs that simulate control inputs of the physical system and outputs that simulate control and informational outputs; connecting the software application to the simulation of the physical system to test the operation of the software application ; and simulating operation of the physical system and the software application within the test ecosystem , the test ecosystem operable to simulate operation of the software application as each of a cloud application, a network application, and a local application. developing a software application arranged to operate at least a portion of the physical system ; providing a library of simulation elements each selectable to simulate a component of the physical system to construct a simulation of the physical system , wherein each of the simulation elements includes a latency value that simulates delays that are inherent in each of the components of the physical system ; constructing a simulation of the physical system within a test ecosystem , the simulation including inputs that simulate control inputs of the physical system and outputs that simulate control and informational outputs; connecting the software application to the simulation of the physical system to test the operation of the software application ; and simulating operation of the physical system and the software application within the test ecosystem , the test ecosystem operable to simulate operation of the software application as each of a cloud application, a network application, and a local application.
A battery module , comprising: a plurality of battery cell assemblies , each having at least one battery cell ; a bottom case configured to accommodate the plurality of battery cell assemblies ; an upper case mounted to an upper side of the bottom case; a cooling unit having a phase change material for cooling the plurality of battery cell assemblies , characterized in that the upper case is mounted to the upper side of the bottom case to expose a part of an upper side, a part of a front side and a part of a rear side of the plurality of battery cell assemblies ; and the cooling unit is configured to cover the exposed parts of the plurality of battery cell assemblies . a plurality of battery cell assemblies , each having at least one battery cell ; a bottom case configured to accommodate the plurality of battery cell assemblies ; an upper case mounted to an upper side of the bottom case; a cooling unit having a phase change material for cooling the plurality of battery cell assemblies , characterized in that the upper case is mounted to the upper side of the bottom case to expose a part of an upper side, a part of a front side and a part of a rear side of the plurality of battery cell assemblies ; and the cooling unit is configured to cover the exposed parts of the plurality of battery cell assemblies .
A turbine engine module with longitudinal axis X, comprising: - an unducted propeller intended to be driven in rotation about the longitudinal axis X, - at least one flow straightener comprising a plurality of stator vanes extending substantially along a radial axis Z, each stator vane comprising a root and a blade rising radially from the root , and - a system for changing the pitch of the blades of the stator vanes about a pitch axis A that passes through the root of each stator vane , characterized in that at least two adjacent stator vanes are connected to each other by at least one retaining member which is coupled to the blades of the stator vanes by at least one pivot shaft and which is mounted radially at a distance from the root of the stator vanes , said pivot shaft extending along a pivot axis B coaxial with the pitch axis A and being intended to allow the stator vanes to pivot about the pivot axis B, and in that it comprises anti-vibration means for damping vibration of the pivot shaft . - an unducted propeller intended to be driven in rotation about the longitudinal axis X, - at least one flow straightener comprising a plurality of stator vanes extending substantially along a radial axis Z, each stator vane comprising a root and a blade rising radially from the root , and - a system for changing the pitch of the blades of the stator vanes about a pitch axis A that passes through the root of each stator vane ,
Steamer accessory (4; 4'; 104) for steam-heating and/or -cooking food contained in a container , the steamer accessory (4; 4'; 104) comprising a steam generator (5; 105) comprising a steam production chamber (20; 120) connected to at least one steam distribution outlet (15; 115) provided in a lower part (10; 110) of the steam generator (5; 105), the steamer accessory (4; 4'; 104) comprising a ring (80; 80') carrying the steam generator (5; 105), the ring (80; 80') having a lower face and an upper face (82; 82'), the steamer accessory (4; 4'; 104) comprising a water reservoir (6; 106), the water reservoir (6; 106) being carried by the ring (80; 80'), characterised in that the ring (80; 80') provides, if desired with the steam generator (5; 105), at least one vent (90; 90') bringing the lower face (81; 81') of the ring (80; 80') into communication with the upper face (82; 82') of the ring (80; 80').