mhurhangee/patent-ind-claim-en huggingface dataset:
A printing apparatus (300; 350) comprising: an ink band capable of holding hot melt ink thereon; an ink feed device configured to deposit hot melt ink on the ink band; ink band rollers configured and arranged to hold and transport the ink band with respect to a substrate ; a printhead configured to thermally transfer a portion of hot melt ink from the ink band to the substrate to print on the substrate; a rigid blade (184; 186; 200; 250; 260; 370) configured to control a thickness of the hot melt ink deposited on the ink band; a carrier belt in contact with the ink band; and carrier rollers configured and arranged to hold and transport the carrier belt with respect to the ink feed device, wherein the carrier belt is formed of at least a first material component and a second material component, the first material component providing the carrier belt with compliance that controls the thickness of the hot melt ink deposited on the ink band in conjunction with the rigid blade, and the second material component prevents or reduces elongation of the carrier belt. an ink band capable of holding hot melt ink thereon; an ink feed device configured to deposit hot melt ink on the ink band; ink band rollers configured and arranged to hold and transport the ink band with respect to a substrate ; a printhead configured to thermally transfer a portion of hot melt ink from the ink band to the substrate to print on the substrate; a rigid blade (184; 186; 200; 250; 260; 370) configured to control a thickness of the hot melt ink deposited on the ink band; a carrier belt in contact with the ink band; and carrier rollers configured and arranged to hold and transport the carrier belt with respect to the ink feed device, wherein the carrier belt is formed of at least a first material component and a second material component, the first material component providing the carrier belt with compliance that controls the thickness of the hot melt ink deposited on the ink band in conjunction with the rigid blade, and the second material component prevents or reduces elongation of the carrier belt.
A parallel-processing method of finding a vector solution to a tree search problem using a plurality of processing elements, the method comprising: obtaining a tree graph; identifying a plurality of nodes in the tree graph that are likely to be part of the solution to the tree graph; partitioning the tree graph into a plurality of sub-trees, each sub-tree including one or more of the identified nodes; processing the plurality of sub-trees in parallel by allocating one or more of the processing elements to each of the sub-trees; and determining the solution based on results of the sub-tree processing. obtaining a tree graph; identifying a plurality of nodes in the tree graph that are likely to be part of the solution to the tree graph; partitioning the tree graph into a plurality of sub-trees, each sub-tree including one or more of the identified nodes; processing the plurality of sub-trees in parallel by allocating one or more of the processing elements to each of the sub-trees; and determining the solution based on results of the sub-tree processing.
A composition for use as polymethylmethacrylate bone cement having an antiseptic effect, wherein the composition is curable and has a content of at least one component, from which a compound having an oxidizing effect can be released, wherein the oxidizing compound can be released from the component in the presence of water, wherein the component comprises a hydrogen peroxide compound, wherein the hydrogen peroxide compound is a calcium peroxide or a calcium peroxide octahydrate, wherein the use is characterised in that hydrogen peroxide is released with delay from the cured composition by hydrolysis after an implantation by the effect of body fluids
An image capturing apparatus that communicates with an external device , the apparatus comprising: a field-of-view changing unit configured to change a field of view for capturing an image of a subject; a receiving unit configured to receive a command for controlling the field-of-view changing unit from the external device ; a control unit configured, when the receiving unit receives a command to start to change a field of view using the field-of-view changing unit , to control the field-of-view changing unit to start to change the field of view; and an amount-of-change determination unit configured to determine the amount of change in the field of view using the field-of-view changing unit, wherein upon receiving a command to stop changing the field of view using the field-of-view changing unit , if the amount of change in the field of view determined by the amount-of-change determination unit is less than a predetermined amount, the control unit performs control to make the amount of change in the field of view become the predetermined amount. a field-of-view changing unit configured to change a field of view for capturing an image of a subject; a receiving unit configured to receive a command for controlling the field-of-view changing unit from the external device ; a control unit configured, when the receiving unit receives a command to start to change a field of view using the field-of-view changing unit , to control the field-of-view changing unit to start to change the field of view; and an amount-of-change determination unit configured to determine the amount of change in the field of view using the field-of-view changing unit, wherein upon receiving a command to stop changing the field of view using the field-of-view changing unit , if the amount of change in the field of view determined by the amount-of-change determination unit is less than a predetermined amount, the control unit performs control to make the amount of change in the field of view become the predetermined amount.
Roller shutter box insulating means having a board-shaped insulating means which in the board plane has a longitudinal direction (L) and a width direction (B) and which is composed of a foam material and has at least one functional element , wherein the functional element is produced exclusively by a foaming method, and wherein the roller shutter box insulating means is configured and specified to be inserted in such a manner into a roller shutter box in which a roller shutter shaft is accommodated that the longitudinal direction (L) of the insulating means is aligned so as to be parallel to the roller shutter shaft, characterized in that the functional element has at least one coupling portion for connecting in a form-fitting manner the roller shutter box insulating means to a further, identical roller shutter box insulating means by mutual slotting and/or by latching, wherein the coupling portion is disposed on a periphery (R1, R2) of the insulating means that extends in the width direction (B).
An optical filtering device , in particular for remote gas detection, comprising a member including a tubular passage accommodating a plurality of reflective structures ,each carried by an inner face of the tubular passage, said structures being able to reflect infrared wavelengths, said structures being planar and elongated according to the axis of the tubular passage and disposed around this axis while each extending from a first end of the tubular passage intended to form an inlet of a radiative flux originating from an observed area of space up to a second end of the tubular passage opposite to the first end and intended to form a radiative flux outlet , wherein each of said structures comprises a face directed towards the inside of the tubular passage, the normal to each face being perpendicular to the axis of the tubular passage, said structures being arranged circumferentially one after another, characterised in that said reflective structures comprise means for filtering by absorption of different wavelength bands located in the infrared spectral band, and in that each of the reflective structures comprises a support carrying the filtering means formed by a surface plasmon structure.
Steam turbine including: a nozzle casing component , a control wheel , and a turbine casing comprising a radially inner surface , wherein the nozzle casing component comprises a first section extending along a circumferential direction of the steam turbine , and a second section extending along the circumferential direction of the steam turbine , wherein the first section comprises a flow channel and an outlet configured such that a first inlet steam flow flowing through the flow channel is injectable through the outlet into a flow path of the steam turbine upstream of the control wheel , wherein the second section comprises a flow deflecting surface and a radius defined between the flow deflecting surface and a rotation axis of the steam turbine , wherein the nozzle casing component is arranged in the turbine casing , wherein a further flow channel is formed in-between the flow deflecting surface and the radially inner surface , and wherein a second inlet steam flow of the steam turbine is guided along the flow deflecting surface such that the second inlet steam flow enters the flow path of the steam turbine downstream of the control wheel , characterised in that a length of the radius varies along the second section in the circumferential direction such that a volume of the further flow channel varies depending on the variation of the length of the radius. a nozzle casing component , a control wheel , and a turbine casing comprising a radially inner surface , wherein the nozzle casing component comprises a first section extending along a circumferential direction of the steam turbine , and a second section extending along the circumferential direction of the steam turbine , wherein the first section comprises a flow channel and an outlet configured such that a first inlet steam flow flowing through the flow channel is injectable through the outlet into a flow path of the steam turbine upstream of the control wheel , wherein the second section comprises a flow deflecting surface and a radius defined between the flow deflecting surface and a rotation axis of the steam turbine , wherein the nozzle casing component is arranged in the turbine casing , wherein a further flow channel is formed in-between the flow deflecting surface and the radially inner surface , and wherein a second inlet steam flow of the steam turbine is guided along the flow deflecting surface such that the second inlet steam flow enters the flow path of the steam turbine downstream of the control wheel , characterised in that a length of the radius varies along the second section in the circumferential direction such that a volume of the further flow channel varies depending on the variation of the length of the radius.
A method for generating an identifier of a mobile session, the method comprising: generating , by a network element that serves as a local anchor for authentication, authorization, and accounting in an unlicensed radio band network, an identifier of a mobile session for a mobile device accessing a network operating in an unlicensed radio band, characterized in that generating at least one part of the identifier comprises: generating a random binary value; converting the random binary value into a decimal value; and truncating the decimal value to a number of decimal digits consistent with an identifier recognizable by a network operating in a licensed radio band. generating a random binary value; converting the random binary value into a decimal value; and truncating the decimal value to a number of decimal digits consistent with an identifier recognizable by a network operating in a licensed radio band.
A wearable device capable of being attached to the skin of a user, the wearable device comprising: a plurality of electrodes spaced apart from each other; conductive members , each of which is positioned on one surface of each of the plurality of electrodes and comprises an exposure portion (EP); blocking members , each of which comprises a different material from the conductive member and covers the outside of the conductive member so that the exposure portion is present within the blocking member; and absorbent members , each of which is positioned outside of the blocking member and comes into contact with the skin of the user, and characterised in that the exposure portion is positioned at the same height as the blocking member and the absorbent member such that the surface of the exposure portion in contact with the skin of the user is positioned at the same height as the top surface of the blocking member and the absorbent member, and wherein any one of the exposure portion (EP), the blocking member , and the absorbent member does not protrude further than the others such that they uniformly come into contact with the skin of the user. a plurality of electrodes spaced apart from each other; conductive members , each of which is positioned on one surface of each of the plurality of electrodes and comprises an exposure portion (EP); blocking members , each of which comprises a different material from the conductive member and covers the outside of the conductive member so that the exposure portion is present within the blocking member; and absorbent members , each of which is positioned outside of the blocking member and comes into contact with the skin of the user, and characterised in that the exposure portion is positioned at the same height as the blocking member and the absorbent member such that the surface of the exposure portion in contact with the skin of the user is positioned at the same height as the top surface of the blocking member and the absorbent member, and wherein any one of the exposure portion (EP), the blocking member , and the absorbent member does not protrude further than the others such that they uniformly come into contact with the skin of the user.
An integrated circuit comprising: a programmable portion powered at a programmable portion power supply voltage (VCC); volatile memory elements having outputs that configure the programmable portion; a plurality of address lines for addressing the volatile memory elements; and data loading and reading circuitry that applies address signals that have a first voltage level (VADD-HIGH)that is greater than the programmable portion power supply voltage to the address lines to load configuration data into the volatile memory elements. a programmable portion powered at a programmable portion power supply voltage (VCC); volatile memory elements having outputs that configure the programmable portion; a plurality of address lines for addressing the volatile memory elements; and data loading and reading circuitry that applies address signals that have a first voltage level (VADD-HIGH)that is greater than the programmable portion power supply voltage to the address lines to load configuration data into the volatile memory elements.
A method for producing a diffractive optical element , wherein a surface structure of the diffractive optical element is generated by implanting ions into the material of a substrate , a layer or a layer system, wherein the surface structure is generated with a structure height varying in lateral direction and comprises a structure height of less than 10 nm.
A glass-reinforced plastic pipe liner of improved impact performance applied to the interior of a pipe comprising: - a layer B) consisting of a coat being reinforced by non-woven fibres, the coat being formed from at least one unsaturated polyester resin, optionally mixed with at least one vinyl ester resin; - a layer C) consisting of a coat being reinforced by chopped fibre strands, the coat being formed from at least one unsaturated polyester resin, optionally mixed with at least one vinyl ester resin; wherein at least one of the layers B) or C) comprises colour pigments present at 0.2 - 5.0 wt% per weight of the unsaturated polyester resin. - a layer B) consisting of a coat being reinforced by non-woven fibres, the coat being formed from at least one unsaturated polyester resin, optionally mixed with at least one vinyl ester resin; - a layer C) consisting of a coat being reinforced by chopped fibre strands, the coat being formed from at least one unsaturated polyester resin, optionally mixed with at least one vinyl ester resin;
An apparatus for fixing digital images printed with thermoplastic ink or powder toner on self-adhesive material on a reel (A), like paper or self-adhesive plastic films, such as for example: polypropylene, polyethylene, polyester, vinyl, PVC, etc., with different thicknesses and finishes, the said apparatus being associable with an electrographic laser printing machine characterized by the fact that the said apparatus comprises at least one hot roller, heated by hot air blown and confined directly against the external surface of the fixing roller, for fixing the toner and at least one unheated pressure roller , opposite the said hot roller , characterized by the fact that the said roller comprises at least one hot air conveying chamber having a cusp-shaped outlet section slotted towards at least one confinement chamber adjacent to a portion of the external surface of the said fixing roller .
An air supply system configured to be used in a brake electronic control system, be positioned in parallel with a main brake circuit controlled by a main controller , and perform supply and discharge of air to and from a brake chamber that applies a service brake, the air supply system comprising: a relay valve configured to be in communication with the brake chamber , an air supply source , and a discharge port , wherein a position of the relay valve is switchable between a connection position, in which the relay valve connects the air supply source to the brake chamber , and a discharge position, in which the relay valve connects the brake chamber to the discharge port ; a switching portion configured to connect the main brake circuit to the brake chamber when the main brake circuit is operating, and connect the relay valve to the brake chamber when the main brake circuit is not operating; and a controller that controls the position of the relay valve , characterized in that the relay valve is connected to two control valves and the controller is configured to control energizing and de-energizing of the two control valves to control the position of the relay valve . a relay valve configured to be in communication with the brake chamber , an air supply source , and a discharge port , wherein a position of the relay valve is switchable between a connection position, in which the relay valve connects the air supply source to the brake chamber , and a discharge position, in which the relay valve connects the brake chamber to the discharge port ; a switching portion configured to connect the main brake circuit to the brake chamber when the main brake circuit is operating, and connect the relay valve to the brake chamber when the main brake circuit is not operating; and a controller that controls the position of the relay valve , characterized in that the relay valve is connected to two control valves and the controller is configured to control energizing and de-energizing of the two control valves to control the position of the relay valve .
Brake device comprising a brake caliper with a first leg , a second leg and a connecting section connecting the first leg to the second leg , wherein a first frictional surface is arranged on a first inner side of the first leg and a first actuation surface being arranged on a second inner side of the second leg , wherein a pressing part of the brake device being guided linearly along a first straight line on the brake caliper , wherein the pressing part has a second frictional surface facing the first frictional surface and a second actuation surface facing away from the second frictional surface , wherein a region between the first frictional surface and the second frictional surface is provided for the arrangement of a brake element , wherein the brake device has a rotatable spreading element cooperating with the first actuation surface and the second actuation surface , wherein a first spreading element surface being in direct contact with a first rolling surface during a rotation of the spreading element for actuating the brake device and rolling substantially on the first rolling surface , wherein the first rolling surface corresponding to the first actuation surface or the second actuation surface , characterised in that a profile of the first spreading element surface forms a first rolling curve, in that the first rolling curve has at least one centre of curvature , and in that , during at least a large part of the rotation of the spreading element which takes place in order to actuate the brake device , an axis of rotation of the spreading element is arranged in front of the centre of curvature of the point of contact , as viewed from a point of contact of the first rolling curve in the direction of the first straight line.
A method of providing operating parameters of an automation device via a configuration system , comprising: - detecting a pre-selection of the automation device, whose operating parameters are to be provided, via a user interface of the configuration system ; - detecting a target value of a first operating parameter of the automation device via the user interface ; - calculating a limit value of a second operating parameter of the automation device in dependence on the target value of the first operating parameter, wherein the dependence of the second operating parameter on the first operating parameter is calculated using a device model of the automation device; and - outputting the limit value of the second operating parameter via the user interface of the configuration system , characterized in that the automation device is selected from automation devices whose device models are stored in the configuration system ; and in that the limit value of the second operating parameter is calculated such that a characteristic of the automation device is in a reliable value range, in which range the automation device remains operable overall, with the dependence of the characteristic on the second operating parameter being calculated using the device model of the automation device when the automation device is operated with the target value of the first operating parameter and with the limit value of the second operating parameter. - detecting a pre-selection of the automation device, whose operating parameters are to be provided, via a user interface of the configuration system ; - detecting a target value of a first operating parameter of the automation device via the user interface ; - calculating a limit value of a second operating parameter of the automation device in dependence on the target value of the first operating parameter, - outputting the limit value of the second operating parameter via the user interface of the configuration system ,