mhurhangee/ep-ind-claims huggingface dataset:
A touchscreen mirror device comprising: - a touchscreen panel having capacitive sensors defining a grid of sensor positions (Sxy) for detecting a position (X,Y) of an input object such as a fingertip across a surface of the mirror device; and - a mirror surface covering the touchscreen panel at a front side thereof, facing a front side of the mirror device, and configured to at least partially reflect a mirror image at the front side of the mirror surface; wherein the mirror surface comprises a reflective metal layer divided in separate metal islands (21a, 21b) that are electrically isolated from each other; wherein respective capacitive sensors (12a,12b) are associated with respective nearby metal islands (21a, 21b), wherein the capacitive sensors (12a,12b) are configured to measure a capacitive coupling (Ca,Cb) with their associated metal islands (21a, 21b); wherein at least a subset of the metal islands comprises pairs of neighboring metal islands (21a, 21b) having respective pairs of associated neighboring capacitive sensors (12a,12b), comprising a first capacitive sensor associated with a first metal island and a neighboring second capacitive sensor associated with a neighboring second metal island; wherein the neighboring metal islands (21a, 21b) are electrically isolated from each other by one contiguous non-conducting gap having a width between 10 and 200 micrometers without metal layer there between, wherein the touchscreen panel is configured to register a simultaneous coupling (Cf) between the input object and two or more neighboring metal islands (21a,21b) across the contiguous non-conducting gap by measuring a relative capacitive coupling (Ca,Cb) between the respective two or more neighboring metal islands (21a,21b) and their respective associated capacitive sensors (12a,12b) at the respective sensor positions (Sa,Sb), wherein a positional mapping (Cxy) is calculated by interpolating and/or smoothing variable amounts of capacitive coupling (C12a,C12b) measured across the grid of sensor positions (Sxy). - a touchscreen panel having capacitive sensors defining a grid of sensor positions (Sxy) for detecting a position (X,Y) of an input object such as a fingertip across a surface of the mirror device; and - a mirror surface covering the touchscreen panel at a front side thereof, facing a front side of the mirror device, and configured to at least partially reflect a mirror image at the front side of the mirror surface;
A stable cell line that contains within its genomic DNA and stably expresses both a gene encoding a functional heterologous nicotinic acetylcholine receptor (nACR) protein and a gene encoding a functional resistance to inhibitors of cholinesterase 3 protein, such that the cell line expresses a functional ion channel comprising the heterologous nACR protein, wherein the heterologous nACR protein is a nematode acetylcholine receptor subunit ACR-16.
An enteral feeding device comprising a base adapted to be deployed outside the human body and a tube which is adapted to be deployed by insertion through a stoma from outside the body; said tube having a proximal end, a distal end, an external diameter and a length between said proximal end and said distal end, said tube defining a longitudinal axis generally parallel to said length of said tube; said base having a top surface and a generally opposed bottom surface, a first end and a second end, and a first side and a second side generally opposed to one another and connecting said top and bottom surfaces (48, 50) and said first end and said second end; said proximal end of said tube being connected to and depending away from said bottom surface of said base; said bottom surface of said base defining a plane generally parallel to said bottom surface and generally perpendicular to said longitudinal axis of said tube; said bottom surface defining at least one recess which extends upwardly from said plane in a direction toward said top surface of said base, said recess directly surrounding at least a portion of said proximal end of said tube and forming an air space between said bottom surface of said base and said plane; said base defining a major axis and a minor axis, said major axis extending through said first and second ends (52, 54) and said minor axis extending through said first and second sides (53, 55), characterized in that said recess in said bottom surface being generally concave along said major axis and convex along said minor axis.
A magnetic actuator unit for a circuit breaker, comprising: - a core which comprises a core element; - a coil; - an actuating shaft; - a first movable plate; - a second movable plate; - two permanent magnets; wherein the first movable plate is attracted by the core to a first position at a first side of the core when a magnetic field is generated by the coil, the first movable plate switching the circuit breaker to an ON position when being attracted by the core; wherein the first movable plate and the second movable plate are spaced apart from one another in a fixed position at a distance, such that, if the first movable part lifts off from the core with a desired stroke of the magnetic actuator unit to an OFF position, the second movable plate bears against the non-magnetic flat insert at a second position at a second side of the core opposite of the first position generating a holding force of the magnetic actuator unit at the OFF position, wherein the magnetic actuator unit comprises: - a non-magnetic flat insert arranged between the core and the second movable plate; wherein the non-magnetic flat insert and the second movable plate are adapted for adjusting a holding force of the magnetic actuator unit provided by the second movable plate and sufficient for holding the second movable plate at the OFF position against the forces that are acting from the outside to the magnetic actuator 100, and characterized in that the magnetic actuator unit further comprises: - a fixing device for fixing the non-magnetic flat insert to the core, wherein the non-magnetic flat insert is bended at opposite ends forming bended ends which are orthogonal and upwards along a defined surface, in such a manner that the insert which is disposed on the bottom end of the core element is fixed to the core element by a screw passing through the core element and the bended ends. - a core which comprises a core element; - a coil; - an actuating shaft; - a first movable plate; - a second movable plate; - two permanent magnets; - a non-magnetic flat insert arranged between the core and the second movable plate; wherein the non-magnetic flat insert and the second movable plate are adapted for adjusting a holding force of the magnetic actuator unit provided by the second movable plate and sufficient for holding the second movable plate at the OFF position against the forces that are acting from the outside to the magnetic actuator 100, and characterized in that the magnetic actuator unit further comprises: - a fixing device for fixing the non-magnetic flat insert to the core, wherein the non-magnetic flat insert is bended at opposite ends forming bended ends
Carbon black, characterized in that the content of polycyclic aromatic hydrocarbons measured by the 22 PAH method is less than 5 ppm and the STSA surface area is less than < 90 m 2 /g and that the content of volatile constituents at 950°C is > 0.6%.
An image processing apparatus for executing functions described by script data, the script data storing information indicating how functions of the image processing apparatus are combined, comprising: first acquisition means for acquiring restricted function data indicating restricted functions whose execution by a user of the image processing apparatus is restricted; characterized by second acquisition means for acquiring function data indicating a plurality of functions to be called by script data; combined function determination means for determining, based on the function data acquired by said second acquisition means, a realizable function obtained by combining the plurality of functions indicated by the function data; and determination means for determining, based on the restricted function data acquired by said first acquisition means and the realizable function determined by said combined function determination means, whether an execution of the plurality of functions to be called by the script data is permitted or not, wherein said determination means determines that the execution is not permitted if the realizable function includes a restricted function whose execution by the user of the image processing apparatus is restricted. first acquisition means for acquiring restricted function data indicating restricted functions whose execution by a user of the image processing apparatus is restricted; characterized by second acquisition means for acquiring function data indicating a plurality of functions to be called by script data; combined function determination means for determining, based on the function data acquired by said second acquisition means, a realizable function obtained by combining the plurality of functions indicated by the function data; and determination means for determining, based on the restricted function data acquired by said first acquisition means and the realizable function determined by said combined function determination means, whether an execution of the plurality of functions to be called by the script data is permitted or not, wherein said determination means determines that the execution is not permitted if the realizable function includes a restricted function whose execution by the user of the image processing apparatus is restricted.
A vibrocompacting device, for forming molded carbon blocks in particular, comprising at least one mold of generally parallelepipedal form of rectangular cross-section that is open on its two, top and bottom horizontal faces, is capable of removable attachment to a vibrating table forming the bottom of the mold, and is capable of being subjected to vibrations by an actuating means, a pressing weight capable of being introduced axially into the mold via the top open face of the mold, a cover capable of sealingly closing the top open face of the mold, a system for the vertical displacement of the cover and the pressing weight with a suspension rod and combined with a system for subjecting the mold sealed by the cover to a vacuum and a back-pressure device comprising expandable means positioned between said cover and the pressing weight that is capable of axial displacement inside the mold, the expandable means comprising at least one stack of at least two inflatable cylinders (17a,17b) interacting with means for guiding the deformations and the strokes of said cylinders (17a, 17b) substantially parallel to the axial direction of introduction and displacement of the pressing weight inside the mold, characterized in that the expandable means consist of two mutually identical and mutually independent stacks or groups of stacks of inflatable cylinders, said stacks or groups of stacks being mounted symmetrically and laterally eccentrically to either side of the central vertical axis of the cover, the pressing weight and the mold, which is the longitudinal and vertical axis of the suspension rod, the back-pressure device being devoid of any central stack of cylinders that is coaxial with said central vertical axis of the mold, and the means for guiding the cylinders of each stack being specific to said stack and guiding the strokes and deformations of the cylinders of said stack according to a substantially vertical axis, laterally eccentrically in relation to said vertical axis.
A base station, comprising: a communication control unit configured to control radio communication with user equipment; and a broadcast information transmission unit configured to transmit broadcast information for a first type of user equipment and limited bandwidth broadcast information for a second type of user equipment, wherein the broadcast information transmission unit is configured to: include first scheduling information for second system information in first system information, include second scheduling information for third system information in the second system information, broadcast the second system information in accordance with the first scheduling information, and broadcast the third system information in accordance with the second scheduling information, the third system information being repeatedly transmitted in accordance with the second scheduling information, wherein the second scheduling information includes a window length, a repetition cycle and a transmission start timing for transmission of the third system information, with which subframes for repeatedly transmitting the third system information are identified. a communication control unit configured to control radio communication with user equipment; and a broadcast information transmission unit configured to transmit broadcast information for a first type of user equipment and limited bandwidth broadcast information for a second type of user equipment, wherein the broadcast information transmission unit is configured to: include first scheduling information for second system information in first system information, include second scheduling information for third system information in the second system information, broadcast the second system information in accordance with the first scheduling information, and broadcast the third system information in accordance with the second scheduling information, the third system information being repeatedly transmitted in accordance with the second scheduling information, wherein the second scheduling information includes a window length, a repetition cycle and a transmission start timing for transmission of the third system information, with which subframes for repeatedly transmitting the third system information are identified. include first scheduling information for second system information in first system information, include second scheduling information for third system information in the second system information, broadcast the second system information in accordance with the first scheduling information, and broadcast the third system information in accordance with the second scheduling information, the third system information being repeatedly transmitted in accordance with the second scheduling information,
A chemical-mechanical polishing composition comprising: (a) alumina particles, wherein the alumina particles have a surface that comprises an anionic polymer, (b) a removal rate inhibitor selected from a surfactant comprising a polyoxyalkylene functional group and a sulfonate functional group, a surfactant comprising a polyoxyalkylene functional group and a sulfate functional group, a first surfactant comprising a polyoxyalkylene functional group and a second surfactant comprising a sulfonate functional group, and a first surfactant comprising a polyoxyalkylene functional group and a second surfactant comprising a sulfate functional group, (c) an aqueous carrier, (d) an iron containing catalyst, and (e) a stabilizer selected from phosphoric acid, organic acids, phosphonate compounds, and nitriles. (a) alumina particles, wherein the alumina particles have a surface that comprises an anionic polymer, (b) a removal rate inhibitor selected from a surfactant comprising a polyoxyalkylene functional group and a sulfonate functional group, a surfactant comprising a polyoxyalkylene functional group and a sulfate functional group, a first surfactant comprising a polyoxyalkylene functional group and a second surfactant comprising a sulfonate functional group, and a first surfactant comprising a polyoxyalkylene functional group and a second surfactant comprising a sulfate functional group, (c) an aqueous carrier, (d) an iron containing catalyst, and (e) a stabilizer selected from phosphoric acid, organic acids, phosphonate compounds, and nitriles.
A method for manufacturing a Zn-Mg alloy-coated steel sheet having high blackening resistance and coating adhesion, the method comprising: forming a Zn-Mg coating layer on a base steel sheet; and performing a combustion chemical vapor deposition (CCVD) process to form an oxide film, wherein in the CCVD process, the base steel sheet is maintained within a temperature range of 330°C to 450°C. forming a Zn-Mg coating layer on a base steel sheet; and performing a combustion chemical vapor deposition (CCVD) process to form an oxide film, wherein in the CCVD process, the base steel sheet is maintained within a temperature range of 330°C to 450°C.
A machine with working heads for working three-dimensional metallic profiles, comprising at least two working heads (2a, 2b, 2c), a device for the simultaneous management of the movement of said heads (2a, 2b, 2c) which is adapted to move each one of said heads (2a, 2b, 2c) independently and simultaneously for the respective working of a different surface (5a, 5b, 5c) of said metallic profile and a device for the translational motion of said metallic profile along the longitudinal axis of said profile characterized in that said device for the simultaneous management of the movement of said heads (2a, 2b, 2c) is configured to translate said metallic profile simultaneously with said movement of said heads (2a, 2b, 2c) in engagement with said working surfaces (5a, 5b, 5c).
A valve arrangement for controlling a main flow of damping medium in a shock absorber from a first chamber (DC2 Pr) to a second chamber (DC1 Pc) during a first stroke and from the second chamber to the first chamber during a second stroke, the valve arrangement comprising: a first actuator having a first actuator chamber communicating with said first chamber and said second chamber, said first actuator, during said first stroke, being arranged to actuate on said main flow of damping medium in response to a first actuating pressure in the first actuator chamber; a pilot valve being arranged to control the first actuating pressure, the pilot valve having a pilot chamber being in fluid communication with the first actuator chamber; a first flow passage (6b; 106) for restricting a flow from the first actuator chamber to the pilot chamber; and a first valve member (7b; 115) arranged between two oppositely arranged valve seats (13b, 14b; 113, 114), forming a first valve and a second valve that may only be open one at the time, characterised in that the first valve member (7b; 115) is arranged to co-operate with said two oppositely arranged valve seats (13b, 14b; 113, 114) such that, during the first stroke, the second valve is closed and the first valve is open to allow a second flow passage between the first valve member and the first valve seat (13b; 113) in parallel with the first flow passage, and such that, during the second stroke, the first valve is closed and the second valve is open to allow a flow passage from the second chamber to the first actuator chamber. a first actuator having a first actuator chamber communicating with said first chamber and said second chamber, said first actuator, during said first stroke, being arranged to actuate on said main flow of damping medium in response to a first actuating pressure in the first actuator chamber; a pilot valve being arranged to control the first actuating pressure, the pilot valve having a pilot chamber being in fluid communication with the first actuator chamber; a first flow passage (6b; 106) for restricting a flow from the first actuator chamber to the pilot chamber; and a first valve member (7b; 115) arranged between two oppositely arranged valve seats (13b, 14b; 113, 114), forming a first valve and a second valve that may only be open one at the time, characterised in that the first valve member (7b; 115) is arranged to co-operate with said two oppositely arranged valve seats (13b, 14b; 113, 114) such that, during the first stroke, the second valve is closed and the first valve is open to allow a second flow passage between the first valve member and the first valve seat (13b; 113) in parallel with the first flow passage, and such that, during the second stroke, the first valve is closed and the second valve is open to allow a flow passage from the second chamber to the first actuator chamber.
A dry formulation of a vaccine that comprises a live attenuated virus, 30% to 80% (w/w) of a non-reducing oligosaccharide, 5% to 40% (w/w) of an amino acid stabilizer, 2% to 20% (w/w) of a protein stabilizer, 2% to 25% (w/w) of a bulking stabilizer and a buffer having a pH of 6.0 to 8.0; wherein prior to being dried the vaccine had been treated by a process selected from the group consisting of applying it to a membrane, freezing it into beads, freezing it in vials, spray drying, and spray freeze drying.
A stimulating medical device, comprising: a plurality of electrodes (201A, 201 B, 201 C); and a current source and a current sink electrically connectable to each one of the electrodes (201A, 201 B, 201 C) via electric switches; characterized by a calibration arrangement configured to compare the current provided by a selected one of the current sources to the current sunk by a selected one of the current sinks when said switches are set open so that no current flows to the electrodes, and configured to adjust an operational parameter of at least one of the source and sink based on said comparison such that the current provided by the selected current source is substantially the same as the current sunk by the current sink. a plurality of electrodes (201A, 201 B, 201 C); and a current source and a current sink electrically connectable to each one of the electrodes (201A, 201 B, 201 C) via electric switches; characterized by a calibration arrangement configured to compare the current provided by a selected one of the current sources to the current sunk by a selected one of the current sinks when said switches are set open so that no current flows to the electrodes, and configured to adjust an operational parameter of at least one of the source and sink based on said comparison such that the current provided by the selected current source is substantially the same as the current sunk by the current sink.
A camera device for use in a storage comprising: a case configured to be installable inside the storage so as to be detachably attachable; an image capturing element provided inside the case and configured to capture an image inside the storage where the case is installed; an image capturing window provided on a first surface portion of the case, the image capturing window configured for capturing the image inside the storage by the image capturing element; a preventing element (216, 217) configured to prevent the case from being installed on a holder unit in an orientation other than a predetermined orientation, the holder unit holding the case inside the storage, wherein the image capturing element is configured to capture the image inside the storage with the case being installed in the predetermined orientation. a case configured to be installable inside the storage so as to be detachably attachable; an image capturing element provided inside the case and configured to capture an image inside the storage where the case is installed; an image capturing window provided on a first surface portion of the case, the image capturing window configured for capturing the image inside the storage by the image capturing element; a preventing element (216, 217) configured to prevent the case from being installed on a holder unit in an orientation other than a predetermined orientation, the holder unit holding the case inside the storage, wherein the image capturing element is configured to capture the image inside the storage with the case being installed in the predetermined orientation.