mhurhangee/ep-ind-claims huggingface dataset:
A digital Map stored in a memory device, the digital Map numerically representing a physical space for the purpose of computational navigation for facilitating the planning of a route from current location to a desired destination and the transmission of radio signals, said digital Map comprises Data Structures corresponding to a plurality of Cells, each said Cell corresponding to a particular location within said physical space, each said Cell further having a Boundary, said Boundary being defined by a data set of numerical values within corresponding Cell Data Structure, said data set further comprising at least a numerical value for at least a Permeability attribute recorded in said Data Structure, said Permeability attribute numerically representing the ability of said Boundary to be traversed, characterized in that said numerical Permeability attribute pertains to transmission of radio signals, so that upon transmission of electronic messages between two devices located in various locations corresponding to specific cells on the map and which are not in direct transmission range of each other, by evaluating signal Permeability values for the cell boundaries which lie between said two devices, and knowing the locations of candidate relay devices, an optimized relay chain of intermediary devices can be computed to ensure most efficient transmission of the message.
Plate element for a heat exchanger, which is an at least two-layered arrangement, having a layer, by means of which enthalpy can be transferred between two fluid flows separated by the plate element, and at least one perforated layer (3, 4), characterized in that the plate element is designed as a laminate arrangement, in that the layer intended to transfer the enthalpy between the two fluid flows separated by the plate element is designed as a membrane layer, in that the at least one perforated layer (3, 4) is designed as a support layer (3, 4) made from a perforated and deformable material, and in that by means of the at least one support layer (3, 4) the plate element can be given a predeterminable mechanical strength and a spatial structure and this can be maintained.
A method for making a book, characterized by comprising: cutting printed sheets, brushing glue onto edges of the printed sheets, bonding the printed sheets through the glue, positioning and fixing the printed sheets with a right-angled mold; and perforating each of the positioned and fixed printed sheets, and to reinforce each printed sheet by stringing the holes. cutting printed sheets, brushing glue onto edges of the printed sheets, bonding the printed sheets through the glue, positioning and fixing the printed sheets with a right-angled mold; and perforating each of the positioned and fixed printed sheets, and to reinforce each printed sheet by stringing the holes.
An electro-optic display comprising: a layer of solid electro-optic material capable of changing at least one optical characteristic upon application of an electric field thereto; a backplane comprising at least one electrode arranged to apply an electric field to the layer of electro-optic material; and an adhesive layer comprising a polyurethane and disposed between the layer of electro-optic material and the backplane and adhesively securing the layer of electro-optic material to the backplane, the adhesive layer being characterized in that it comprises a thermally-activated cross-linking agent capable, upon exposure to an activation temperature, of cross-linking the adhesive layer, the cross-linking agent comprising an epoxidized vegetable oil fatty acid or an epoxidized ester of such a fatty acid. a layer of solid electro-optic material capable of changing at least one optical characteristic upon application of an electric field thereto; a backplane comprising at least one electrode arranged to apply an electric field to the layer of electro-optic material; and an adhesive layer comprising a polyurethane and disposed between the layer of electro-optic material and the backplane and adhesively securing the layer of electro-optic material to the backplane, the adhesive layer being characterized in that it comprises a thermally-activated cross-linking agent capable, upon exposure to an activation temperature, of cross-linking the adhesive layer, the cross-linking agent comprising an epoxidized vegetable oil fatty acid or an epoxidized ester of such a fatty acid.
Use of a Reg3α polypeptide comprising the amino acid sequence SEQ ID NO: 4 or a sequence at least 85% identical thereto for promoting ex vivo growth of oxygen sensitive gram-positive bacteria.
A specimen mixing and transfer device adapted to receive a fluid sample, characterized in that the device comprises: a housing having a first end including an inlet, a second end including an outlet, and a sidewall extending therebetween; a material including pores and disposed within the housing; a dry anticoagulant powder within the pores of the material; and a mixing chamber, wherein the material is disposed within the mixing chamber; wherein the housing further comprises an inlet channel in fluid communication with the inlet and the mixing chamber and an outlet channel in fluid communication with the mixing chamber and the outlet; characterized by a dispensing chamber between the mixing chamber and the outlet, the dispensing chamber being configured to hold the stabilized sample until it is desired to transfer the stabilized sample from the specimen mixing and transfer device, wherein the material is a melamine open cell foam. a housing having a first end including an inlet, a second end including an outlet, and a sidewall extending therebetween; a material including pores and disposed within the housing; a dry anticoagulant powder within the pores of the material; and a mixing chamber, wherein the material is disposed within the mixing chamber; wherein the housing further comprises an inlet channel in fluid communication with the inlet and the mixing chamber and an outlet channel in fluid communication with the mixing chamber and the outlet; characterized by a dispensing chamber between the mixing chamber and the outlet, the dispensing chamber being configured to hold the stabilized sample until it is desired to transfer the stabilized sample from the specimen mixing and transfer device, wherein the material is a melamine open cell foam.
System for deploying an implant, the system comprising: - a handle, - a catheter extending from the handle, the catheter being arranged for holding an implant at an implant holding portion at a distal end of the catheter, - an implant retaining sheath, the implant retaining sheath being arranged so as to surround the implant holding portion so as to retain an implant that is arranged at the implant holding portion, - a pull tab, the pull tab being connected to the implant retaining sheath so that a proximal pull on the pull tab pulls back the implant retaining sheath so as to release an implant arranged at the implant holding portion, the pull tab further comprising an engagement feature that is arranged on the pull tab and that is moved proximally as the pull tab is moved proximally, the engagement feature being arranged to engage with a first interference feature arranged at a first fixed longitudinal position on the system for deploying the implant, wherein an engagement between the engagement feature and the first interference feature provides tactile feedback to a user of the system that the implant retaining sheath has been pulled back a pre-set distance, further comprising a pull tab withdrawal mechanism, the pull tab withdrawal mechanism being arranged pull the pull tab proximally so as to release an implant arranged at the implant holding portion, the pull tab withdrawal mechanism comprising a thumbwheel coupled to a spindle, the spindle being arranged for winding up the pull tab so as to exert a proximal pull on the pull tab. - a handle, - a catheter extending from the handle, the catheter being arranged for holding an implant at an implant holding portion at a distal end of the catheter, - an implant retaining sheath, the implant retaining sheath being arranged so as to surround the implant holding portion so as to retain an implant that is arranged at the implant holding portion, - a pull tab, the pull tab being connected to the implant retaining sheath so that a proximal pull on the pull tab pulls back the implant retaining sheath so as to release an implant arranged at the implant holding portion, the pull tab further comprising an engagement feature that is arranged on the pull tab and that is moved proximally as the pull tab is moved proximally, the engagement feature being arranged to engage with a first interference feature arranged at a first fixed longitudinal position on the system for deploying the implant, wherein an engagement between the engagement feature and the first interference feature provides tactile feedback to a user of the system that the implant retaining sheath has been pulled back a pre-set distance, further comprising a pull tab withdrawal mechanism, the pull tab withdrawal mechanism being arranged pull the pull tab proximally so as to release an implant arranged at the implant holding portion, the pull tab withdrawal mechanism comprising a thumbwheel coupled to a spindle, the spindle being arranged for winding up the pull tab so as to exert a proximal pull on the pull tab.
Superstructure support as part of a prosthetic tooth replacement between an implant body and a superstructure, with a hollow implant post, a hollow implant pin and an implant flange disposed therebetween, wherein cavity zones (67, 62, 64) of the implant post and the implant pin transition into each other to enable the passage and accommodation of a screw that connects the superstructure support and the implant body, - wherein the upper and lower cavity zones (67, 62) each have a centre line (69, 63), which lines intersect in a middle cavity zone, - wherein a screw head seat surface, which widens to form the implant flange, adjoins the lower cavity zone of the implant pin, - wherein a middle cavity zone exists between the upper cavity zone and the screw head seat surface, the middle cavity zone having the form of a curved recess in which the upper cavity zone as a cylindrical borehole and the screw head seat surface as an internal cone adjoin one another with seamless tangential transitions, - wherein at least regions of the implant flange form a supporting enveloping surface which is orientated toward the implant post and whose outer edge spans a reference plane which is intersected perpendicularly by the centre line of the lower post-side cavity zone, and - wherein the two centre lines (69, 63) intersect or cross each other below the reference plane. - wherein the upper and lower cavity zones (67, 62) each have a centre line (69, 63), which lines intersect in a middle cavity zone, - wherein a screw head seat surface, which widens to form the implant flange, adjoins the lower cavity zone of the implant pin, - wherein a middle cavity zone exists between the upper cavity zone and the screw head seat surface, the middle cavity zone having the form of a curved recess in which the upper cavity zone as a cylindrical borehole and the screw head seat surface as an internal cone adjoin one another with seamless tangential transitions, - wherein at least regions of the implant flange form a supporting enveloping surface which is orientated toward the implant post and whose outer edge spans a reference plane which is intersected perpendicularly by the centre line of the lower post-side cavity zone, and - wherein the two centre lines (69, 63) intersect or cross each other below the reference plane.
A method for displaying operating interfaces, comprising: receiving a pull-down operation in a first set area on a touchscreen to show a first operating interface, wherein the pull-down operation comprises pulling from an edge of the touchscreen; displaying the first operating interface on the touchscreen after receiving the pull-down operation, wherein the first operating interface comprises a pull-down notification interface; receiving a slide operation on the touchscreen when the first operating interface is displayed, wherein the slide operation ends at a second set area which is adjacent to the first set area; and switching from displaying the first operating interface to displaying a second operating interface on the touchscreen in response to the slide operation; wherein the first operating interface is different from the second operating interface; wherein a display width of the second operating interface is the same as a display width of the first operating interface, which is the same as a width of the touchscreen. receiving a pull-down operation in a first set area on a touchscreen to show a first operating interface, wherein the pull-down operation comprises pulling from an edge of the touchscreen; displaying the first operating interface on the touchscreen after receiving the pull-down operation, wherein the first operating interface comprises a pull-down notification interface; receiving a slide operation on the touchscreen when the first operating interface is displayed, wherein the slide operation ends at a second set area which is adjacent to the first set area; and switching from displaying the first operating interface to displaying a second operating interface on the touchscreen in response to the slide operation; wherein the first operating interface is different from the second operating interface; wherein a display width of the second operating interface is the same as a display width of the first operating interface, which is the same as a width of the touchscreen.
Camera system for a utility vehicle having a cabin, the camera system comprising two pairs of cameras (2, 3), wherein a first pair of cameras is arranged at the left side portion of the cabin of the utility vehicle and a second pair of cameras is arranged at the right side portion of the cabin of the utility vehicle, wherein the cameras (2.1, 2.2, 3.1, 3.2) of the first and second pair of cameras (2, 3) are arranged one above the other in a vertical direction, wherein the first pair of cameras builds a rear-viewing stereo camera system for providing image information and distance information of an area on the left side of the utility vehicle and the second pair of cameras builds a rear-viewing stereo camera system for providing image information and distance information of an area on the right side of the utility vehicle, wherein the cameras (2.1, 2.2, 3.1, 3.2) of the first and second pair of cameras (2, 3) are arranged by means of one or more spacers at the cabin of the utility vehicle, the spacers providing a lateral distance of the cameras (2.1, 2.2, 3.1, 3.2) to the cabin and wherein the cameras (2.1, 2.2, 3.1, 3.2) of each pair of cameras (2, 3) have a vertical distance of at least 0.5m, characterized in that the cameras (2.1, 2.2, 3.1, 3.2) comprise a rectangular or essentially rectangular field of view and in that the cameras (2.1, 2.2, 3.1, 3.2) are positioned to provide portrait view, and in that it comprises a control unit (8, 9, 10) implementing a trained neural network for calculating a disparity map and distance information to objects included in the image information provided by the cameras (2.1, 2.2, 3.1, 3.2).
Process for the cleaning of an installation used in the preparation and/or the storage of beer, or any type of alcoholic drinks whose manufacturing process involve yeast or any other aerobic fermentation medium likely to release carbon dioxide, comprising the steps of: optional pre-washing of the installation; washing of the installation by circulation in said installation of an effective quantity of a formulation comprising at least one alkane sulphonic acid; and rinsing of said installation by circulation of a rinsing solution. optional pre-washing of the installation; washing of the installation by circulation in said installation of an effective quantity of a formulation comprising at least one alkane sulphonic acid; and rinsing of said installation by circulation of a rinsing solution.
A computer-implemented method of constructing a model of the motion of a mobile device using pose graph Simultaneous Localization and Mapping, SLAM, wherein the method comprises: using a sensor of the device to obtain positional data providing an estimated pose of the mobile device; generating an initial graph based upon the positional data from the sensor, nodes of which graph provide a series of possible poses of the device, and edges of which graph represent odometry and loop closure constraints; processing the graph to estimate confidence scores for each loop closure by performing pairwise consistency tests between each loop closure and a set of other loop closures; and generating an augmented graph from the initial graph by: retaining or deleting each loop closure based upon the confidence scores; and inserting artificial loop closure edges into the graph between pairs of retained loop closures. using a sensor of the device to obtain positional data providing an estimated pose of the mobile device; generating an initial graph based upon the positional data from the sensor, nodes of which graph provide a series of possible poses of the device, and edges of which graph represent odometry and loop closure constraints; processing the graph to estimate confidence scores for each loop closure by performing pairwise consistency tests between each loop closure and a set of other loop closures; and generating an augmented graph from the initial graph by: retaining or deleting each loop closure based upon the confidence scores; and inserting artificial loop closure edges into the graph between pairs of retained loop closures. retaining or deleting each loop closure based upon the confidence scores; and inserting artificial loop closure edges into the graph between pairs of retained loop closures.
A method of operating a communication device, the method comprising: determining a first coordinated multipoint, CoMP, mode, the first CoMP mode comprising one of a plurality of CoMP modes, wherein each of the plurality of CoMP modes is configured to operate using a uniform feedback format; electronically receiving feedback from a user device in the uniform feedback format; and determining transmission parameters of the first CoMP mode, wherein the uniform feedback format comprises a precoder matrix indicator, PMI, feedback format, characterized in that the PMI for coherent channel combining is derived according to: G unified = H 1 + H 2 F 2 N T, L Q L, wherein H 1 is a channel matrix of the serving cell, H 2 is a channel matrix of the coordinating cell, F 2 is a matrix selected from a codebook to constructively combine the channels H 1 and H 2, Q is a preferred PMI for the combined channel that is selected from a codebook, N T,L is a number of transmit antennas from the coordinating cell, and L is the number of layers transmitted for the combined channel. determining a first coordinated multipoint, CoMP, mode, the first CoMP mode comprising one of a plurality of CoMP modes, wherein each of the plurality of CoMP modes is configured to operate using a uniform feedback format; electronically receiving feedback from a user device in the uniform feedback format; and determining transmission parameters of the first CoMP mode, wherein the uniform feedback format comprises a precoder matrix indicator, PMI, feedback format,
Device for controlling the temperature of at least one sample, wherein the device comprises at least the following components: • means for accommodating at least one sample comprising at least one reaction vessel or sample plate or sample block; • means for heating and/or cooling at least one sample; • means for covering at least one sample; • at least one force distribution unit as situated between said means for covering and the means for accommodating at least one sample, wherein the force distribution unit is suitable for (i) accommodating a force/pressure as exerted onto the force distribution unit by application of pressure and/or by at least one movable element (15, 15') that is part of the means for covering, and for (ii) redistributing and/or redirecting said force/pressure onto the at least one sample and/or reaction vessel or sample plate or sample block, wherein the force distribution unit comprises at least one medium or material, which is a fluid, that is unable to withstand a static shear stress and deforms continuously under the action of a shear force, wherein the medium or material of the force distribution unit is contained within a containment that has at least one deformable contact area arranged for bringing into physical contact with a) at least one sample and/or b) with the at least one reaction vessel or sample plate or sample block, wherein the containment is capable of changing shape in accordance with a change in the shape of said medium or material, wherein said containment is capable to contain said medium or material during said change of shape, and wherein the containment also comprises at least one rigid frame and an array of elevated areas located inside the containment that are closer to the contact area than other parts of the containment and that define channels for the fluid inside the containment. • means for accommodating at least one sample comprising at least one reaction vessel or sample plate or sample block; • means for heating and/or cooling at least one sample; • means for covering at least one sample; • at least one force distribution unit as situated between said means for covering and the means for accommodating at least one sample, wherein the force distribution unit is suitable for (i) accommodating a force/pressure as exerted onto the force distribution unit by application of pressure and/or by at least one movable element (15, 15') that is part of the means for covering, and for (ii) redistributing and/or redirecting said force/pressure onto the at least one sample and/or reaction vessel or sample plate or sample block, (i) accommodating a force/pressure as exerted onto the force distribution unit by application of pressure and/or by at least one movable element (15, 15') that is part of the means for covering, and for (ii) redistributing and/or redirecting said force/pressure onto the at least one sample and/or reaction vessel or sample plate or sample block,
A mask system for treating a patient for sleep disordered breathing, comprising: a mask adapted to seal against a patient's face thereby forming a breathing cavity for positive pressure treatment; and headgear to support the mask in position on the patient's face during treatment, the headgear comprising a knitted textile formed of a unitary structure that is fully-fashioned to shape in one unitary piece, without being cut from a sheet of material, wherein the knitted textile has an inner layer and an outer layer, and wherein the inner or outer layer is formed to include a slit or gap and a rigid or semi-rigid element is inserted through the slit or gap to provide rigidity to the headgear. a mask adapted to seal against a patient's face thereby forming a breathing cavity for positive pressure treatment; and headgear to support the mask in position on the patient's face during treatment, the headgear comprising a knitted textile formed of a unitary structure that is fully-fashioned to shape in one unitary piece, without being cut from a sheet of material, wherein the knitted textile has an inner layer and an outer layer, and wherein the inner or outer layer is formed to include a slit or gap and a rigid or semi-rigid element is inserted through the slit or gap to provide rigidity to the headgear.