mhurhangee/ep-ind-claims huggingface dataset:
An optical body comprising: a base material configured to propagate light incident inside the base material from a side face of the base material; a second optical layer, formed on at least one surface of the base material, configured to reduce a reflection of extraneous light at the surface of the base material; and a first optical layer, laminated on top of a part of the second optical layer, configured to extract internally propagating light incident inside the base material to an outside of the base material, wherein on a surface of the first optical layer, a first concave-convex structure configured to reflect the internally propagating light is formed, wherein the first concave-convex structure includes a number of first convexities and first concavities, wherein the first convexities have a shape protruding outward in a thickness direction of the optical body, while the first concavities have a shape depressed inward in the thickness direction of the optical body characterized in that the second optical layer includes a laminated film in which a high refractive index film and a low refractive index film are alternately laminated. a base material configured to propagate light incident inside the base material from a side face of the base material; a second optical layer, formed on at least one surface of the base material, configured to reduce a reflection of extraneous light at the surface of the base material; and a first optical layer, laminated on top of a part of the second optical layer, configured to extract internally propagating light incident inside the base material to an outside of the base material, wherein on a surface of the first optical layer, a first concave-convex structure configured to reflect the internally propagating light is formed, wherein the first concave-convex structure includes a number of first convexities and first concavities, wherein the first convexities have a shape protruding outward in a thickness direction of the optical body, while the first concavities have a shape depressed inward in the thickness direction of the optical body characterized in that the second optical layer includes a laminated film in which a high refractive index film and a low refractive index film are alternately laminated.
An electric system (1, 100), comprising: - a stack (3, 103) of electrochemical cells (5, 5A, 5B, 5C, 5D, 5E, 5F, 105, 105A, 105B, 105C) electrically connected in series to each other so that the voltage on the terminals of the stack (3, 103) is equal to the sum of the voltages on the terminals of the electrochemical cells (5, 5A, 5B, 5C, 5D, 5E, 5F, 105, 105A, 105B, 105C), - an electric converter (9, 109) electrically connected to the terminals of the stack (3, 103), - a voltage comparator (7, 107) for comparing the voltage on the terminals of at least one group of at least one electrochemical cell (5, 105) of the stack (3, 103) at a threshold voltage, and - a module (11, 111) for controlling the converter (9, 109), characterised in that the control module (11, 111) comprises a generator (74, 174) of a control set value of the converter (9, 109) and a transmission unit (76, 176) of the control set value to the converter (9, 109), the voltage comparator (7, 107) being adapted for transmitting a signal to the transmission unit (76, 176), said signal consisting in a first set value from among a transmission set value and a set value for blocking the control set value when the compared voltage is greater than the threshold voltage, and in the second set value from among the transmission and blocking set values for the control set value when the compared voltage is less than or greater than the threshold voltage, the transmission unit (76, 176) being adapted for transmitting the control set value to the converter (9, 109) when it receives the transmission set value, and for blocking the control set value when it receives the blocking set value. - a stack (3, 103) of electrochemical cells (5, 5A, 5B, 5C, 5D, 5E, 5F, 105, 105A, 105B, 105C) electrically connected in series to each other so that the voltage on the terminals of the stack (3, 103) is equal to the sum of the voltages on the terminals of the electrochemical cells (5, 5A, 5B, 5C, 5D, 5E, 5F, 105, 105A, 105B, 105C), - an electric converter (9, 109) electrically connected to the terminals of the stack (3, 103), - a voltage comparator (7, 107) for comparing the voltage on the terminals of at least one group of at least one electrochemical cell (5, 105) of the stack (3, 103) at a threshold voltage, and - a module (11, 111) for controlling the converter (9, 109),
Neutral electrode device for application of an RF current to a biological tissue, comprising: - a supporting structure having a first and a second side; - at least one electrode (34, 34'), which is arranged on the first side of the supporting structure; - a phase change material for absorbing heat, which is arranged on the second side of the supporting structure, characterized in that the phase change material is formed at least in part as blocks (37, 37') and the blocks (37, 37') are arranged at least partially spaced apart from one another to form spacing gaps (38, 38') and wherein the blocks (37, 37') comprise a polymer structure and the polymer structure is formed in a sponge-like manner, the phase change material being worked into the polymer structure. - a supporting structure having a first and a second side; - at least one electrode (34, 34'), which is arranged on the first side of the supporting structure; - a phase change material for absorbing heat, which is arranged on the second side of the supporting structure,
A method of wireless communication, comprising: receiving a reporting requirement for one or more multicast-broadcast single frequency network, MBSFN, physical layer parameters, including at least one parameter corresponding to a reference signal; obtaining the one or more MBSFN physical layer parameters including the at least one parameter corresponding to a reference signal; and characterized by, creating a report based on the obtained one or more MBSFN physical layer parameters by adding the one or more MBSFN physical layer parameters to a minimization of drive tests, MDT, report. receiving a reporting requirement for one or more multicast-broadcast single frequency network, MBSFN, physical layer parameters, including at least one parameter corresponding to a reference signal; obtaining the one or more MBSFN physical layer parameters including the at least one parameter corresponding to a reference signal; and characterized by, creating a report based on the obtained one or more MBSFN physical layer parameters by adding the one or more MBSFN physical layer parameters to a minimization of drive tests, MDT, report.
Method for modifying stereoscopic pairs of images for improved three-dimensional displaying, the method comprising: analyzing the images (523, 524) for detecting the angle of incidence of the illuminating light (211, 311, 525, 526, 527, 528) in the images (523, 524), and modifying the luminance values of at least a section of at least one of the images (523, 524) of each stereoscopic pair based on the angle of incidence; characterized in that modifying the luminance values comprises darkening the left image under a line that divides the image starting from the right top corner of the image, the angle of the line being defined by the angle of incidence, or darkening the right image under a line that divides the image starting from the left top corner of the image, the angle of the line being defined by the angle of incidence. analyzing the images (523, 524) for detecting the angle of incidence of the illuminating light (211, 311, 525, 526, 527, 528) in the images (523, 524), and modifying the luminance values of at least a section of at least one of the images (523, 524) of each stereoscopic pair based on the angle of incidence; characterized in that modifying the luminance values comprises darkening the left image under a line that divides the image starting from the right top corner of the image, the angle of the line being defined by the angle of incidence, or darkening the right image under a line that divides the image starting from the left top corner of the image, the angle of the line being defined by the angle of incidence.
A work vehicle comprising: a front frame configured to support a front wheel; a transmission mechanism configured to transmit power; and a front ROPS member, wherein the front ROPS member is fixed to a front ROPS left plate and a front ROPS right plate, characterised in that each of the front ROPS left plate and the front ROPS right plate is attached both to the transmission mechanism and to the front frame. a front frame configured to support a front wheel; a transmission mechanism configured to transmit power; and a front ROPS member, wherein the front ROPS member is fixed to a front ROPS left plate and a front ROPS right plate, characterised in that each of the front ROPS left plate and the front ROPS right plate is attached both to the transmission mechanism and to the front frame.
Shrink-fit chuck for clamping a tool in shrink fit, whereby the shrink-fit chuck includes: the first segment for receiving the tool, whereby the first segment is adapted to receive the tool in a heated state and to clamp the tool under cooler conditions and a second segment (103,104), whereby the second segment (103,104) is used for the coupling suited for the machine tool's motorized spindle, whereby the first segment is at least partially covered with a first layer, while the second segment (103, 104) is at least partially coated by a second layer, with the following features: the first layer is thermally conductive, as is the second layer, and the thermal conductivity of the first layer differs from the second layer's thermal conductivity ability, so that a uniform heating of the shrink fit chuck is ensured in the first segment. the first segment for receiving the tool, whereby the first segment is adapted to receive the tool in a heated state and to clamp the tool under cooler conditions and a second segment (103,104), whereby the second segment (103,104) is used for the coupling suited for the machine tool's motorized spindle, whereby the first segment is at least partially covered with a first layer, while the second segment (103, 104) is at least partially coated by a second layer, with the following features: the first layer is thermally conductive, as is the second layer, and the thermal conductivity of the first layer differs from the second layer's thermal conductivity ability, so that a uniform heating of the shrink fit chuck is ensured in the first segment. the first layer is thermally conductive, as is the second layer, and the thermal conductivity of the first layer differs from the second layer's thermal conductivity ability, so that a uniform heating of the shrink fit chuck is ensured in the first segment.
A method for controlling transportation between warehouses, executed by an Automated Guided Vehicle, AGV, in a system for controlling transportation between warehouses, the system further comprising a source Robot Cooperative System, RCS, and a target RCS, wherein the method comprises: receiving, from the source RCS, first transportation information which comprises information of a first to-be-transported object; transporting the first to-be-transported object to a handover area; transferring a control over the AGV from the source RCS to the target RCS; receiving a location of a first target storage space from the target RCS; and transporting the first to-be-transported object from the handover area to the first target storage space; wherein the handover area is an overlap of an area under the control of the source RCS and an area under the control of the target RCS, and the AGV located in the handover area can be controlled by both the source RCS and the target RCS; characterized in that transferring the control over the AGV from the source RCS to the target RCS comprises: sending a suspension request to the source RCS, receiving a first address from the source RCS, sending a takeover request to a target RCS corresponding to the first address, and receiving a message of successful takeover from the target RCS. receiving, from the source RCS, first transportation information which comprises information of a first to-be-transported object; transporting the first to-be-transported object to a handover area; transferring a control over the AGV from the source RCS to the target RCS; receiving a location of a first target storage space from the target RCS; and transporting the first to-be-transported object from the handover area to the first target storage space; wherein the handover area is an overlap of an area under the control of the source RCS and an area under the control of the target RCS, and the AGV located in the handover area can be controlled by both the source RCS and the target RCS; characterized in that transferring the control over the AGV from the source RCS to the target RCS comprises: sending a suspension request to the source RCS, receiving a first address from the source RCS, sending a takeover request to a target RCS corresponding to the first address, and receiving a message of successful takeover from the target RCS. sending a suspension request to the source RCS, receiving a first address from the source RCS, sending a takeover request to a target RCS corresponding to the first address, and receiving a message of successful takeover from the target RCS.
A method of purifying propylene oxide containing acetone, water, methanol, methyl formate, aldehydes, and hydrocarbon impurities, said method comprising contacting the propylene oxide with a glycol and a C 7 or greater alkane In a liquid/liquid solvent extraction, and separating an alkane fraction comprising propylene oxide having reduced Impurities content.
A method in a security module with a first interface and a second interface of a portable data carrier, with the following steps of: - receiving (S51; S54; S57) first data (17; 23; 24) via the first interface; - evaluating at least the received data (17; 23; 24); - sending a response (22; 21; 18) to the received data (17; 23; 24) via the first interface; characterized in that in dependence on the evaluation result in the step of evaluating, a ready-to-receive phase for receiving data via the second interface is executed (S52; S55; S58) or not executed; and wherein the sending of the response (22; 21; 18) to the received data (17; 23; 24) is effected via the first interface after the execution of the ready-to-receive phase. - receiving (S51; S54; S57) first data (17; 23; 24) via the first interface; - evaluating at least the received data (17; 23; 24); - sending a response (22; 21; 18) to the received data (17; 23; 24) via the first interface;
A video playing device for synchronising a video and a caption, comprising: a display configured to display the video and the caption; an input unit for receiving an input from a user; a controller configured, in response to the user selecting a synchronisation mode via the user input unit, to set a repetition period based on the user input in which image frames of the video are repeatedly played, wherein the controller is configured to determine whether an image frame associated with a voice is present in the repetition period, and in the event that the image frame is not present in the repetition period, to shift the repetition period such that the image frame is present in the repetition period; and in the event that the image frame is present in the repetition period, in response to a further user input, to control the display time point of the caption by shifting the caption relative to the image frame during the repetition period so as to synchronise the image frame with the caption. a display configured to display the video and the caption; an input unit for receiving an input from a user; a controller configured, in response to the user selecting a synchronisation mode via the user input unit, to set a repetition period based on the user input in which image frames of the video are repeatedly played, wherein the controller is configured to determine whether an image frame associated with a voice is present in the repetition period, and in the event that the image frame is not present in the repetition period, to shift the repetition period such that the image frame is present in the repetition period; and in the event that the image frame is present in the repetition period, in response to a further user input, to control the display time point of the caption by shifting the caption relative to the image frame during the repetition period so as to synchronise the image frame with the caption.
A fuel pump attachment structure for supporting a fuel pump with a pump support member provided on a tank outer wall of a fuel tank, the fuel pump being inserted into the fuel tank through a pump attachment opening formed in the fuel tank, wherein the pump support member is formed from a plurality of plate-shaped support plate sections arranged around the pump attachment opening, and the fuel pump is secured to fastening sections provided on the support plate sections, and is attached to the pump attachment opening in a liquid tight manner, characterized in that the pump support member is formed from at least three plate-shaped support plate sections arranged around the pump attachment opening, the pump attachment opening is formed in a bottom face of the fuel tank, which is depressed toward the inside of the fuel tank more than the rest of the bottom of the fuel tank.
A preparation comprising live ammonia oxidising bacteria for use in a method of treating inflammatory acne lesions or non-inflammatory acne lesions in a subject, wherein said method comprises: administering said preparation to a surface of the subject, and wherein said preparation is administered as an aerosol, spray or mist. administering said preparation to a surface of the subject, and wherein said preparation is administered as an aerosol, spray or mist.
An intravascular data analysis system to assess a blood vessel comprising: an interface system configured to receive intravascular pressure data; a display system; one or more memory storage devices comprising instructions; a processor in electrical communication with the interface system, the display system, and one or more memory storage devices, wherein the interface system is configured to receive one or more distal pressure values Pd measured from an intravascular data collection probe and one or more proximal pressure values Pa; the processor configured to execute instructions to: determine a set of Pd/Pa ratios from the one or more distal pressure values and the one or more proximal pressure values; determine multiple minimum Pd/Pa ratios from the set of Pd/Pa ratios, wherein the multiple minimum Pd/Pa ratios comprise one of: (i) a set of minimum Pd/Pa ratios, each minimum Pd/Pa ratio obtained relative to one heart cycle or (ii) a set of averages of one or more minimum Pd/Pa ratios, wherein each minimum Pd/Pa ratio is determined on a per heart cycle basis; and display a representation of the multiple minimum Pd/Pa ratios. an interface system configured to receive intravascular pressure data; a display system; one or more memory storage devices comprising instructions; a processor in electrical communication with the interface system, the display system, and one or more memory storage devices, wherein the interface system is configured to receive one or more distal pressure values Pd measured from an intravascular data collection probe and one or more proximal pressure values Pa; the processor configured to execute instructions to: determine a set of Pd/Pa ratios from the one or more distal pressure values and the one or more proximal pressure values; determine multiple minimum Pd/Pa ratios from the set of Pd/Pa ratios, wherein the multiple minimum Pd/Pa ratios comprise one of: (i) a set of minimum Pd/Pa ratios, each minimum Pd/Pa ratio obtained relative to one heart cycle or (ii) a set of averages of one or more minimum Pd/Pa ratios, wherein each minimum Pd/Pa ratio is determined on a per heart cycle basis; and determine a set of Pd/Pa ratios from the one or more distal pressure values and the one or more proximal pressure values; determine multiple minimum Pd/Pa ratios from the set of Pd/Pa ratios, wherein the multiple minimum Pd/Pa ratios comprise one of: (i) a set of minimum Pd/Pa ratios, each minimum Pd/Pa ratio obtained relative to one heart cycle or (ii) a set of averages of one or more minimum Pd/Pa ratios, wherein each minimum Pd/Pa ratio is determined on a per heart cycle basis; and (i) a set of minimum Pd/Pa ratios, each minimum Pd/Pa ratio obtained relative to one heart cycle or (ii) a set of averages of one or more minimum Pd/Pa ratios, wherein each minimum Pd/Pa ratio is determined on a per heart cycle basis; and
A method for synthesizing cDNA by mixing a target RNA, a first oligonucleotide molecule, a second oligonucleotide molecule, and a reverse transcriptase, using the target RNA as a template, the first oligonucleotide molecule comprising a first region that hybridizes to the target RNA at 3' end, and comprising a second region, 5' of the first region, that hybridizes to the second oligonucleotide molecule, wherein the target RNA is a small RNA selected from the group consisting of miRNA, snRNA, snoRNA, piRNA, pri-miRNA, pre-miRNA, siRNA, and shRNA.
A computer implemented method for initiating floating controls via a touch screen, the method comprising: detecting a plurality of touches, including a touch by an object, on the touch screen; and reading touch data from the touch screen; characterized in the method further comprising: generating gradient data, which indicates the topology of each group of connected points from the touch data; determining boundaries, each defining a touch region, based on the generated gradient data; classifying the defined touch regions, including a touch region representing the touch by the object; and generating an image on the touch screen, adjacent the touch region representing the touch by the object, based on the classification of the touch region representing the touch by the object; wherein the image comprises a control box including a plurality of interactive control buttons, wherein each button is selectable by the object. detecting a plurality of touches, including a touch by an object, on the touch screen; and reading touch data from the touch screen; characterized in the method further comprising: generating gradient data, which indicates the topology of each group of connected points from the touch data; determining boundaries, each defining a touch region, based on the generated gradient data; classifying the defined touch regions, including a touch region representing the touch by the object; and generating an image on the touch screen, adjacent the touch region representing the touch by the object, based on the classification of the touch region representing the touch by the object; wherein the image comprises a control box including a plurality of interactive control buttons, wherein each button is selectable by the object. generating gradient data, which indicates the topology of each group of connected points from the touch data; determining boundaries, each defining a touch region, based on the generated gradient data; classifying the defined touch regions, including a touch region representing the touch by the object; and generating an image on the touch screen, adjacent the touch region representing the touch by the object, based on the classification of the touch region representing the touch by the object;