mhurhangee/ep-ind-claims huggingface dataset:
A formwork for the execution of horizontal castings for providing floor slabs, of the type comprising a series of props (11, 12, 13), and load-bearing heads (14, 15, 16) arranged on said props (11, 12, 13) for the support of panels designed to form a supporting surface for a covering made of wooden material, said formwork comprising said panels, each panel comprising at least two longitudinal profiles (18, 19), for resting on said load-bearing heads (14, 15, 16), which are mutually connected by cross-members, at least one panel comprising a main frame, for resting on said load-bearing heads (14, 15, 16), said main frame being constituted by said at least two longitudinal profiles (18, 19) and said cross-members, said at least one panel further comprising an auxiliary frame that can be extracted reversibly from said main frame in a direction parallel to the arrangement of the respective panel, said auxiliary frame being adapted to increase in an adjustable manner the extension of the surface for supporting a covering made of wooden material said auxiliary frame being constituted by cross-members, which are fixed at one end to a longitudinal profile, said auxiliary frame being extractable with respect to the main frame by virtue of sliding means for the translation of the auxiliary frame on the main frame in the direction of extension of the cross-members, characterized in that said sliding means comprise at least one slider for each one of said cross-members of the auxiliary frame, each one of said sliders being adapted to slide in a corresponding guide that is integral with a cross-member of the main frame.
A non-oriented electrical steel sheet having a chemical composition comprising C: not more than 0.0050 mass%, Si: 1.5-5.0 mass%, Mn: 0.20-3.0 mass%, sol. Al: not more than 0.0050 mass%, P: not more than 0.2 mass%, S: not more than 0.0050 mass%, N: not more than 0.0040 mass%, and optionally at least one element group of the following groups A-D: Group A: Ca: 0.0005-0.0100 mass%, Group B: one or two selected from Sn: 0.01-0.1 mass% and Sb: 0.01-0.1 mass%, Group C: one or two selected from Mg: 0.001-0.05 mass% and REM: 0.001-0.05 mass%, and Group D: one or more selected from Cu: 0.01-0.5 mass%, Ni: 0.01-0.5 mass% and Cr: 0.01-0.5 mass%; the remainder being Fe and inevitable impurities, wherein a compositional ratio of CaO in oxide-based inclusions existing in a steel sheet defined by the following equation: CaO/ (SiO 2 + Al 2 O 3 + CaO)..... is not less than 0.4 and optionally a compositional ratio of Al 2 O 3 defined by the following equation: Al 2 O 3 / (SiO 2 + Al 2 O 3 + CaO)..... is not less than 0.3; wherein each of the compositional ratio of CaO and the compositional ratio of Al 2 O 3 in the oxide-based inclusions existing in the steel sheet is an average value calculated from values obtained when 200 or more oxide-based inclusions existing in a section parallel to the rolling direction, L section, of the steel sheet are observed with SEM, scanning type electron microscope, to analyze chemical compositions thereof. Group A: Ca: 0.0005-0.0100 mass%, Group B: one or two selected from Sn: 0.01-0.1 mass% and Sb: 0.01-0.1 mass%, Group C: one or two selected from Mg: 0.001-0.05 mass% and REM: 0.001-0.05 mass%, and Group D: one or more selected from Cu: 0.01-0.5 mass%, Ni: 0.01-0.5 mass% and Cr: 0.01-0.5 mass%; the remainder being Fe and inevitable impurities, wherein a compositional ratio of CaO in oxide-based inclusions existing in a steel sheet defined by the following equation: CaO/ (SiO 2 + Al 2 O 3 + CaO)..... is not less than 0.4 and optionally a compositional ratio of Al 2 O 3 defined by the following equation: Al 2 O 3 / (SiO 2 + Al 2 O 3 + CaO)..... is not less than 0.3; wherein each of the compositional ratio of CaO and the compositional ratio of Al 2 O 3 in the oxide-based inclusions existing in the steel sheet is an average value calculated from values obtained when 200 or more oxide-based inclusions existing in a section parallel to the rolling direction, L section, of the steel sheet are observed with SEM, scanning type electron microscope, to analyze chemical compositions thereof.
Powder, especially for use in a powder bed fusion method, comprising a polymer powder, where the polymer powder has a proportion by volume of 0.5% to 15% of polymeric particles having a particle size of less than 10.48 μm, a proportion by volume of not more than 4.0% of polymeric particles having a particle size in the range from not less than 10.48 μm to less than 30.53 μm, and polymeric particles having a particle size of not less than 30.53 μm in a corresponding proportion by volume of the polymer powder, so as to result in a total volume of the polymer powder of 100%, where the proportions by volume and the polymeric particle sizes are determined by means of the laser diffraction-based method described in the description.
Illumination and irradiation unit for slit-lamp microscopes, consisting of an illumination source, means for generating specific illumination patterns and/or profiles, and means for coupling-in the light from the illumination source, wherein the means for generating specific illumination patterns and/or profiles are optoelectronic light modulators and characterized in that the means for coupling-in the light from the illumination source are arranged in such a way that coupling-in is effected in the parallel beam path of the observation system of the slit lamp.
An air injection method for injecting air into a self-standing pouch in which a first side-surface film, a second side-surface film, and a bottom film sandwiched therebetween are joined together, peripheral portions thereof are sealed to form a storage part, and the bottom film serves as a lower bottom surface of the storage part, the self-standing pouch comprising a non-sealed region provided in a side edge portion corresponding to a region where peripheral portions at side ends of the first side-surface film and the second side-surface film are sealed, the non-sealed region being a region not sealed over a predetermined length in a top-bottom direction, the non-sealed region including an air filling portion, and an opening provided at a position near an upper end of the non-sealed region, the opening being formed penetrating through at least one of the first side-surface film and the second side-surface film, wherein the air injection method comprises the steps: providing an air nozzle comprising an air blowout hole and a tip surface, disposing the tip surface at a position a predetermined distance apart from the opening such that the air filling portion is not sealed within a predetermined radius larger than a radius of the air nozzle from a center of the opening, and blowing out air from the air blowout hole of the air nozzle through the opening to the air filling portion to expand the air filling portion due to an increase in an internal pressure, thereby closely adhering a part near the opening to the tip surface of the air nozzle. providing an air nozzle comprising an air blowout hole and a tip surface, disposing the tip surface at a position a predetermined distance apart from the opening such that the air filling portion is not sealed within a predetermined radius larger than a radius of the air nozzle from a center of the opening, and blowing out air from the air blowout hole of the air nozzle through the opening to the air filling portion to expand the air filling portion due to an increase in an internal pressure, thereby closely adhering a part near the opening to the tip surface of the air nozzle.
A method of reading a selected non-volatile floating gate memory cell storing one of N possible values, where N is an integer greater than 2, in a vector-by-matrix multiplication system including an input function circuit, a word line decoder, a memory cell array and an output neuron circuit block, the method comprising: converting, by the input function circuit, digital bits into a series of input pulses; applying the series of input pulses to the selected non-volatile floating gate memory cell; and determining a value stored in the selected non-volatile floating gate memory cell by summing weighted output currents received from the selected non-volatile floating gate memory cell in response to the series of input pulses, characterised in that the weighted output current for each input pulse in the series of input pulses equals 2 n times the output current received in response to the input pulse, where n is the bit position of the digital bit in response to which the input pulse was generated. converting, by the input function circuit, digital bits into a series of input pulses; applying the series of input pulses to the selected non-volatile floating gate memory cell; and determining a value stored in the selected non-volatile floating gate memory cell by summing weighted output currents received from the selected non-volatile floating gate memory cell in response to the series of input pulses, characterised in that the weighted output current for each input pulse in the series of input pulses equals 2 n times the output current received in response to the input pulse, where n is the bit position of the digital bit in response to which the input pulse was generated.
Wind turbine, comprising a tower and a head mounted at an upper end of said tower, rotational around a head axis, wherein a propeller is mounted to said head, rotatable around a propeller axis, wherein a hydraulic pump is provided, driven by said propeller, wherein the hydraulic pump is provided substantially in the propeller, characterised in that the hydraulic pump is provided in the hub of the propeller, such that the pump can be removed from the head together with the propeller.
A first wireless transmit/receive unit, WTRU, for inter-user equipment, UE, transfer, IUT, of collaborative session control comprising: a receiver configured to receive a collaborative session control transfer request message from a Service Centralization and Continuity Application Server, SCC AS, that includes session information associated with a first collaborative session, the session information including a list of public user identities that share the service profile with the public user identity used by a second WTRU; a processor configured to determine whether to accept collaborative session control; and a transmitter configured to transmit a collaborative session control transfer response message to the SCC AS, on a condition the collaborative session control is accepted, wherein the first WTRU and the second WTRU are involved in the collaborative session via the SCC AS. a receiver configured to receive a collaborative session control transfer request message from a Service Centralization and Continuity Application Server, SCC AS, that includes session information associated with a first collaborative session, the session information including a list of public user identities that share the service profile with the public user identity used by a second WTRU; a processor configured to determine whether to accept collaborative session control; and a transmitter configured to transmit a collaborative session control transfer response message to the SCC AS, on a condition the collaborative session control is accepted, wherein the first WTRU and the second WTRU are involved in the collaborative session via the SCC AS.
A method for a first User Equipment, named "UE" hereinafter, in a wireless communication system, comprising: receiving,, by the first UE, a first downlink control signaling indicating a first transmission to the first UE, wherein the first downlink control signaling is identified by a first identification used by the first UE; receiving,, by the first UE, a second downlink control signaling indicating a second transmission to a second UE, wherein the second downlink control signaling is identified by a second identification used by the second UE; and decoding,, by the first UE, the first transmission based on information provided by at least the first downlink control signaling and the second downlink control signaling, characterized in that radio resource used by the first transmission is indicated by the second downlink control signaling but is not indicated by the first downlink control signaling. receiving,, by the first UE, a first downlink control signaling indicating a first transmission to the first UE, wherein the first downlink control signaling is identified by a first identification used by the first UE; receiving,, by the first UE, a second downlink control signaling indicating a second transmission to a second UE, wherein the second downlink control signaling is identified by a second identification used by the second UE; and decoding,, by the first UE, the first transmission based on information provided by at least the first downlink control signaling and the second downlink control signaling, characterized in that radio resource used by the first transmission is indicated by the second downlink control signaling but is not indicated by the first downlink control signaling.
A method for producing a hollow electrical insulator comprising the following steps: - providing a core, - winding first wound layers of a first fiber element onto the core, - winding second wound layers of a second fiber element onto an end region of the core, wherein - the first wound layers have turns of the first fiber element which enclose a first winding angle (α1) with a main direction of extension of the core, - the second wound layers comprise turns of the second fiber element which enclose a second winding angle (α2) with the main direction of extension of the core which is larger than the first winding angle (α1), and - an inner region of the core remains free of second wound layers, - the first winding angle (α1) is between 10° and 60° inclusive, and - the second winding angle (α2) is between 70° and 90° inclusive, and - the second wound layers are not wound using turning means. - providing a core, - winding first wound layers of a first fiber element onto the core, - winding second wound layers of a second fiber element onto an end region of the core, wherein - the first wound layers have turns of the first fiber element which enclose a first winding angle (α1) with a main direction of extension of the core, - the second wound layers comprise turns of the second fiber element which enclose a second winding angle (α2) with the main direction of extension of the core which is larger than the first winding angle (α1), and - an inner region of the core remains free of second wound layers, - the first winding angle (α1) is between 10° and 60° inclusive, and - the second winding angle (α2) is between 70° and 90° inclusive, and - the second wound layers are not wound using turning means.
A computer readable medium comprising instructions that, when executed, cause a cloud storage server to at least: place a ransomware detector in-line with a file access flow between a cloud storage server and a remote endpoint device; cause the ransomware detector to hook into an application programming interface of the cloud storage server, the cloud storage server structured to store a file in a file store database, the file received from the remote endpoint device via a network; intercept, using the ransomware detector, application programming interface calls for cloud storage operations performed by the cloud storage server, the application programming interface calls for cloud storage operations requested by the remote endpoint device, and the intercept performed by the ransomware detector independent of the file access input/output used by the cloud storage server; record the requested cloud storage operations as recorded cloud storage operations; perform an analysis of the recorded cloud storage operations by tracking modifications of at least a portion of the file by accessing entries stored in the file store database of the cloud storage; based on the analysis, determine whether ransomware activity is indicated by the recorded cloud storage operations; and block ransomware activity on the cloud storage server responsive to the analysis. place a ransomware detector in-line with a file access flow between a cloud storage server and a remote endpoint device; cause the ransomware detector to hook into an application programming interface of the cloud storage server, the cloud storage server structured to store a file in a file store database, the file received from the remote endpoint device via a network; intercept, using the ransomware detector, application programming interface calls for cloud storage operations performed by the cloud storage server, the application programming interface calls for cloud storage operations requested by the remote endpoint device, and the intercept performed by the ransomware detector independent of the file access input/output used by the cloud storage server; record the requested cloud storage operations as recorded cloud storage operations; perform an analysis of the recorded cloud storage operations by tracking modifications of at least a portion of the file by accessing entries stored in the file store database of the cloud storage; based on the analysis, determine whether ransomware activity is indicated by the recorded cloud storage operations; and block ransomware activity on the cloud storage server responsive to the analysis.
Tool for tonifying the superficial muscles of the face and/or neck, extending respectively in a longitudinal direction (X-X) corresponding to a lengthwise dimension of the tool, transverse direction (Y-Y) corresponding to a widthwise dimension of the tool, and vertical thickness direction of the tool, comprising: - a container (10;110) comprising several single housings (11;111); - a series of weights (20;120), each singly contained inside a respective housing of the container (10;110), wherein at least one external surface of each housing containing the weights has a positioning element made of a material suitable for ensuring stable positioning of the tool when rested on a specific area of the face and/or neck of a user lying with the body in a supine position; characterized in that a side (11c;111c) extending parallel to the transverse direction (Y-Y) of a housing (11,111) of the container is joined to a corresponding side of an adjacent housing by hinge means (40;140) designed to allow a degree of freedom for relative rotation of the adjacent housings about the said transverse side, and/or a longitudinal side of a housing of the container (10,110) is joined together with an opposite longitudinal side of an adjacent housing in the transverse direction (Y-Y) by a hinge means with a longitudinal axis (X-X) designed so as to allow a degree of freedom for relative rotation of the adjacent housings about said longitudinal axis. - a container (10;110) comprising several single housings (11;111); - a series of weights (20;120), each singly contained inside a respective housing of the container (10;110), wherein at least one external surface of each housing containing the weights has a positioning element made of a material suitable for ensuring stable positioning of the tool when rested on a specific area of the face and/or neck of a user lying with the body in a supine position; characterized in that a side (11c;111c) extending parallel to the transverse direction (Y-Y) of a housing (11,111) of the container is joined to a corresponding side of an adjacent housing by hinge means (40;140) designed to allow a degree of freedom for relative rotation of the adjacent housings about the said transverse side, and/or a longitudinal side of a housing of the container (10,110) is joined together with an opposite longitudinal side of an adjacent housing in the transverse direction (Y-Y) by a hinge means with a longitudinal axis (X-X) designed so as to allow a degree of freedom for relative rotation of the adjacent housings about said longitudinal axis.
A remote operation device configured to be capable of communicating with a work machine, the work machine having an operator's cab, the remote operation device comprising: an operation unit that generates an operation signal for performing remote operation of the work machine in accordance with operator's operation; a reception unit that receives a detection signal of a detection device (81, 82, 83, 84) that detects a state of the work machine; and a display unit that displays a screen indicating a work content to be performed by manual work on the work machine on the basis of the state of the work machine, characterized in that the remote operation device comprises a wearable terminal that can be mounted on a body; the display unit displays a screen in accordance with a procedure of work preparation of the work machine, and the remote operation device comprises a camera that captures a viewing area of a wearer mounting the camera on the body, wherein a view image captured by the camera and an image indicating the work procedure are superimposed and displayed on the display unit, and the display unit sequentially switches the screen on the basis of the state of the work machine. an operation unit that generates an operation signal for performing remote operation of the work machine in accordance with operator's operation; a reception unit that receives a detection signal of a detection device (81, 82, 83, 84) that detects a state of the work machine; and a display unit that displays a screen indicating a work content to be performed by manual work on the work machine on the basis of the state of the work machine, characterized in that the remote operation device comprises a wearable terminal that can be mounted on a body; the display unit displays a screen in accordance with a procedure of work preparation of the work machine, and the remote operation device comprises a camera that captures a viewing area of a wearer mounting the camera on the body, wherein a view image captured by the camera and an image indicating the work procedure are superimposed and displayed on the display unit, and the display unit sequentially switches the screen on the basis of the state of the work machine.
A spice grinder comprising a first component including means for securing it to the neck of a spice container, a second component mounted on the first component for rotation with respect thereto, the first and second components (12, 14) including grinding teeth (24, 58) in the gap between which spice corns are ground when the second component is rotated on the first component, the first component including a grinding sleeve having a bore which is internally serrated thereby to provide grinding teeth, and there being passageways leading from said gap through which ground spice emerges from the grinder, characterized in that the sleeve is internally configured to provide flats which form part of the bounding surface of the bore of the sleeve, in that there is a shutter of annular form having a circular outer periphery and an inner edge the shape of which is such that some portions of said edge are further from the axis of the shutter than others, in that the shutter is supported by the sleeve, and in that shifting of the shutter in arcuate to and fro movements about the axis of the grinder displaces said inner edge with respect to the flats of the sleeve thereby to vary the area of the passageways through which ground spice can fall.