mhurhangee/ep-ind-claims huggingface dataset:
A method to communicate capabilities of a device, comprising: - generating a message to initiate a data transfer session between a mobile station and a network; - selecting a code value from a plurality of code values, each of the code values pre-defined to indicate a respective set of radio access capabilities supported by the mobile station, each respective set pertaining to a specific type of use by the mobile station for the data transfer session; - including the selected code value in the message; and - sending the message from the mobile station to the network. - generating a message to initiate a data transfer session between a mobile station and a network; - selecting a code value from a plurality of code values, each of the code values pre-defined to indicate a respective set of radio access capabilities supported by the mobile station, each respective set pertaining to a specific type of use by the mobile station for the data transfer session; - including the selected code value in the message; and - sending the message from the mobile station to the network.
A coupling assembly for an ostomy appliance comprising a locking arrangement, a first coupling and a second coupling, wherein the locking arrangement comprises: a locking ring, mounted to first and/or second coupling (20, 40), forming an inner circumference and being adjustable between locked and unlocked configurations, wherein in the locked configuration the locking ring is for maintaining the first and second couplings (20, 40) in a coupled configuration and the inner circumference is less than in the unlocked configuration; and first and second grips (70, 71) mounted to the locking ring, characterised in that the first and second grips (70, 71) are positioned about the locking ring to be moveable towards one another to increase the inner circumference and adjust the locking ring from the locked configuration to the unlocked configuration. a locking ring, mounted to first and/or second coupling (20, 40), forming an inner circumference and being adjustable between locked and unlocked configurations, wherein in the locked configuration the locking ring is for maintaining the first and second couplings (20, 40) in a coupled configuration and the inner circumference is less than in the unlocked configuration; and first and second grips (70, 71) mounted to the locking ring, characterised in that the first and second grips (70, 71) are positioned about the locking ring to be moveable towards one another to increase the inner circumference and adjust the locking ring from the locked configuration to the unlocked configuration.
A flexible elongated inductor, comprises a core and a winding made from a conductive element arranged around the core formed by at least two rigid magnetic cores, made from ferromagnetic material, connected in an articulated manner to one another at their ends, forming an oblong assembly, wherein each of the magnetic cores, comprises: - a head end A, provided with a circular convex curved surface in relation to a transverse axis of the head; and - a tail end B, provided with a circular concave curved configuration in relation to a transverse axis of the tail, parallel to the transverse axis of the head, and being said circular concave curved configuration complementary to said circular convex curved configuration, wherein the head end A of one of the magnetic cores is coupled through contact surfaces (20a, 20b) with the tail end B of an adjacent one of the magnetic cores, forming an articulated attachment around said transverse axes, wherein said transverse axes of the head and tail of the two magnetic cores, being coupled to one another coinciding in the coupling area, providing a joint having a variable, adjustable angle, wherein the assembly of said two or more rigid magnetic cores is surrounded by a flexible polymer casing, characterised in that the flexible polymer casing includes magnetic charges that work together to prevent magnetic flux dispersion in the coupling areas or interstices between said at least two magnetic cores (10, 11), said flexible polymer casing including microfibers, microparticles and/or nanoparticles of a soft ferromagnetic material present alone or in any combination thereof inside the polymer matrix of said polymer casing, providing said magnetic charges. - a head end A, provided with a circular convex curved surface in relation to a transverse axis of the head; and - a tail end B, provided with a circular concave curved configuration in relation to a transverse axis of the tail, parallel to the transverse axis of the head, and being said circular concave curved configuration complementary to said circular convex curved configuration,
Reamer tool for precision machining of boreholes, including a tool head having at least one radially projecting cutting bar (100, 102) each comprising a primary cutting edge (30, 42) and a secondary cutting edge (32, 48), which is formed as a guide cutting edge, each primary cutting edge (30, 42) being oriented at an angle with respect to the secondary cutting edge (32, 48), and each secondary cutting edge (32, 48) having a secondary cutting chamfer (16, 54) which is designed as a guide chamfer, the guide chamfer following a radius of a machining operation by the reamer tool, characterized in that the width of each secondary cutting chamfer (16, 54) increases in the axial direction towards the front face of the tool head in the angled region from the secondary cutting edge (32, 48) towards the primary cutting edge (30, 42) and is continuously widened, in particular in a radial, curved, linear or parabolic fashion, in a widening region (18, 56) in the angled region in the direction of the front face of the tool head.
An apparatus for automatic quantification of a part of a vascular structure, the apparatus comprising: - an input unit; - a processing unit; and - an output unit; wherein the input unit is configured to provide the processing unit with at least one first image comprising a spatial representation of a region of interest of a vascular structure, wherein the at least one first image comprises image data representative of a location of a part of a medical device, to be used in a vascular treatment wherein the part of the medical device is a balloon configured to be in a plurality of states associated with different phases of the vascular treatment, the image data exhibiting signature image data representing an at least partially inflated state of the balloon; wherein the input unit is configured to provide the processing unit with second images, each comprising a spatial representation of the region of interest of the vascular structure, wherein each second image comprises image data acquired with contrast agent present, in which at least a part of the vascular structure is represented in a visible and distinct manner, wherein the second images comprise images acquired both before and after the vascular treatment was applied; wherein the processing unit is configured to i) determine a time of acquisition of the at least first one image as a time of the vascular treatment and ii) determine, in the at least one first image, a location of the signature; wherein the processing unit is configured to determine a transform relating at least one location in the at least one first image to a corresponding at least one location in each second image, and apply the transform to the location of the signature in the at least one first image to provide a corresponding location in each second image, and wherein the output unit is configured to output data representative of the vascular structure at the determined location in each second image, wherein the output data comprises information to determine the success of the vascular treatment. - an input unit; - a processing unit; and - an output unit;
An image sensor in which a plurality of embedded photodiodes (PD1(m, n)) are arrayed, each of the plurality of embedded photodiodes (PD1(m, n)) comprising: a first semiconductor region of a first conductivity type; a second semiconductor region formed on the first semiconductor region and having a low concentration of an impurity of a second conductivity type; a third semiconductor region of the first conductivity type formed on the second semiconductor region so as to cover a surface of the second semiconductor region; and a fourth semiconductor region of the second conductivity type for extraction of charge from the second semiconductor region, characterised in that the fourth semiconductor region comprising a plurality of fourth semiconductor regions arranged as separated, on the second semiconductor region; and a plurality of read-out transistors (T1(m, n)) each arranged adjacently to a corresponding one of the plurality of embedded photodiodes (PD1(m, n)), wherein each of the plurality of fourth semiconductor regions are arranged separated on the second semiconductor region and are connected to a corresponding interconnection, and the interconnection is connected to a corresponding one of the plurality of read-out transistors (T1(m, n)) for reading out a corresponding fourth semiconductor region. a first semiconductor region of a first conductivity type; a second semiconductor region formed on the first semiconductor region and having a low concentration of an impurity of a second conductivity type; a third semiconductor region of the first conductivity type formed on the second semiconductor region so as to cover a surface of the second semiconductor region; and a fourth semiconductor region of the second conductivity type for extraction of charge from the second semiconductor region, characterised in that the fourth semiconductor region comprising a plurality of fourth semiconductor regions arranged as separated, on the second semiconductor region; and a plurality of read-out transistors (T1(m, n)) each arranged adjacently to a corresponding one of the plurality of embedded photodiodes (PD1(m, n)), wherein each of the plurality of fourth semiconductor regions are arranged separated on the second semiconductor region and are connected to a corresponding interconnection, and the interconnection is connected to a corresponding one of the plurality of read-out transistors (T1(m, n)) for reading out a corresponding fourth semiconductor region.
A method operational at a host controller (110; 406), comprising: upon detecting, at the host controller (110; 406), an error condition in a task execution or a processing of tasks by a processing circuit coupled to the host controller (110; 406), setting, by the host controller, an error register (107; 420) to enable a host software operating at the processing circuit to: upon detecting that the error register (107; 420) has been set, perform error handling; and upon completing the error handling, clear the error condition; and upon detecting, at the host controller (110; 406), that the error condition has been cleared, resuming the task execution or the processing of tasks by the processing circuit. upon detecting, at the host controller (110; 406), an error condition in a task execution or a processing of tasks by a processing circuit coupled to the host controller (110; 406), setting, by the host controller, an error register (107; 420) to enable a host software operating at the processing circuit to: upon detecting that the error register (107; 420) has been set, perform error handling; and upon completing the error handling, clear the error condition; and upon detecting that the error register (107; 420) has been set, perform error handling; and upon completing the error handling, clear the error condition; and upon detecting, at the host controller (110; 406), that the error condition has been cleared, resuming the task execution or the processing of tasks by the processing circuit.
A display device comprising: a display component including a display panel arranged to display video; a plurality of light sources (7, 9) each arranged to emit an anisotropic light cone and disposed to face the rear side of the display component to irradiate the display component with light; a flat optical member disposed between the display component and the light sources (7, 9); a concave rear side support member having a rectangular edge portion and a recessed bottom portion recessed rearward form the rectangular edge portion, the recessed bottom portion supporting the light sources (7, 9) and the rectangular edge portion supporting the flat optical member from the rear side; and a reflective sheet disposed on the front side of the rear side support member to reflect the light emitted from the light sources (7, 9) towards the display component, characterised in that the anisotropic light cone and the arrangement of the light sources (7, 9) with respect to the rear side support member are such that, among light emitted from an edge-side light source (7a, 9) that is disposed closest to the edge portion of the rear side support member out of the light sources (7, 9), light emitted at a brightness that is at least half of the maximum brightness of the light cone of the edge-side light source (7a, 9) reaches the inner end of an edge portion of the flat optical member laid on the edge portion of the rear side support member. a display component including a display panel arranged to display video; a plurality of light sources (7, 9) each arranged to emit an anisotropic light cone and disposed to face the rear side of the display component to irradiate the display component with light; a flat optical member disposed between the display component and the light sources (7, 9); a concave rear side support member having a rectangular edge portion and a recessed bottom portion recessed rearward form the rectangular edge portion, the recessed bottom portion supporting the light sources (7, 9) and the rectangular edge portion supporting the flat optical member from the rear side; and a reflective sheet disposed on the front side of the rear side support member to reflect the light emitted from the light sources (7, 9) towards the display component, characterised in that the anisotropic light cone and the arrangement of the light sources (7, 9) with respect to the rear side support member are such that, among light emitted from an edge-side light source (7a, 9) that is disposed closest to the edge portion of the rear side support member out of the light sources (7, 9), light emitted at a brightness that is at least half of the maximum brightness of the light cone of the edge-side light source (7a, 9) reaches the inner end of an edge portion of the flat optical member laid on the edge portion of the rear side support member.
A biopsy apparatus comprising: a hollow, relatively flexible tube having an open proximal end, wherein the tube is resiliently bendable or deformable; an elongate member advanceable in the tube; at least one isotope disposed within the tube; and a biopsy needle (1200, 1400) having a side aperture (1216, 1416), wherein the tube is slidably disposed in the biopsy needle (1200, 1400), wherein the isotope is positionable adjacent to the side aperture (1216, 1416) of the biopsy needle (1200, 1400), and characterised in that: the isotope is disposed within the elongate member. a hollow, relatively flexible tube having an open proximal end, wherein the tube is resiliently bendable or deformable; an elongate member advanceable in the tube; at least one isotope disposed within the tube; and a biopsy needle (1200, 1400) having a side aperture (1216, 1416), wherein the tube is slidably disposed in the biopsy needle (1200, 1400), wherein the isotope is positionable adjacent to the side aperture (1216, 1416) of the biopsy needle (1200, 1400), and characterised in that: the isotope is disposed within the elongate member. the isotope is disposed within the elongate member.
Method for producing a hygienic device for sanitary fixtures comprising a detergent and/or deodorant means in the form of a solid block and hooking means to be hung to a perimetrical edge of a WC, wherein said hooking means comprise an engaging portion to the WC and an engaging portion to said solid block, said engaging portion to said solid block being embedded in the solid block, comprising the steps of: - placing, into a mould, at least one body having cylindrical geometry of detergent and/or deodorant material and said hooking means comprising an engaging portion to said solid block made of a perforated element, - compressing the body having cylindrical geometry so as to form a solid block around said perforated element, characterised in that, in said step of placing, said body having cylindrical geometry is arranged in engagement inside at least one through hole of the perforated element, and in that said body is defined by a curve having any shape and laying in a plane, and parallel straight lines called generatrix lines, said lines having a given direction and passing through every single point of the curve. - placing, into a mould, at least one body having cylindrical geometry of detergent and/or deodorant material and said hooking means comprising an engaging portion to said solid block made of a perforated element, - compressing the body having cylindrical geometry so as to form a solid block around said perforated element,
An embolic protection device comprising: a shaft (406, 506, 606, 706) having a distal portion; a first magnet (412, 512, 612, 712) fixedly coupled to the distal portion of the shaft; a second magnet (414, 514, 614, 718) slidingly coupled to the shaft proximal to the first magnet; and a filter (410, 510, 610, 710) including a distal portion coupled to the first magnet and a proximal portion coupled to the second magnet. a shaft (406, 506, 606, 706) having a distal portion; a first magnet (412, 512, 612, 712) fixedly coupled to the distal portion of the shaft; a second magnet (414, 514, 614, 718) slidingly coupled to the shaft proximal to the first magnet; and a filter (410, 510, 610, 710) including a distal portion coupled to the first magnet and a proximal portion coupled to the second magnet.
Radio device for transmitting information having a radio device control unit, at least one antenna, an antenna switchover unit and at least two radio units (2, 3, 31, 32), wherein the radio device has a radio unit which cannot be changed from outside the radio device and is therefore static and at least one radio unit (3, 31, 32) which can be changed from outside the radio device and is therefore dynamic, characterised in that each of the radio units in the radio device uses a specific radio method and at least two of the radio units (2, 3, 31, 32) establish a communications connection with a communications party before a switchover time and are therefore radio ready so that it is possible to switch over between the radio ready radio units (2, 3, 31, 32) and thus between their radio methods without delay by means of a switchover signal from the radio control unit.
Surface-modified pearlescent pigments based on natural or synthetic mica, Al 2 O 3 flakes, TiO 2 flakes, SiO 2 flakes, Fe 2 O 3 flakes, glass flakes, ceramic flakes or graphite flakes, characterised in that they are coated with one or more layers of immobilised LCST and/or UCST polymers.
A composite manufacturing system (100;202) comprising: a robotic arm (106;212); and a trimming system (110;210) connected to the robotic arm, the trimming system (110;210) comprising: a knife having a blade, the blade comprising a first side having a double-beveled shape, and a second side opposite the first side having a planar shape, wherein the second side of the blade is configured to trim the uncured composite structure (112;204); a rotation device configured to rotate the blade of the knife about a center point; a number of lasers configured to determine a position of the blade relative to a desired position for the blade; and a load cell associated with the knife and configured to sense an amount of force applied to the blade during trimming of an uncured composite structure (112;204). a robotic arm (106;212); and a trimming system (110;210) connected to the robotic arm, the trimming system (110;210) comprising: a knife having a blade, the blade comprising a first side having a double-beveled shape, and a second side opposite the first side having a planar shape, wherein the second side of the blade is configured to trim the uncured composite structure (112;204); a rotation device configured to rotate the blade of the knife about a center point; a number of lasers configured to determine a position of the blade relative to a desired position for the blade; and a load cell associated with the knife and configured to sense an amount of force applied to the blade during trimming of an uncured composite structure (112;204). a knife having a blade, the blade comprising a first side having a double-beveled shape, and a second side opposite the first side having a planar shape, wherein the second side of the blade is configured to trim the uncured composite structure (112;204); a rotation device configured to rotate the blade of the knife about a center point; a number of lasers configured to determine a position of the blade relative to a desired position for the blade; and a load cell associated with the knife and configured to sense an amount of force applied to the blade during trimming of an uncured composite structure (112;204).
A data processing method performed by a first interface, the method comprising: receiving, from a second interface, a first encoding sequence, wherein a value of a target sign bit is different from a preset value of the target sign bit in the first encoding sequence; and parsing the first encoding sequence as if the value of the target sign bit were equal to the preset value of the target sign bit; wherein the first encoding sequence comprises a first encoding sub-sequence, the first encoding sub-sequence comprises 2*i sign bits, wherein i is greater than or equal to 3, the first encoding sub-sequence is used to indicate logical bit information, and the target sign bit comprises any one or more of the following sign bits: the 1 st sign bit in the first encoding sub-sequence, the i th sign bit in the first encoding sub-sequence, the (i+1) th sign bit in the first encoding sub-sequence, and the (2*i) th sign bit in the first encoding sub-sequence; and characterised in that a preset value of the 1 st sign bit and a preset value of the i th sign bit are determined based on a preset value of a sign bit between the 1 st sign bit and the i th sign bit, and a preset value of the (i+1) th sign bit and a preset value of the (2*i) th sign bit are determined based on a preset value of a sign bit between the (i+1) th sign bit andthe (2*i) th sign bit. receiving, from a second interface, a first encoding sequence, wherein a value of a target sign bit is different from a preset value of the target sign bit in the first encoding sequence; and parsing the first encoding sequence as if the value of the target sign bit were equal to the preset value of the target sign bit; wherein the first encoding sequence comprises a first encoding sub-sequence, the first encoding sub-sequence comprises 2*i sign bits, wherein i is greater than or equal to 3, the first encoding sub-sequence is used to indicate logical bit information, and the target sign bit comprises any one or more of the following sign bits: the 1 st sign bit in the first encoding sub-sequence, the i th sign bit in the first encoding sub-sequence, the (i+1) th sign bit in the first encoding sub-sequence, and the (2*i) th sign bit in the first encoding sub-sequence; and characterised in that a preset value of the 1 st sign bit and a preset value of the i th sign bit are determined based on a preset value of a sign bit between the 1 st sign bit and the i th sign bit, and a preset value of the (i+1) th sign bit and a preset value of the (2*i) th sign bit are determined based on a preset value of a sign bit between the (i+1) th sign bit andthe (2*i) th sign bit.