mhurhangee/ep-ind-claims huggingface dataset:
A flexible device having a longitudinal axis, comprising: a first elongate member configured to move the flexible device in a first direction relative to the longitudinal axis; a second elongate member configured to move the flexible device in a second direction relative to the longitudinal axis that is different to the first direction; an articulation section including articulation links, wherein at least one of the articulation links includes a body having a first lumen and a second lumen receiving the first elongate member and the second elongate member, respectively, wherein the first and second elongate members (100a; 100b) extend through the first and second lumens (110a; 110b), respectively, and wherein the first and second elongate members (100a; 100b) are configured to move the articulation section between a straight configuration and a curved configuration; and first and second cinching elements (150a, 150b) within the first lumen, wherein the first and second cinching elements (150a, 150b) are engaged with one or more sides of the first elongate member, to limit movement between the first elongate member and the articulation section, when the articulation section is in the curved configuration, and wherein the first and second cinching elements (150a, 150b) are disengaged from the first elongate member, to permit movement between the first elongate member and the articulation section, when the articulation section is in the straight configuration. a first elongate member configured to move the flexible device in a first direction relative to the longitudinal axis; a second elongate member configured to move the flexible device in a second direction relative to the longitudinal axis that is different to the first direction; an articulation section including articulation links, wherein at least one of the articulation links includes a body having a first lumen and a second lumen receiving the first elongate member and the second elongate member, respectively, wherein the first and second elongate members (100a; 100b) extend through the first and second lumens (110a; 110b), respectively, and wherein the first and second elongate members (100a; 100b) are configured to move the articulation section between a straight configuration and a curved configuration; and first and second cinching elements (150a, 150b) within the first lumen, wherein the first and second cinching elements (150a, 150b) are engaged with one or more sides of the first elongate member, to limit movement between the first elongate member and the articulation section, when the articulation section is in the curved configuration, and wherein the first and second cinching elements (150a, 150b) are disengaged from the first elongate member, to permit movement between the first elongate member and the articulation section, when the articulation section is in the straight configuration.
A reciprocation module dimensioned to fit into a crib for replacing or to be placed under a mattress of the crib, characterized by: - a sheet-like membrane, which is able to be tensioned and loosened to create sag, which is able to withstand the weight of an infant, and which is configured to cover an area that is suitable for receiving and supporting an infant and which membrane extends along a first Cartesian dimension and a second Cartesian dimension to cover the area and has a thickness in the third Cartesian dimension, and - a tensioning mechanism attached to the membrane and configured to repeatedly adjust the tension of the sheet-like membrane in at least either first or second Cartesian dimension (Y, Z) for repeatedly reciprocating the at least one infant supported by the membrane. - a sheet-like membrane, which is able to be tensioned and loosened to create sag, which is able to withstand the weight of an infant, and which is configured to cover an area that is suitable for receiving and supporting an infant and which membrane extends along a first Cartesian dimension and a second Cartesian dimension to cover the area and has a thickness in the third Cartesian dimension, and - a tensioning mechanism attached to the membrane and configured to repeatedly adjust the tension of the sheet-like membrane in at least either first or second Cartesian dimension (Y, Z) for repeatedly reciprocating the at least one infant supported by the membrane.
An integrated circuit, comprising: a first processing stage comprising processing logic (22,24) for performing a processing operation on at least one input signal to generate at least one output signal, wherein said input signal corresponds to an output signal of a previous processing stage; a first sampling element adapted to sample a first value of said output signal synchronously with a clock signal; a second sampling element adapted to sample a second value of said output signal synchronously with a first delayed clock signal; a first delayed clock signal generator (49, 50), adapted to selectively enable said first delayed clock signal, in response to a control signal generated in said previous processing stage; comparison circuitry for comparing said first and said second values of said output signal and generating an error signal if said first and second values are different; and a further circuit (56,58) arranged to propagate said second value to the following processing stage if said first and second values are different and to propagate said first value if said first and second values are equal. a first processing stage comprising processing logic (22,24) for performing a processing operation on at least one input signal to generate at least one output signal, wherein said input signal corresponds to an output signal of a previous processing stage; a first sampling element adapted to sample a first value of said output signal synchronously with a clock signal; a second sampling element adapted to sample a second value of said output signal synchronously with a first delayed clock signal; a first delayed clock signal generator (49, 50), adapted to selectively enable said first delayed clock signal, in response to a control signal generated in said previous processing stage; comparison circuitry for comparing said first and said second values of said output signal and generating an error signal if said first and second values are different; and a further circuit (56,58) arranged to propagate said second value to the following processing stage if said first and second values are different and to propagate said first value if said first and second values are equal.
Semiconductor structure based on III-N materials, comprising: • a support substrate; • a main layer made of III-N material, the main layer comprising a first section arranged on the support substrate and a second section arranged on the first section; • an intermediate layer made of III-N material and arranged between the first section and the second section, for compressing the second section of the main layer; the intermediate layer consisting of: • a lower layer arranged on the first section of the main layer; • and, arranged on and in contact with the lower layer, an upper layer consisting of a superlattice; the lower layer consisting of a homogeneous layer or a superlattice which is different from the superlattice constituting the upper layer, having a dislocation density greater than that of the upper layer and a mesh parameter smaller than the mesh parameter of the material forming the upper layer, the superlattice constituting the upper layer and, where appropriate, the superlattice constituting the lower layer being formed by a repetition of a pattern comprising at least two layers of different types, the semiconductor structure based on III-N materials being characterized in that each layer making up the pattern has a thickness of between 0.5 nm and 50 nm, the intermediate layer has a thickness of between 200 nm and 1000 nm, and the upper layer comprises a p-type dopant of carbon, iron or magnesium in a concentration of between 5×10 18 and 5×10 19 at/cm 3 in order to make said layer resistive. • a support substrate; • a main layer made of III-N material, the main layer comprising a first section arranged on the support substrate and a second section arranged on the first section; • an intermediate layer made of III-N material and arranged between the first section and the second section, for compressing the second section of the main layer; • a lower layer arranged on the first section of the main layer; • and, arranged on and in contact with the lower layer, an upper layer consisting of a superlattice;
Housing for domestic appliances, such as tumble dryers, washing machines, dishwashers or the like, which comprises in its basic form a base module, and side walls, a rear wall and a front wall, the front wall comprising on its lower transverse side at least two bearing elements in order to construct the housing without a frame, which bearing elements rest on surfaces provided on the base module and are designed so that the positions thereof can be adjustably fixed on the base module and the bearing element comprising a bracket element, in order to provide a preliminary bearing surface on the base module, and an adjustment element, for producing a defined position of the bearing surface in respect of the base module, characterised in that the adjustment element comprises an excentre which is rotatably mounted in a housing, the bracket element and the adjustment element consisting of a moulded part, and it being possible to fix the moulded part on the profiled region forming the front wall by means of integrally formed elements in punched holes in the profiled region using the vertical leg of the bracket element, the horizontally oriented leg of the bracket element forming the bearing surface on the base module.
A method for fabricating a flexible module, comprising, attaching a bottom film to a back surface of a flexible panel with an adhesive layer, the flexible panel having a bending area and a non-bending area, wherein the attaching comprises forming a low surface energy layer on the back surface of the bending area of the flexible panel, and then adhering the bottom film to the back surface of the flexible panel with a first adhesive glue, wherein the first adhesive glue forms the adhesive layer; and at least removing the bottom film on the back surface of the bending area of the flexible panel, wherein the removing comprises removing the first adhesive glue and the bottom film on the back surface of the bending area of the flexible panel; and bending the flexible panel so that the bending area of the flexible panel bends to complete the fabrication of the flexible module. attaching a bottom film to a back surface of a flexible panel with an adhesive layer, the flexible panel having a bending area and a non-bending area, wherein the attaching comprises forming a low surface energy layer on the back surface of the bending area of the flexible panel, and then adhering the bottom film to the back surface of the flexible panel with a first adhesive glue, wherein the first adhesive glue forms the adhesive layer; and at least removing the bottom film on the back surface of the bending area of the flexible panel, wherein the removing comprises removing the first adhesive glue and the bottom film on the back surface of the bending area of the flexible panel; and bending the flexible panel so that the bending area of the flexible panel bends to complete the fabrication of the flexible module.
Radome for vehicles, comprising a radio transmissive transparent layer and a decorative element, the decorative element comprising a brightness and tone element comprising a metal layer and one or more metalloid layers, wherein the brightness and tone element comprises two metalloid layers (622, 623), each metalloid layer being made from a different metalloid.
An extrusion die having a manifold, an internal flow passageway, an orifice having an end region, and an internal deckle system, said internal deckle system comprising a downstream internal deckle member, a deckle rod, a cam member, and a cam controller, said downstream internal deckle member being located within said internal flow passageway and having a downstream edge alongside said deckle rod, characterized in that said cam member is configured to rotate about a pivot point in response to actuation of said cam controller and to contact said deckle rod forcing said deckle rod to seal an end region of said orifice.
Boot comprising: - a bottom assembly, - an upper comprising a first envelope, which comprises: - a bottom portion provided to enclose the foot of a user, - a top portion provided to enclose the ankle or the ankle and part of the lower leg of the user, the boot comprising an information transmitting strip which comprises: - a first portion secured to the bottom assembly and/or to the bottom portion of the first envelope by fastening means, - a second portion that is able to be wrapped around the top portion of the first envelope, extending the first portion (71; 72) and having first coupling means (73.1) that are able to cooperate with second coupling means (73.2) integral with the top portion (62; 162) of the first envelope (6; 104), the upper also comprising an outer envelope, and the first envelope being accommodated inside the outer envelope and delimiting an internal volume of the boot, characterized in that the outer envelope is manufactured from a relatively flexible and slightly elastic material. - a bottom assembly, - an upper comprising a first envelope, which comprises: - a bottom portion provided to enclose the foot of a user, - a top portion provided to enclose the ankle or the ankle and part of the lower leg of the user, - a bottom portion provided to enclose the foot of a user, - a top portion provided to enclose the ankle or the ankle and part of the lower leg of the user, - a first portion secured to the bottom assembly and/or to the bottom portion of the first envelope by fastening means, - a second portion that is able to be wrapped around the top portion of the first envelope, extending the first portion (71; 72) and having first coupling means (73.1) that are able to cooperate with second coupling means (73.2) integral with the top portion (62; 162) of the first envelope (6; 104), the upper also comprising an outer envelope, and the first envelope being accommodated inside the outer envelope and delimiting an internal volume of the boot,
A valve prosthesis having a constrained shape and an expanded shape, the valve prosthesis comprising a replacement valve attached to an anchor, the anchor comprising: a proximal portion adapted and configured to self-expand from the constrained shape into the expanded shape, the proximal portion comprising a plurality of radially-extending wire petals of shape memory material, the wire petals disposed in an overlapping arrangement; a distal portion adapted and configured to self-expand from the constrained shape to the expanded shape; and a central portion disposed between, and connected to, the proximal portion and the distal portion, the central portion have a diameter in the expanded shape smaller than diameters of the proximal portion and the distal portion in their expanded shapes, the central portion being adapted to self-expand to move the proximal portion and the distal portion toward each other to compress native cardiac tissue between them. a proximal portion adapted and configured to self-expand from the constrained shape into the expanded shape, the proximal portion comprising a plurality of radially-extending wire petals of shape memory material, the wire petals disposed in an overlapping arrangement; a distal portion adapted and configured to self-expand from the constrained shape to the expanded shape; and a central portion disposed between, and connected to, the proximal portion and the distal portion, the central portion have a diameter in the expanded shape smaller than diameters of the proximal portion and the distal portion in their expanded shapes, the central portion being adapted to self-expand to move the proximal portion and the distal portion toward each other to compress native cardiac tissue between them.
A game token money comprising: at least three plastic layers laminated through thermocompression bonding, the at least three plastic layers including at least: a colored layer to specify a value of the game token money; and a pale color layer laminated on the colored layer, so that a stripe pattern is formed in a layering direction on a side face of the game token money; a radio-frequency identification (RFID) embedded in a layer other than the outermost layer of the plurality of plastic layers; and a classification part indicating a classification of the game token money filled in the pale color layer, wherein the classification part is provided within a part of the pale color layer, wherein the classification part is recognizable from a side face of the game token money, and wherein the RFID contains information regarding the value of the game token money and the classification of the game token money indicated by the classification part. at least three plastic layers laminated through thermocompression bonding, the at least three plastic layers including at least: a colored layer to specify a value of the game token money; and a pale color layer laminated on the colored layer, so that a stripe pattern is formed in a layering direction on a side face of the game token money; a radio-frequency identification (RFID) embedded in a layer other than the outermost layer of the plurality of plastic layers; and a classification part indicating a classification of the game token money filled in the pale color layer, wherein the classification part is provided within a part of the pale color layer, wherein the classification part is recognizable from a side face of the game token money, and wherein the RFID contains information regarding the value of the game token money and the classification of the game token money indicated by the classification part.
A sock-like outer shoe for a releasable arrangement around a frame (110, 910, 1210, 1710, 1810, 1910, 2010) to provide a modular shoe (100, 900,1200,1700, 1800, 1900, 2000), in particular a sports shoe, wherein the sock-like outer shoe comprises: - a plurality of profile elements (165, 965, 1265, 1765, 1865, 1965, 2065), wherein at least one of the profile elements (165, 965, 1265, 1765, 1865, 1965, 2065) extends from an outer side of the sock-like shoe (150, 950, 1250,1750,1850,1950, 2050), wherein a region of the at least one of the profile elements (165, 965, 1265, 1765, 1865, 1965, 2065) is configured to releasably engage with a lower side of the frame of the modular shoe; and - the outer shoe further comprising a slip-resistant element arranged on an inner side of the outer shoe, wherein the slip-resistant element is adapted to interact with at least one slip-resistant element arranged on a heel counter of the frame; - wherein at least one of the profile elements (165, 965, 1265, 1765, 1865, 1965, 2065) comprises an indentation or a protrusion for engagement with a respective protrusion or indentation on the lower side of the frame. - a plurality of profile elements (165, 965, 1265, 1765, 1865, 1965, 2065), wherein at least one of the profile elements (165, 965, 1265, 1765, 1865, 1965, 2065) extends from an outer side of the sock-like shoe (150, 950, 1250,1750,1850,1950, 2050), wherein a region of the at least one of the profile elements (165, 965, 1265, 1765, 1865, 1965, 2065) is configured to releasably engage with a lower side of the frame of the modular shoe; and - the outer shoe further comprising a slip-resistant element arranged on an inner side of the outer shoe, wherein the slip-resistant element is adapted to interact with at least one slip-resistant element arranged on a heel counter of the frame; - wherein at least one of the profile elements (165, 965, 1265, 1765, 1865, 1965, 2065) comprises an indentation or a protrusion for engagement with a respective protrusion or indentation on the lower side of the frame.
A method of controlling two electric devices for synchronized operations, the method comprising the steps of: a) detecting, by a first adapter member (30, 130), that a first electric device (22, 122, 222) connected to the first adapter member draws a first current from a battery for operation, the battery being connected to either the first adapter member or a second adapter member (26, 126); the first adapter member connected to the second adapter member by a power cable; b) following a successful detection in Step a), enabling a second current, by the second adapter member, to flow from the battery to a second electric device (138, 238) connected to the second adapter member, such that the second electric device is automatically synchronized with the operation of the first electric device; characterised by further comprising: c) transmitting data between the first adapter member and the second adapter member through a data cable that connects the first adapter member to the second adapter member; and d) automatically synchronizing operations of the first electric device and the second electric device through respective circuits in the form of circuit boards carrying controllers and sensors contained in each of the first adapter member and the second adapter member. a) detecting, by a first adapter member (30, 130), that a first electric device (22, 122, 222) connected to the first adapter member draws a first current from a battery for operation, the battery being connected to either the first adapter member or a second adapter member (26, 126); the first adapter member connected to the second adapter member by a power cable; b) following a successful detection in Step a), enabling a second current, by the second adapter member, to flow from the battery to a second electric device (138, 238) connected to the second adapter member, such that the second electric device is automatically synchronized with the operation of the first electric device; characterised by further comprising: c) transmitting data between the first adapter member and the second adapter member through a data cable that connects the first adapter member to the second adapter member; and d) automatically synchronizing operations of the first electric device and the second electric device through respective circuits in the form of circuit boards carrying controllers and sensors contained in each of the first adapter member and the second adapter member. c) transmitting data between the first adapter member and the second adapter member through a data cable that connects the first adapter member to the second adapter member; and d) automatically synchronizing operations of the first electric device and the second electric device through respective circuits in the form of circuit boards carrying controllers and sensors contained in each of the first adapter member and the second adapter member.
An electrostatic ink composition comprising: a resin having a M w of 10,000 or less; and a conductive species in an amount of at least 30 wt.% of the total solids content of the composition, wherein the conductive species comprises an elongate conductive species. a resin having a M w of 10,000 or less; and a conductive species in an amount of at least 30 wt.% of the total solids content of the composition, wherein the conductive species comprises an elongate conductive species.
A lemon juice including water-insoluble solids, wherein the median diameter of the water-insoluble solids is between 25 μm and 180 μm, inclusive, wherein the mean particle diameter of the water-insoluble solids is between 21 μm and 140 μm, inclusive, and wherein the lemon juice is a straight or a concentrated and reconstituted 100% lemon juice, wherein 100% lemon juice means a lemon juice obtainable by crushing lemon fruit and preparing squeezed or strained juice, with removal of the peel and seeds, or a lemon juice obtainable by diluting a concentrated form of the lemon juice to restore it to the squeezed juice form.