mhurhangee/ep-ind-claims huggingface dataset:
A jewelry organizer, comprising: a case comprising a top portion and a base portion that are hingedly connected to one another, the top portion and the base portion being configured to be controllably attached to one another so as to enclose a plurality of compartments; wherein each of the plurality of compartments is at least indirectly attached to a wall of one of the top portion and the base portion; wherein the plurality of compartments attached to the one of the top portion and the base portion are configured to fold over one another in a nesting fashion; wherein at least one of the plurality of compartments is removably attached to a wall of the case; and wherein the at least one removably attached compartment includes a loop, the case includes a strap (230, 232), and the strap (230, 232) extends through the loop to slidably attach the at least one removably attached compartment to the wall of the case. a case comprising a top portion and a base portion that are hingedly connected to one another, the top portion and the base portion being configured to be controllably attached to one another so as to enclose a plurality of compartments; wherein each of the plurality of compartments is at least indirectly attached to a wall of one of the top portion and the base portion; wherein the plurality of compartments attached to the one of the top portion and the base portion are configured to fold over one another in a nesting fashion; wherein at least one of the plurality of compartments is removably attached to a wall of the case; and wherein the at least one removably attached compartment includes a loop, the case includes a strap (230, 232), and the strap (230, 232) extends through the loop to slidably attach the at least one removably attached compartment to the wall of the case.
A method of forming an organic photosensitive optoelectronic device, comprising: providing a substrate; and growing a first crystalline layer of a first organic material by quasi-epitaxial alignment on the substrate by organic vapor phase deposition, wherein the substrate is maintained at a temperature in a range from -40°C to 90°C during the organic vapor phase deposition, and wherein said first organic material has crystallinity of long range order of at least 0.25 cm 2; growing a second oriented and crystalline layer of a second organic material on the surface of the first layer forming a heterojunction; wherein the first crystalline layer is an acceptor or donor material and the second crystalline layer is the opposite of the first crystalline layer, wherein the substrate is a substrate of KBr and the first organic material comprises perylenetetracarboxylic dianhydride ( PTCDA) or wherein the substrate is a substrate of highly oriented pyrolytic graphite (HOPG) and the first organic material is copper phthalocvanine ( CuPc). providing a substrate; and growing a first crystalline layer of a first organic material by quasi-epitaxial alignment on the substrate by organic vapor phase deposition, wherein the substrate is maintained at a temperature in a range from -40°C to 90°C during the organic vapor phase deposition, and wherein said first organic material has crystallinity of long range order of at least 0.25 cm 2;
A powdery- or granular-material weighing apparatus for weighing a powdery or granular material within a predetermined allowable range of a target weight, the powdery- or granular-material weighing apparatus comprising a plurality of scale units each for weighing a powdery or granular material, the plurality of scale units constituting a combination weigher which discharges the weighed material from the scale units which constitute a combination that attains a total that is within the predetermined allowable range of the target weight, from a plurality of totals for a plurality arbitrary combinations of a predetermined number of weighed values in the scale units, characterised in that each of the scale units is provided with a powdery-or granular-material supplying means for supplying the powdery or granular material to the scale units at a constant flow rate and the powdery- or granular material supplying means is a first pinch valve.
A blade for a turbomachine, the blade comprising: an airfoil body including at least one first coolant passage, and an opening in the airfoil body having a first tip retention member seat at a first radial position in or on an inner surface of the airfoil body; and a tip (154, 154A) having a shape at least partially configured for coupling to the opening in the airfoil body, the tip (154, 154A) including: a tip body (160, 160A); at least one second coolant passage in the tip body (160, 160A) configured for fluid communication with the at least one first coolant passage in the airfoil body; and a retention member extending from the tip body (160, 160A) for coupling to the first tip retention member seat in the airfoil body, characterized in that the opening in the airfoil body has a second tip retention member seat at a second, different radial position in or on the inner surface of the airfoil body, the second radial position of the second tip retention member seat being radially inward of the first radial position of the first tip retention member seat. an airfoil body including at least one first coolant passage, and an opening in the airfoil body having a first tip retention member seat at a first radial position in or on an inner surface of the airfoil body; and a tip (154, 154A) having a shape at least partially configured for coupling to the opening in the airfoil body, the tip (154, 154A) including: a tip body (160, 160A); at least one second coolant passage in the tip body (160, 160A) configured for fluid communication with the at least one first coolant passage in the airfoil body; and a retention member extending from the tip body (160, 160A) for coupling to the first tip retention member seat in the airfoil body, characterized in that the opening in the airfoil body has a second tip retention member seat at a second, different radial position in or on the inner surface of the airfoil body, the second radial position of the second tip retention member seat being radially inward of the first radial position of the first tip retention member seat. a tip body (160, 160A); at least one second coolant passage in the tip body (160, 160A) configured for fluid communication with the at least one first coolant passage in the airfoil body; and a retention member extending from the tip body (160, 160A) for coupling to the first tip retention member seat in the airfoil body, characterized in that the opening in the airfoil body has a second tip retention member seat at a second, different radial position in or on the inner surface of the airfoil body, the second radial position of the second tip retention member seat being radially inward of the first radial position of the first tip retention member seat.
A surgical device, comprising: a cannula; a suture-implant construct comprising a strand of suture and at least two implants (26A, 26B), wherein a first implant is in a deploy position, and a second implant is in a standby position proximal to the first implant; and a pusher moveable within the cannula to deploy the first implant and to move the second implant from the standby position to the deploy position, wherein the pusher includes a shuttling rack in contact with the second implant when the second implant is in the standby position, and wherein the pusher includes an elongate shaft extending along the cannula characterized in that the shuttling rack includes a plurality of barbs on a side of the elongate shaft. a cannula; a suture-implant construct comprising a strand of suture and at least two implants (26A, 26B), wherein a first implant is in a deploy position, and a second implant is in a standby position proximal to the first implant; and a pusher moveable within the cannula to deploy the first implant and to move the second implant from the standby position to the deploy position, wherein the pusher includes a shuttling rack in contact with the second implant when the second implant is in the standby position, and wherein the pusher includes an elongate shaft extending along the cannula characterized in that the shuttling rack includes a plurality of barbs on a side of the elongate shaft.
A light emitting diode comprising: a substrate; an n-type layer of III-nitride formed over the substrate; an active region formed over the n-type layer; a single p-type layer formed over the active layer; an n-type contact and a p-type contact, the n-type contact being connected to the n-type layer, the p-type contact being connected to the p-type layer; and the single p-type layer including a dopant having a graded concentration from a first concentration of the dopant in a region of the p-type layer adjacent to the active region to a second concentration of the dopant in a region of the p-type layer adjacent to the p-type contact, the first concentration being lower than the second concentration, characterized in that, the single p-type layer is a GaN-based layer further including Al and/or In and having a graded Al and/or In composition such that the content of Al is maximized in a region of the p-type layer adjacent to the active region and decreases toward the p-type contact and/or the content of In is maximized in the region of the p-type layer adjacent to the p-type contact and decreases toward the active region. a substrate; an n-type layer of III-nitride formed over the substrate; an active region formed over the n-type layer; a single p-type layer formed over the active layer; an n-type contact and a p-type contact, the n-type contact being connected to the n-type layer, the p-type contact being connected to the p-type layer; and the single p-type layer including a dopant having a graded concentration from a first concentration of the dopant in a region of the p-type layer adjacent to the active region to a second concentration of the dopant in a region of the p-type layer adjacent to the p-type contact, the first concentration being lower than the second concentration, characterized in that, the single p-type layer is a GaN-based layer further including Al and/or In and having a graded Al and/or In composition such that the content of Al is maximized in a region of the p-type layer adjacent to the active region and decreases toward the p-type contact and/or the content of In is maximized in the region of the p-type layer adjacent to the p-type contact and decreases toward the active region.
Skin treatment system, comprising: a functional member configured to perform a treatment action on skin and to be moved over the skin during operation of the system, a measurement unit including a measurement member configured to also be moved over the skin during operation of the functional member and to contact the skin in the process, wherein the measurement unit is configured to obtain at least one measured force value by measuring at least one force value related to interaction of the measurement member with the skin, including a force value in an advancing direction in which the measurement member is moved over the skin during operation of the functional member, characterised by the skin treatment system further comprising: a processor unit configured to receive the at least one measured force value from the measurement unit, and to determine a friction coefficient value representative of the friction coefficient of the skin on the basis of at least a measured force value in the advancing direction to assess the condition of skin. a functional member configured to perform a treatment action on skin and to be moved over the skin during operation of the system, a measurement unit including a measurement member configured to also be moved over the skin during operation of the functional member and to contact the skin in the process, wherein the measurement unit is configured to obtain at least one measured force value by measuring at least one force value related to interaction of the measurement member with the skin, including a force value in an advancing direction in which the measurement member is moved over the skin during operation of the functional member, characterised by the skin treatment system further comprising: a processor unit configured to receive the at least one measured force value from the measurement unit, and to determine a friction coefficient value representative of the friction coefficient of the skin on the basis of at least a measured force value in the advancing direction to assess the condition of skin.
Configuration method for configuring a terminal from an autoconfiguration server through an access network, in which the autoconfiguration server receives a configuration file provision request issued by the terminal, characterized in that the said method comprises the following steps implemented by the autoconfiguration server: - a step of dispatching to a server (ISAR) of access sessions to the said network of a request for a network access session identifier associated with an IP address (@IP source) of the terminal, extracted from the provision request; - a step of receiving the access session identifier from the access sessions server; - a step of creating the configuration file as a function of the access session identifier received. - a step of dispatching to a server (ISAR) of access sessions to the said network of a request for a network access session identifier associated with an IP address (@IP source) of the terminal, extracted from the provision request; - a step of receiving the access session identifier from the access sessions server; - a step of creating the configuration file as a function of the access session identifier received.
A method comprising: obtaining, from a verified provisioning device, data center specific information into a write-once memory area of a verified site anchor device of a data center, the write-once memory area being a read-only memory area after the data center specific information is provisioned to the site anchor, the site anchor being configured to provide the data center specific information to a plurality of server computers of the data center; receiving, by the site anchor, a request message from a server computer; initiating, by the site anchor, deciphering of the request message in response to receiving the request message; as a response to successfully deciphering the request message, transmitting, by the site anchor, a response message to the server computer, said message comprising the data center specific information acquired from the read-only memory area of the site anchor. obtaining, from a verified provisioning device, data center specific information into a write-once memory area of a verified site anchor device of a data center, the write-once memory area being a read-only memory area after the data center specific information is provisioned to the site anchor, the site anchor being configured to provide the data center specific information to a plurality of server computers of the data center; receiving, by the site anchor, a request message from a server computer; initiating, by the site anchor, deciphering of the request message in response to receiving the request message; as a response to successfully deciphering the request message, transmitting, by the site anchor, a response message to the server computer, said message comprising the data center specific information acquired from the read-only memory area of the site anchor.
A first apparatus (110, 640, 650) for a synchronization system, the first apparatus (110, 640, 650) comprising: a detector configured to detect a request signal generated by a second apparatus, and a generator; at the detector comprising: a charger configured to be charged using the request signal and output a signal to a regulator after being charged, and a comparator configured to instruct the generator on whether to generate a response signal based on a magnitude of a signal inputted to the charger and a magnitude of a signal outputted from the regulator; and the generator configured to: generate the response signal corresponding to the request signal; and output the response signal; wherein the request signal is received through a cable from the second apparatus and wherein the response signal is transmitted to the second apparatus through the cable. a detector configured to detect a request signal generated by a second apparatus, and a generator; at the detector comprising: a charger configured to be charged using the request signal and output a signal to a regulator after being charged, and a comparator configured to instruct the generator on whether to generate a response signal based on a magnitude of a signal inputted to the charger and a magnitude of a signal outputted from the regulator; and a charger configured to be charged using the request signal and output a signal to a regulator after being charged, and a comparator configured to instruct the generator on whether to generate a response signal based on a magnitude of a signal inputted to the charger and a magnitude of a signal outputted from the regulator; and the generator configured to: generate the response signal corresponding to the request signal; and output the response signal; generate the response signal corresponding to the request signal; and output the response signal; wherein the request signal is received through a cable from the second apparatus and wherein the response signal is transmitted to the second apparatus through the cable.
A lid for a battery case that is formed from a metallic sheet and constitutes a battery case, comprising: a lid main body that is formed in a rectangular shape having a short side and a long side when seen from above; a safety valve that includes an annular thin portion that ruptures when an internal pressure of the battery case exceeds a predetermined value, thereby releasing the internal pressure of the battery case to the outside; and a pair of ribs (6, 7) formed integrally with the lid main body so as to bulge from the lid main body, extending in a short direction of the lid main body, wherein one rib (6, 7) is disposed on each side of the annular thin portion in a long direction of the lid main body, characterized in that the annular thin portion is formed integrally with the lid main body by coining a separation distance between the ribs (6, 7) in the long direction is set at no more than 3 W, where W is a length of the short side, a rib height of each of the ribs (6, 7) in a sheet thickness direction of the lid main body is set at no less than 1.25 t, where t is a sheet thickness of the lid main body, a rib length of each of the ribs (6, 7) in the short direction is set at no less than 0.6 W, and a rib width of each of the ribs (6, 7) in the long direction is set at no less than 1 t. a lid main body that is formed in a rectangular shape having a short side and a long side when seen from above; a safety valve that includes an annular thin portion that ruptures when an internal pressure of the battery case exceeds a predetermined value, thereby releasing the internal pressure of the battery case to the outside; and a pair of ribs (6, 7) formed integrally with the lid main body so as to bulge from the lid main body, extending in a short direction of the lid main body, wherein one rib (6, 7) is disposed on each side of the annular thin portion in a long direction of the lid main body, characterized in that the annular thin portion is formed integrally with the lid main body by coining a separation distance between the ribs (6, 7) in the long direction is set at no more than 3 W, where W is a length of the short side, a rib height of each of the ribs (6, 7) in a sheet thickness direction of the lid main body is set at no less than 1.25 t, where t is a sheet thickness of the lid main body, a rib length of each of the ribs (6, 7) in the short direction is set at no less than 0.6 W, and a rib width of each of the ribs (6, 7) in the long direction is set at no less than 1 t.
A device for cell culture comprising: a main body; said main body comprises a plurality of circular portions; said device comprises a plurality of caps; each of said plurality of caps comprises a base structure having a circular hole, housing an upper slide and an elastomeric layer secured to said slide; said elastomeric layer has a rectangular hole; said plurality of caps being adapted to cooperate with said plurality of circular portions; each of said plurality of circular portions each comprise an inlet hole and an outlet hole aligned with the long side of said rectangular hole, to perfuse the culture chamber located in said rectangular hole of said elastomeric layer; each of said plurality of circular portions is surrounded by a circular recess housing a circular magnet in the shape of a washer; each of said plurality of caps comprises a circular magnet in the shape of a washer; wherein said upper slide is made of glass and said main body is made of transparent plastics.
A voice recognition apparatus comprising: a communication part configured to communicate with a voice recognition server; a voice receiver configured to receive a user's voice signal; a storage part configured to store guide information comprising at least an example command adapted to be used in voice recognition, wherein the example command comprises at least one word or sentence generated through a voice recognition process; a display part (270, 110) configured to display an image thereon; and a controller configured to generate a textual user interface comprising at least a part of the example command, display the generated textual user interface comprising the at least a part of the example command when a voice recognition function is executed, transmit the received user's voice signal to the voice recognition server through the communication part in response to receiving the user's voice signal by the voice receiver; wherein the voice recognition apparatus is further configured to display at least the part of the example command and guide the user to refer to the example command and speak corresponding to the example command displayed by the voice recognition apparatus when the voice recognition function is executed; characterised in that: the controller is configured to update the stored guide information, comprising at least the example command adapted to be used in the voice recognition, generated on the basis of frequently used commands from among a stored example command list at the voice recognition server and received through the communication part. a communication part configured to communicate with a voice recognition server; a voice receiver configured to receive a user's voice signal; a storage part configured to store guide information comprising at least an example command adapted to be used in voice recognition, wherein the example command comprises at least one word or sentence generated through a voice recognition process; a display part (270, 110) configured to display an image thereon; and a controller configured to generate a textual user interface comprising at least a part of the example command, display the generated textual user interface comprising the at least a part of the example command when a voice recognition function is executed, transmit the received user's voice signal to the voice recognition server through the communication part in response to receiving the user's voice signal by the voice receiver; wherein the voice recognition apparatus is further configured to display at least the part of the example command and guide the user to refer to the example command and speak corresponding to the example command displayed by the voice recognition apparatus when the voice recognition function is executed;