mhurhangee/ep-ind-claims huggingface dataset:
A magnetic pouch clamp assembly (10, 110, 210) comprising: a first clamping arm (12, 112, 212) having a first clamping surface (20, 120, 220); a second clamping arm (14, 114, 214) having a second clamping surface (22, 122, 222) opposed to the first clamping surface, the second clamping arm being slidably connected to the first clamping arm such that the first and second clamping arms are movable between open and closed positions, the first and second clamping surfaces being engaged in the closed position; a magnet assembly including a first magnet (60, 160, 260) having a first polarity carried by the first clamping arm and a second magnet (62, 164, 264) having a second polarity carried by the second clamping arm, the first and second polarities being oriented such that a closing attractive force therebetween holds the first and second clamping surfaces in the closed position; characterized in that the first clamping arm defines a first guide slot (32, 132, 232) and the second clamping arm defines a second guide slot (50, 150, 250), the first clamping arm includes a first magnet housing (24, 124, 224) slidably received in the second guide slot and carrying the first magnet, and the second clamping arm includes a second magnet housing (44, 144, 244) slidably received in the first guide slot and carrying the second magnet. a first clamping arm (12, 112, 212) having a first clamping surface (20, 120, 220); a second clamping arm (14, 114, 214) having a second clamping surface (22, 122, 222) opposed to the first clamping surface, the second clamping arm being slidably connected to the first clamping arm such that the first and second clamping arms are movable between open and closed positions, the first and second clamping surfaces being engaged in the closed position; a magnet assembly including a first magnet (60, 160, 260) having a first polarity carried by the first clamping arm and a second magnet (62, 164, 264) having a second polarity carried by the second clamping arm, the first and second polarities being oriented such that a closing attractive force therebetween holds the first and second clamping surfaces in the closed position; characterized in that the first clamping arm defines a first guide slot (32, 132, 232) and the second clamping arm defines a second guide slot (50, 150, 250), the first clamping arm includes a first magnet housing (24, 124, 224) slidably received in the second guide slot and carrying the first magnet, and the second clamping arm includes a second magnet housing (44, 144, 244) slidably received in the first guide slot and carrying the second magnet.
A hip protector for protecting a user in the event of a fall, the hip protector comprising: a pair of hip protection elements; wherein each of said hip protection elements incorporates an electronic fall detection system comprising one or both of an accelerometer to generate movement data, a gyroscope to generate movement direction data, and a processing element, wherein the hip protection elements are arranged to reduce the impact of a fall by a user; wherein the fall detection systems are configured to detect the occurrence of said fall by said user, to output fall data defining one or more characteristics of said detected fall and to store said output fall data in a data store, for later retrieval; wherein a said hip protection element comprises a cushion or pad, and wherein a said fall detection system is located within a said cushion or pad; wherein the respective said fall detection systems are in communication with one another; and wherein a said fall detection system is configured to detect inaccurate or spurious data of said movement data and movement direction data being provided by the other said fall detection system, due to a fault or error condition in said other fall detection system. a pair of hip protection elements; wherein each of said hip protection elements incorporates an electronic fall detection system comprising one or both of an accelerometer to generate movement data, a gyroscope to generate movement direction data, and a processing element, wherein the hip protection elements are arranged to reduce the impact of a fall by a user; wherein the fall detection systems are configured to detect the occurrence of said fall by said user, to output fall data defining one or more characteristics of said detected fall and to store said output fall data in a data store, for later retrieval; wherein a said hip protection element comprises a cushion or pad, and wherein a said fall detection system is located within a said cushion or pad; wherein the respective said fall detection systems are in communication with one another; and wherein a said fall detection system is configured to detect inaccurate or spurious data of said movement data and movement direction data being provided by the other said fall detection system, due to a fault or error condition in said other fall detection system.
Glass melting process characterised in that the glass melting process comprises melting glass cullet in a submerged combustion melter comprising at least one submerged burner, under oxidizing conditions, wherein the glass cullet comprises more than 3 wt%, or more than 3.5 wt% or more than 4.0 wt% or more than 4.5 wt% or more than 5 wt% boron expressed as B2O3, and high melting contaminants of more than 20 ppm, more than 75 ppm, more than 100 ppm more than 150 ppm or more than 200 ppm, more than 250 ppm or more than 300 ppm, wherein the organics concentration in the final raw material composition is below 5 wt%, preferably below 3 wt%, and wherein the concentration of high melting contaminants, such as ceramic contaminations, is preferably kept below 2, preferably below 1 wt% in the final raw material mix.
A complementary-material element configured to be attached to a base plate of an ostomy appliance and comprising at least a first entity and a second entity, the first entity comprising a first material composition and the second entity comprising a second material composition different from the first material composition, characterized in that the second material composition comprises a neutralizer configured to be released from the complementary-material element in response to subjection of the complementary-material element to moisture.
An aqueous polyurethane prepolymer dispersion, prepared by a process comprising: contacting a soybean oil polyester polyol and an isocyanate reactive monomer together in a first mixture, the soybean oil polyester polyol made using an oxidative ozonolysis of soybean fatty acids, and the isocyanate reactive monomer being functionalized with a tertiary amine salt of an isocyanate-unreactive organic acid; contacting the first mixture with a diisocyanate to form a neutralized polyurethane prepolymer; and contacting the neutralized polyurethane prepolymer with water to form the aqueous polyurethane prepolymer dispersion. contacting a soybean oil polyester polyol and an isocyanate reactive monomer together in a first mixture, the soybean oil polyester polyol made using an oxidative ozonolysis of soybean fatty acids, and the isocyanate reactive monomer being functionalized with a tertiary amine salt of an isocyanate-unreactive organic acid; contacting the first mixture with a diisocyanate to form a neutralized polyurethane prepolymer; and contacting the neutralized polyurethane prepolymer with water to form the aqueous polyurethane prepolymer dispersion.
A method for manufacturing a security paper for security documents, namely banknotes, having a multilayer security paper substrate with at least one paper layer and at least one plastic layer, comprising the step of embedding a security element between the at least one paper layer and the at least one plastic layer, wherein the security element forms a security thread, wherein the security element to be embedded has, in this sequence, a layer structure with a transparent or translucent carrier, a functional layer, a release layer and a detachable plastic carrier foil protecting the functional layer, and the adhesion of the release layer to the plastic carrier foil is lower than that to the functional layer, and characterized in that the step of embedding the security element comprises a detachment of the plastic carrier foil from the security element to be embedded as the first substep, and an application of the thus obtained security element by means of the release layer onto the at least one plastic layer of the security paper substrate as the second substep, so that the obtained security paper has the at least one plastic layer as a protective layer for the functional layer of the embedded security element.
A non-woven fabric, which is obtained by using a polypropylene-based resin composition, wherein: the polypropylene-based resin composition contains a low-crystalline polypropylene and a high-crystalline polypropylene, contains the low-crystalline polypropylene at a content of 5 to 50 mass% with reference to a total of the low-crystalline polypropylene and the high-crystalline polypropylene, and has a melt flow rate of 500 to 2, 000 g/10 min and a melting endotherm ΔH measured by DSC of 50 to 95 J/g; and the low-crystalline polypropylene is a polypropylene satisfying the following characteristics (a) to (f): (a) [mmmm]=20 to 60 mol%; (b) [rrrr/(1-mmmm))]≤0.1; (c) [rmrm]>2.5 mol%; (d) [mm]×[rr]/[mr] 2 ≤2.0; (e) weight-average molecular weight (Mw)=10,000 to 200,000; and (f) molecular weight distribution (Mw/Mn)<4 wherein the non-woven fabric is produced by a meltblown method. the polypropylene-based resin composition contains a low-crystalline polypropylene and a high-crystalline polypropylene, contains the low-crystalline polypropylene at a content of 5 to 50 mass% with reference to a total of the low-crystalline polypropylene and the high-crystalline polypropylene, and has a melt flow rate of 500 to 2, 000 g/10 min and a melting endotherm ΔH measured by DSC of 50 to 95 J/g; and contains a low-crystalline polypropylene and a high-crystalline polypropylene, contains the low-crystalline polypropylene at a content of 5 to 50 mass% with reference to a total of the low-crystalline polypropylene and the high-crystalline polypropylene, and has a melt flow rate of 500 to 2, 000 g/10 min and a melting endotherm ΔH measured by DSC of 50 to 95 J/g; and the low-crystalline polypropylene is a polypropylene satisfying the following characteristics (a) to (f): (a) [mmmm]=20 to 60 mol%; (b) [rrrr/(1-mmmm))]≤0.1; (c) [rmrm]>2.5 mol%; (d) [mm]×[rr]/[mr] 2 ≤2.0; (e) weight-average molecular weight (Mw)=10,000 to 200,000; and (f) molecular weight distribution (Mw/Mn)<4 wherein the non-woven fabric is produced by a meltblown method. (a) [mmmm]=20 to 60 mol%; (b) [rrrr/(1-mmmm))]≤0.1; (c) [rmrm]>2.5 mol%; (d) [mm]×[rr]/[mr] 2 ≤2.0; (e) weight-average molecular weight (Mw)=10,000 to 200,000; and (f) molecular weight distribution (Mw/Mn)<4 wherein the non-woven fabric is produced by a meltblown method.
A method for carrying out drilling in a drilling zone, and with a large diameter D1, including the steps consisting of: a. carrying out a first guide drilling with a diameter D2 less than D1, b. carrying out a cylindrical gap with diameter D1, positioned in a controlled manner relative to the guide drilling, defining a cylindrical zone of the drilling zone comprised between the cavity and the gap c. inserting a containment basket into the cylindrical gap, d. bursting the materials constituting the cylindrical zone of the drilling zone, and e. extracting the previously burst materials by removing the containment basket. a. carrying out a first guide drilling with a diameter D2 less than D1, b. carrying out a cylindrical gap with diameter D1, positioned in a controlled manner relative to the guide drilling, defining a cylindrical zone of the drilling zone comprised between the cavity and the gap c. inserting a containment basket into the cylindrical gap, d. bursting the materials constituting the cylindrical zone of the drilling zone, and e. extracting the previously burst materials by removing the containment basket.
A valve prosthesis, comprising: a self-expanding multi-level frame having a contracted delivery configuration and an expanded deployed configuration, and a cell pattern that defines contours; the cell pattern comprising a plurality of cells having sizes that vary along the length of the prosthesis, wherein each cell comprises two zig-zag structures having unequal-length struts, wherein the vertices of the zig-zags are coupled together, a valve body affixed to the multi-level frame, the valve body comprising a plurality of leaflets affixed to a skirt at joints (24, 27), the joints being affixed to, and supported by, the contours, to evenly distribute forces through the valve body to the multi-level frame, wherein the joints comprise: commissures between adjoining pairs of the leaflets at lateral ends thereof; and respective, curved, joints between the base of each leaflet and the skirt following the contours of the multi-level frame so that most of the length of the joint is directly supported by the frame. a self-expanding multi-level frame having a contracted delivery configuration and an expanded deployed configuration, and a cell pattern that defines contours; the cell pattern comprising a plurality of cells having sizes that vary along the length of the prosthesis, wherein each cell comprises two zig-zag structures having unequal-length struts, wherein the vertices of the zig-zags are coupled together, a valve body affixed to the multi-level frame, the valve body comprising a plurality of leaflets affixed to a skirt at joints (24, 27), the joints being affixed to, and supported by, the contours, to evenly distribute forces through the valve body to the multi-level frame, wherein the joints comprise: commissures between adjoining pairs of the leaflets at lateral ends thereof; and respective, curved, joints between the base of each leaflet and the skirt following the contours of the multi-level frame so that most of the length of the joint is directly supported by the frame.
Blade for a blade set for a hair clipper, wherein the blade is a movable blade and has a base portion and a tooth end, wherein the blade has a plurality of teeth formed parallel to each other, which extend outwards, characterized in that the teeth of the movable blade are dimensioned such, that its width in the region of the respective tooth tip is substantially smaller than a distance between two adjacent teeth such that the distance A between the adjacent teeth of the movable blade is at least three times as large or more than the width B of the tooth tips of the teeth of the movable blade and the width of the tooth tips of the teeth is substantially in the range of less than 0.24 mm. the teeth of the movable blade are dimensioned such, that its width in the region of the respective tooth tip is substantially smaller than a distance between two adjacent teeth such that the distance A between the adjacent teeth of the movable blade is at least three times as large or more than the width B of the tooth tips of the teeth of the movable blade and the width of the tooth tips of the teeth is substantially in the range of less than 0.24 mm.
A steam trap comprising i. a chamber defining an enclosed space, inlet means for introducing condensate bearing steam in said space, and an outlet means for condensate; ii. a first orifice leading to said outlet means for the condensate; iii. at least one second orifice leading to said outlet means for the condensate; iv. a first element to control the opening of said first orifice; v. at least one second element to control the opening of said at least one second orifice; vi. a lever and link arrangement (18, 20) cooperating with said first element and said at least one second element; and vii. a float fitted to said lever and link arrangement (18, 20) adapted to be displaced in said enclosed space, in response to a level of condensate resident in said space, from a first position in which all orifices are shut to a second position in which the lever and link mechanism actuates the first element to uncover the first orifice and to a third and subsequent position in which first and at least one second orifice is uncovered for discharge of condensate selectively from only said first or first and second orifices, characterized in that, a resilient element is provided between said lever and link arrangement (18, 20) and said second element to damp the uncovering and shutting of said second orifice. i. a chamber defining an enclosed space, inlet means for introducing condensate bearing steam in said space, and an outlet means for condensate; ii. a first orifice leading to said outlet means for the condensate; iii. at least one second orifice leading to said outlet means for the condensate; iv. a first element to control the opening of said first orifice; v. at least one second element to control the opening of said at least one second orifice; vi. a lever and link arrangement (18, 20) cooperating with said first element and said at least one second element; and vii. a float fitted to said lever and link arrangement (18, 20) adapted to be displaced in said enclosed space, in response to a level of condensate resident in said space, from a first position in which all orifices are shut to a second position in which the lever and link mechanism actuates the first element to uncover the first orifice and to a third and subsequent position in which first and at least one second orifice is uncovered for discharge of condensate selectively from only said first or first and second orifices, characterized in that, a resilient element is provided between said lever and link arrangement (18, 20) and said second element to damp the uncovering and shutting of said second orifice.
An uplink control information sending method, comprising: receiving, by a user equipment from a network device, first downlink data in a first subframe, wherein the first subframe is a self-contained subframe in a 5th generation mobile telecommunications system, the self-contained subframe comprising resources allocated for uplink transmission and resources allocated for downlink transmission, and the first downlink data is received using the resources allocated for downlink transmission; obtaining, by the user equipment, uplink control information corresponding to the first downlink data; and mapping, by the user equipment, the uplink control information to at least two subframes, to send the uplink control information to the network device, wherein the at least two subframes comprises the first subframe followed by at least a second subframe; wherein the mapping, by the user equipment, the uplink control information to at least two subframes, to send the uplink control information to a network device comprises: mapping, by the user equipment, partial information of the uplink control information to last M symbols in the first subframe, and mapping remaining information of the uplink control information to first N symbols in the second subframe, so as to send the uplink control information to the network device, wherein the first subframe and the second subframe are contiguous subframes, and both M and N are positive integers. receiving, by a user equipment from a network device, first downlink data in a first subframe, wherein the first subframe is a self-contained subframe in a 5th generation mobile telecommunications system, the self-contained subframe comprising resources allocated for uplink transmission and resources allocated for downlink transmission, and the first downlink data is received using the resources allocated for downlink transmission; obtaining, by the user equipment, uplink control information corresponding to the first downlink data; and mapping, by the user equipment, the uplink control information to at least two subframes, to send the uplink control information to the network device, wherein the at least two subframes comprises the first subframe followed by at least a second subframe; wherein the mapping, by the user equipment, the uplink control information to at least two subframes, to send the uplink control information to a network device comprises: mapping, by the user equipment, partial information of the uplink control information to last M symbols in the first subframe, and mapping remaining information of the uplink control information to first N symbols in the second subframe, so as to send the uplink control information to the network device, wherein the first subframe and the second subframe are contiguous subframes, and both M and N are positive integers.
A method, executed by a first database apparatus (2.1), comprising: - sending a query message to a second database apparatus (2.2) indicating that the second database apparatus (2.2) is requested to inform the first database apparatus (2.1) information of processing capability of the second database apparatus (2.2); - receiving information of a usage of a frequency spectrum for a second geographical area from the second database apparatus (2.2) that includes a second database (3.2) for the second geographical area; - determining by the first database apparatus (2.1) whether a first geographical area and said second geographical area are at least partly overlapping, wherein the determining comprises examining the received information; - maintaining a linkage table in which an indication is provided on the result of the determining; characterized by - maintaining a first database (3.1) containing information of a usage of a frequency spectrum for the first geographical area by the first database apparatus (2.1); and - including in the linkage table information of a corresponding database for sharing and cross-checking. - sending a query message to a second database apparatus (2.2) indicating that the second database apparatus (2.2) is requested to inform the first database apparatus (2.1) information of processing capability of the second database apparatus (2.2); - receiving information of a usage of a frequency spectrum for a second geographical area from the second database apparatus (2.2) that includes a second database (3.2) for the second geographical area; - determining by the first database apparatus (2.1) whether a first geographical area and said second geographical area are at least partly overlapping, wherein the determining comprises examining the received information; - maintaining a linkage table in which an indication is provided on the result of the determining; - maintaining a first database (3.1) containing information of a usage of a frequency spectrum for the first geographical area by the first database apparatus (2.1); and - including in the linkage table information of a corresponding database for sharing and cross-checking.
An aircraft communication control apparatus which is provided in an aircraft and which performs transmission and reception of information with a consort aircraft of a plurality of consort aircrafts, wherein, in a case of performing information sharing with two or more consort aircrafts of the plurality of consort aircrafts, the aircraft communication control apparatus performs transmission and reception of information including position information showing a position of a predetermined consort aircraft and information including position information showing a position of the aircraft with the predetermined consort aircraft of the plurality of consort aircrafts, and thereafter performs transmission and reception of information transmitted from the predetermined consort aircraft and information including the position information showing the position of the aircraft with a consort aircraft of the plurality of consort aircrafts other than the predetermined consort aircraft.