mhurhangee/ep-ind-claims huggingface dataset:
A system (100, 500) comprising a data store arranged to store a plurality of data records associated with physical hardware modules which can be assembled by a user to form a single coherent physical whole object which acts as a user input device for an interactive software experience and is movable freely in three dimensions by a user, each data record of the plurality of data records relating to a single physical hardware module and comprising: a module ID field comprising an identifier for the module; an owner ID field comprising an identifier for an owner of the module; and at least one field defining a property of the module, wherein an authentication service is operable to verify at least one field in the data record and wherein the data store is further arranged to communicate with the interactive software experience to cause a change in behavior of the interactive software experience in response to a check of a plurality of data records in the data store; characterized in that the system further comprises a processor arranged, in response to a request to transfer a module from a first user owning the module and corresponding to a first owner ID, to a second user corresponding to a second owner ID, to at least one of: change the owner ID field in a data record relating to the module from the first owner ID to the second owner ID; and transfer the at least one field defining a property of the module from a first data record comprising a first module ID and the first owner ID to a second data record comprising a second module ID and the second owner ID. a module ID field comprising an identifier for the module; an owner ID field comprising an identifier for an owner of the module; and at least one field defining a property of the module, change the owner ID field in a data record relating to the module from the first owner ID to the second owner ID; and transfer the at least one field defining a property of the module from a first data record comprising a first module ID and the first owner ID to a second data record comprising a second module ID and the second owner ID.
Wooden lattice beam for construction, having an upper belt and a lower belt which are connected to one another by struts which each have pins at their ends, the pins of in each case one end of the struts being inserted and glued into grooves of the upper belt, which grooves run in the longitudinal direction of the upper belt, and the pins of in each case the other end of the struts being inserted and glued into grooves of the lower belt which extend in the longitudinal direction of the lower belt, are inserted and glued, the length of the grooves in the longitudinal direction of the belts corresponding or substantially corresponding to the dimensions of the pins inserted therein, and the side surfaces extending in the longitudinal directions of each of the grooves forming an acute angle and the surfaces of the pin glued into the respective groove, which surfaces are glued to these side surfaces, forming a corresponding acute angle, the cross-sections of the grooves being of rectangular or substantially rectangular design and the grooves in the belts (4, 5) having, in side view, circular and/or oval partial surfaces, and in that the corresponding tine profiles of the struts are adapted correspondingly to these partial surfaces.
An ink jet card printer comprising: a card transport comprising: a first belt; a first motor configured to drive the first belt to feed a card along a processing axis; a second belt; and a second motor configured to drive the second belt to feed a card along the processing axis; and a print unit comprising: an ink jet print head configured to print images on a card supported in a print position on the first belt and on a card supported in a print position on the second belt in a single print operation; and a gantry configured to move the ink jet print head along a fast scan axis that is parallel to the processing axis and a slow scan axis that is perpendicular to the processing axis. a first belt; a first motor configured to drive the first belt to feed a card along a processing axis; a second belt; and a second motor configured to drive the second belt to feed a card along the processing axis; and a print unit comprising: an ink jet print head configured to print images on a card supported in a print position on the first belt and on a card supported in a print position on the second belt in a single print operation; and a gantry configured to move the ink jet print head along a fast scan axis that is parallel to the processing axis and a slow scan axis that is perpendicular to the processing axis. an ink jet print head configured to print images on a card supported in a print position on the first belt and on a card supported in a print position on the second belt in a single print operation; and a gantry configured to move the ink jet print head along a fast scan axis that is parallel to the processing axis and a slow scan axis that is perpendicular to the processing axis.
A method for predicting the responsiveness of a cancer cell to an MEK inhibitor, comprising: detecting the presence of at least one mutation in ADAM12 in the cancer cell, by contacting a nucleic acid sample derived from the cancer cell with at least one oligonucleotide which allows specific detection of the mutation; wherein presence of mutation in ADAM12 is indicative of decreased responsiveness of the cancer cell to the MEK inhibitor. detecting the presence of at least one mutation in ADAM12 in the cancer cell, by contacting a nucleic acid sample derived from the cancer cell with at least one oligonucleotide which allows specific detection of the mutation; wherein presence of mutation in ADAM12 is indicative of decreased responsiveness of the cancer cell to the MEK inhibitor.
An electric motor comprising: - a frame defining an inner volume; - a rotor and a stator, the rotor and the stator being housed in the inner volume; - at least one primary cooling circuit crossing the stator, the primary circuit comprising a primary inlet and a primary outlet, each in fluidic communication with the outside of the motor, the primary inlet being adapted for receiving an external fluid coming from the outside, the external fluid being intended to circulate in the primary circuit and to emerge through the primary outlet; - at least one cooling device outside the frame, the cooling device comprising a secondary inlet, a secondary outlet and at least one secondary conduit, the secondary inlet and the secondary outlet being in fluidic communication with the inner volume, the secondary conduit being adapted for connecting the secondary inlet and the secondary outlet and extending at least partly on the outside of the frame, and - at least one secondary cooling circuit separated from the primary circuit, the secondary circuit crossing the rotor and being in fluidic communication with the secondary inlet and the secondary outlet of the cooling device, an internal fluid being intended to circulate in the secondary circuit and in the cooling device, the motor further comprising a channel delimiting an internal space, the channel extending between an internal wall of the cooling device and an external wall of the stator, the primary circuit comprising a deviation, connected to the primary inlet, so as to supply the channel from a fraction of the external fluid received by the primary inlet. - a frame defining an inner volume; - a rotor and a stator, the rotor and the stator being housed in the inner volume; - at least one primary cooling circuit crossing the stator, the primary circuit comprising a primary inlet and a primary outlet, each in fluidic communication with the outside of the motor, the primary inlet being adapted for receiving an external fluid coming from the outside, the external fluid being intended to circulate in the primary circuit and to emerge through the primary outlet; - at least one cooling device outside the frame, the cooling device comprising a secondary inlet, a secondary outlet and at least one secondary conduit, the secondary inlet and the secondary outlet being in fluidic communication with the inner volume, the secondary conduit being adapted for connecting the secondary inlet and the secondary outlet and extending at least partly on the outside of the frame, and - at least one secondary cooling circuit separated from the primary circuit, the secondary circuit crossing the rotor and being in fluidic communication with the secondary inlet and the secondary outlet of the cooling device, an internal fluid being intended to circulate in the secondary circuit and in the cooling device,
Method for producing composite metal parts by incorporating inner reinforcements formed of fibres, comprising machining steps in a metal body or container of at least one housing cavity for an insert of corresponding shape comprising reinforcement fibres, introducing a cover on the insert in the cavity of the container, the cover having walls held under pressure against the facing walls of the container, with an isostatic hot compaction cycle of such a container/insert/cover unit, and machining said unit to obtain said part, characterised in that it consists in continuing the step of pressurising the cover and the container by a pre-welding heat diffusion treatment, consisting in an increase and a maintenance in temperature of the container/insert/cover unit securing the cover and the container.
A method for the contact-analogue display of a navigation instruction for a driving manoeuvre, more especially a lane change, of a vehicle, wherein the driving manoeuvre can be carried out at any point of a continuous route of a carriageway, comprising the following steps: displaying the instruction in a contact-analogue stationary manner at the start of the route for a first stretch travelled by the vehicle; adapting the contact-analogue display of the instruction to the change in position of the vehicle, so that the instruction changes its position in accordance with the change in position of the vehicle, for a second stretch travelled by the vehicle; displaying the instruction in a contact-analogue stationary manner at the end of the route for a third stretch travelled by the vehicle; wherein the first, second and third stretches are arranged spatially in such a way that they are travelled through in this order by the vehicle. displaying the instruction in a contact-analogue stationary manner at the start of the route for a first stretch travelled by the vehicle; adapting the contact-analogue display of the instruction to the change in position of the vehicle, so that the instruction changes its position in accordance with the change in position of the vehicle, for a second stretch travelled by the vehicle; displaying the instruction in a contact-analogue stationary manner at the end of the route for a third stretch travelled by the vehicle; wherein the first, second and third stretches are arranged spatially in such a way that they are travelled through in this order by the vehicle.
A communication terminal comprising: a communication circuit configured to establish a first radio link to a first communication network; and receive, via the first radio link to the first communication network, a message from the first communication network that indicates establishing a second radio link to a second communication network for a circuit-switched fallback call; a controller configured to select all the channel frequencies of an area in which the communication terminal is located, said channel frequencies being included in a predetermined list of channel frequencies that is stored in a memory of the communication terminal, said channel frequencies being provided for the circuit-switched fallback call to the second communication network; before an initial cell selection attempt to the second communication network for the circuit-switched fallback call, measure all the selected channel frequencies to obtain power levels for one or more radio cells and prepare a cell rank list with entries that place the radio cells with the highest power levels on top; and control the communication circuit to attempt to establish the second radio link to the second communication network starting from the top of the cell rank list and to establish the circuit-switched fallback call via the established second radio link. a communication circuit configured to establish a first radio link to a first communication network; and receive, via the first radio link to the first communication network, a message from the first communication network that indicates establishing a second radio link to a second communication network for a circuit-switched fallback call; a controller configured to select all the channel frequencies of an area in which the communication terminal is located, said channel frequencies being included in a predetermined list of channel frequencies that is stored in a memory of the communication terminal, said channel frequencies being provided for the circuit-switched fallback call to the second communication network; before an initial cell selection attempt to the second communication network for the circuit-switched fallback call, measure all the selected channel frequencies to obtain power levels for one or more radio cells and prepare a cell rank list with entries that place the radio cells with the highest power levels on top; and control the communication circuit to attempt to establish the second radio link to the second communication network starting from the top of the cell rank list and to establish the circuit-switched fallback call via the established second radio link.
Rain overflow tank for collecting and storing water, in particular rainwater, mixed water or dirty water, having an inflow, an outflow, at least one tank chamber provided with a cover, at least one tank overflow which is equipped with a weir sill and which is arranged downstream of the tank chamber, at least one outlet which relieves the tank overflow, and a cleaning device for cleaning the water flowing from the tank chamber to the tank overflow, a retaining wall is provided between the tank chamber and tank overflow and serves to impound water arising in the tank chamber, wherein an impounding space is provided between the retaining wall and the weir sill, in which impounding space water flowing off from the tank chamber is impounded in order to pass into the tank overflow via the weir sill, a through-opening is provided in the retaining wall, the retaining wall extends up to the cover of the rain overflow tank or up to an emergency overflow, which is adjacent to the cover of the rain overflow tank, between the tank chamber and tank overflow, characterized in that the cleaning device provided is a movement-fixed retaining element which extends into the tank chamber in such a way that water flowing off out of the tank chamber through the through-opening into the impounding space flows through the retaining element, and a gradient is provided which slopes down from the weir sill towards the through-opening of the retaining wall in such a way that, with sinking water level in the rain overflow tank, a backflow of the water from the impounding space through the through-opening towards the tank chamber can always take place.
System for a vehicle roof, having: - a cover carrier, - a guide rail with a guide channel, a hole and a cutout, wherein the guide rail completely surrounds the hole in a plane, - a cover which is displaceable between a first and a second position along the guide rail along a first direction, - a screw, wherein - the cover carrier can be fastened to the cover by means of the screw, wherein: - the screw is arranged in the guide channel in the first position, - the hole is positioned in the guide rail such that the screw is accessible along a second direction through the hole from a side of the guide rail opposite to the guide channel, and - the cutout is positioned on the guide rail such that the screw can be decoupled in a third direction from the guide channel through the cutout, wherein the first, the second and the third direction are each oriented transversely to one another, characterized in that - the cover carrier is coupled to a slider, and - the slider is displaceable in the guide channel along the first direction, wherein an extent of the slider along the first direction is greater than an extent of the cutout along the first direction. - a cover carrier, - a guide rail with a guide channel, a hole and a cutout, wherein the guide rail completely surrounds the hole in a plane, - a cover which is displaceable between a first and a second position along the guide rail along a first direction, - a screw, wherein - the cover carrier can be fastened to the cover by means of the screw, wherein: - the screw is arranged in the guide channel in the first position, - the hole is positioned in the guide rail such that the screw is accessible along a second direction through the hole from a side of the guide rail opposite to the guide channel, and - the cutout is positioned on the guide rail such that the screw can be decoupled in a third direction from the guide channel through the cutout, wherein the first, the second and the third direction are each oriented transversely to one another, characterized in that - the cover carrier is coupled to a slider, and - the slider is displaceable in the guide channel along the first direction, wherein an extent of the slider along the first direction is greater than an extent of the cutout along the first direction.
A method for lyophilizing a solution, the method comprising: depositing the solution into one or more first syringe barrels; suspending a rack within a tub, the rack adapted to suspend the one or more first syringes in the tub; positioning a covering plate, covering the one or more first syringes with the covering plate before placing the one or more first syringes and the covering plate inside a lyophilizing apparatus or covering the one or more first syringes with the covering plate after placing the one or more first syringes and the covering plate inside the lyophilizing apparatus, and at least partially lyophilizing the solution by cooling the solution and applying a vacuum to the solution, characterized in that the covering plate comprises one or more protuberances projecting from a surface to align with an opening of the one or more first syringes, the one or more protuberances adapted to fit inside at least a portion of the one or more first syringes, the one or more projecting protuberances engaged inside the at least a portion of the one or more first syringes and at least partially lyophilizing the solution allows vapor to escape through an annular gap between each of the one or more protuberances and a side wall of each of the one or more first syringes. depositing the solution into one or more first syringe barrels; suspending a rack within a tub, the rack adapted to suspend the one or more first syringes in the tub; positioning a covering plate, covering the one or more first syringes with the covering plate before placing the one or more first syringes and the covering plate inside a lyophilizing apparatus or covering the one or more first syringes with the covering plate after placing the one or more first syringes and the covering plate inside the lyophilizing apparatus, and at least partially lyophilizing the solution by cooling the solution and applying a vacuum to the solution, characterized in that the covering plate comprises one or more protuberances projecting from a surface to align with an opening of the one or more first syringes, the one or more protuberances adapted to fit inside at least a portion of the one or more first syringes, the one or more projecting protuberances engaged inside the at least a portion of the one or more first syringes and at least partially lyophilizing the solution allows vapor to escape through an annular gap between each of the one or more protuberances and a side wall of each of the one or more first syringes.
A method for controlling the feed of a value document stack from which value documents are singled, having the steps: - recording an image of a side of the value document stack, - evaluating the recorded image of the side of the value document stack, in order to recognize the edges of the individual value documents in an image portion of the image and in order to ascertain a number of value document edges in the image portion, - controlling the feed of the value document stack in dependence on the number of the value document edges which were ascertained in the image portion, characterized in - that upon the evaluation of the recorded image, if in the image portion the number of value document edges cannot, or not sufficiently, be ascertained, additionally a brightness of the image is ascertained in this image portion, and - that upon the singling of the value documents imaged in this image portion the feed of the value document stack is controlled in dependence on the brightness ascertained in this image portion. - recording an image of a side of the value document stack, - evaluating the recorded image of the side of the value document stack, in order to recognize the edges of the individual value documents in an image portion of the image and in order to ascertain a number of value document edges in the image portion, - controlling the feed of the value document stack in dependence on the number of the value document edges which were ascertained in the image portion, - that upon the evaluation of the recorded image, if in the image portion the number of value document edges cannot, or not sufficiently, be ascertained, additionally a brightness of the image is ascertained in this image portion, and - that upon the singling of the value documents imaged in this image portion the feed of the value document stack is controlled in dependence on the brightness ascertained in this image portion.
A heating system for heating a body of a preform for moulding, the body of the preform having a material thickness bounded by a first surface and a second surface of the body, wherein the first surface is an outer surface of the body and the second surface is an inner surface of the body, which heating system comprises at least the following elements: - a light source arrangement which is arranged to emit a number of directed light beams, - a coupling arrangement (15, 21) arranged to deliberately couple light from the light source arrangement in a specific direction into the body during at least a certain minimum period such that the light is essentially guided along a longer path between the first and second surface within the body, the longer path being at least twice as long as the shortest distance between the first and second surface, wherein the coupling arrangement (15, 21) is further arranged such that light from the light source arrangement is coupled into the body at an angle (β) within an acceptance angle range of a material of the body characterized in that the coupling arrangement is further arranged such that the light from the light source is guided between the first and second surfaces by total internal reflection. - a light source arrangement which is arranged to emit a number of directed light beams, - a coupling arrangement (15, 21) arranged to deliberately couple light from the light source arrangement in a specific direction into the body during at least a certain minimum period such that the light is essentially guided along a longer path between the first and second surface within the body, the longer path being at least twice as long as the shortest distance between the first and second surface, wherein the coupling arrangement (15, 21) is further arranged such that light from the light source arrangement is coupled into the body at an angle (β) within an acceptance angle range of a material of the body characterized in that the coupling arrangement is further arranged such that the light from the light source is guided between the first and second surfaces by total internal reflection.