mhurhangee/ep-ind-claims huggingface dataset:
A disinfection cap comprising: an outer support structure forming a first cavity; an inner support structure integrally formed with the outer support structure and positioned within the first cavity, the inner support structure having an inside diameter that is greater than the outside diameter of a male luer, the inner support structure forming a second cavity that contains a solution for disinfecting the inner and outer surfaces of the male luer when the male luer is inserted into the second cavity; and a septum attached to a top surface of the inner support structure thereby forming a seal for maintaining the solution within the second cavity, the septum being pierceable to allow the male luer to be inserted through the septum into the second cavity, characterized in that the septum wraps around a top end of the inner support structure. an outer support structure forming a first cavity; an inner support structure integrally formed with the outer support structure and positioned within the first cavity, the inner support structure having an inside diameter that is greater than the outside diameter of a male luer, the inner support structure forming a second cavity that contains a solution for disinfecting the inner and outer surfaces of the male luer when the male luer is inserted into the second cavity; and a septum attached to a top surface of the inner support structure thereby forming a seal for maintaining the solution within the second cavity, the septum being pierceable to allow the male luer to be inserted through the septum into the second cavity, characterized in that the septum wraps around a top end of the inner support structure.
A method of operating a rechargeable touch screen equipped device, the method comprising: determining an identity of a coupled battery charger; reading at least one measure indicative of power being drawn by the rechargeable touch screen equipped device from the coupled battery charger; checking stored information to determine if there is a record corresponding to the identity and the at least one measure of power being drawn; when a record is found: reading configuration information stored in the record and operating a touch sensor at a first frequency based on the configuration information; and when a record is not found: selecting a second frequency from a plurality of frequencies and creating a new record in said stored information corresponding to said identity, and corresponding to said measure of power being drawn, said record including configuration information corresponding to said second frequency (1026, 1028). determining an identity of a coupled battery charger; reading at least one measure indicative of power being drawn by the rechargeable touch screen equipped device from the coupled battery charger; checking stored information to determine if there is a record corresponding to the identity and the at least one measure of power being drawn; when a record is found: reading configuration information stored in the record and operating a touch sensor at a first frequency based on the configuration information; and when a record is not found: selecting a second frequency from a plurality of frequencies and creating a new record in said stored information corresponding to said identity, and corresponding to said measure of power being drawn, said record including configuration information corresponding to said second frequency (1026, 1028).
A LED strip comprising at least one light emitting device, the LED strip further comprising - at least one set of pressure based electrical contact electrodes for electrical connection with a set of contact electrodes of a LED strip fitting, and - a positioning means comprising on one side a magnetically interacting element for positioning the LED strip by magnetic interaction with the LED strip fitting, the magnetically interacting element being adapted for providing, by magnetic interaction with the LED strip fitting, a pressure between the at least one set of pressure based electrical contact electrodes and the contact electrodes of the LED strip fitting so as to obtain electrical contact between the LED strip and the LED strip fitting, wherein the LED strip comprises a driving module for generating drive signals for driving the LED strip, wherein the positioning means comprises in a cross-section perpendicular to the longitudinal direction of the LED strip on said one side a curved portion, adapted for fitting in a complementary curved portion in the LED strip fitting, and a cornered portion adapted for fitting in a complementary shaped portion in the LED strip fitting, said curved portion and said cornered portion extending in said longitudinal direction. - at least one set of pressure based electrical contact electrodes for electrical connection with a set of contact electrodes of a LED strip fitting, and - a positioning means comprising on one side a magnetically interacting element for positioning the LED strip by magnetic interaction with the LED strip fitting, the magnetically interacting element being adapted for providing, by magnetic interaction with the LED strip fitting, a pressure between the at least one set of pressure based electrical contact electrodes and the contact electrodes of the LED strip fitting so as to obtain electrical contact between the LED strip and the LED strip fitting, wherein the LED strip comprises a driving module for generating drive signals for driving the LED strip,
A structure comprising: a solid state light source emitting blue light; and a yellow-green ceramic phosphor disposed in a path of light emitted by the light source, wherein a surface (50, 62) of the phosphor faces the light source and a surface (60, 64) of the phosphor is furthest from the light source, the phosphor for absorbing light emitted by the light source and emitting light having a second peak wavelength, wherein the phosphor comprises: a crystalline host material and a dopant; a first region having a first dopant concentration; and a second region having a second dopant concentration; wherein the second dopant concentration is less than the first dopant concentration; and the phosphor is arranged such that light emitted by the light source reaches the second region before the first region, characterized in that the dopant concentration increases from the surface (50, 62) closest to the light source to the surface (60, 64) furthest from the light source. a solid state light source emitting blue light; and a yellow-green ceramic phosphor disposed in a path of light emitted by the light source, wherein a surface (50, 62) of the phosphor faces the light source and a surface (60, 64) of the phosphor is furthest from the light source, the phosphor for absorbing light emitted by the light source and emitting light having a second peak wavelength, wherein the phosphor comprises: a crystalline host material and a dopant; a first region having a first dopant concentration; and a second region having a second dopant concentration; wherein the second dopant concentration is less than the first dopant concentration; and the phosphor is arranged such that light emitted by the light source reaches the second region before the first region, a crystalline host material and a dopant; a first region having a first dopant concentration; and a second region having a second dopant concentration; wherein the second dopant concentration is less than the first dopant concentration; and the phosphor is arranged such that light emitted by the light source reaches the second region before the first region, characterized in that the dopant concentration increases from the surface (50, 62) closest to the light source to the surface (60, 64) furthest from the light source.
Method for randomly texturing a photofunctional surface of a semiconductor substrate of a light-emitting or light-receiving component, comprising the steps of: - depositing an etch mask on the substrate, - forming a first random rough pattern in the etch mask, said pattern comprising a plurality of cavities (10, 11) of random shapes, depths (d1r) and distribution, said pattern being formed by reactive ion etching, in a reactor which allows control of the energy of the ions providing the reactive ion etching independently of the control of the density of these ions, - transferring the first random rough pattern into the substrate by reactive ion etching of the substrate in order to obtain, on the surface of the substrate, a second random rough pattern consisting of cavities of random shapes, depths (d2r) and distribution, this transfer continuing to etch the mask at a slower rate than during the formation of the rough pattern, method comprising a step of adjusting the energy of the ions by increasing the energy of the ions until inhomogeneous etching of the etch mask is obtained and said plurality of cavities (10, 11) of random shapes, depths (d1r) and distribution are obtained. - depositing an etch mask on the substrate, - forming a first random rough pattern in the etch mask, said pattern comprising a plurality of cavities (10, 11) of random shapes, depths (d1r) and distribution, said pattern being formed by reactive ion etching, in a reactor which allows control of the energy of the ions providing the reactive ion etching independently of the control of the density of these ions, - transferring the first random rough pattern into the substrate by reactive ion etching of the substrate in order to obtain, on the surface of the substrate, a second random rough pattern consisting of cavities of random shapes, depths (d2r) and distribution, this transfer continuing to etch the mask at a slower rate than during the formation of the rough pattern,
A substrate for biological assays comprising a mixture of ∘ at least one epoxy resin with low background in absorbance or fluorescence and ∘ at least one photo acid generator with a carboxy-containing monomer, characterized in that said substrate is a microbead being functionalized with a material selected from the group consisting of proteins, nucleic acids, and combinations thereof, and characterized in that said epoxy resin is phenol, 4,4'-(1-methylethylidene)bis-polymer with 2,2'-[(1-methylethylidene)bis-(4,1-phenyleneoxymethylene)] bis(oxirane). ∘ at least one epoxy resin with low background in absorbance or fluorescence and ∘ at least one photo acid generator with a carboxy-containing monomer,
An identification information providing system comprising: an information sending device to send a predetermined signal including identification information; a managing means to set or change identification information that is expressed by adding of a description indicating an encryption manner to base identification information, and manage predetermined identification information that is set or changed; and a receiving means capable of receiving a predetermined signal and capable of obtaining predetermined identification information from the managing means to perform synchronization, wherein the receiving means uses a result of determining matching between obtained predetermined identification information and a received predetermined signal to determine whether the information sending device is an authorized information sending device, characterized in that, the information sending device sends a predetermined signal that includes encrypted identification information obtained from encrypting base identification information according to an encryption manner and a description indicating the encryption manner, and the receiving means adds base identification information obtained from decrypting encrypted identification information with the use of a received description indicating an encryption manner to a description indicating the encryption manner to generate identification information to be used to determine matching, wherein the managing means is configured to change the encryption manner while leaving the base identification information unchanged for changing the identification information. an information sending device to send a predetermined signal including identification information; a managing means to set or change identification information that is expressed by adding of a description indicating an encryption manner to base identification information, and manage predetermined identification information that is set or changed; and a receiving means capable of receiving a predetermined signal and capable of obtaining predetermined identification information from the managing means to perform synchronization, wherein the receiving means uses a result of determining matching between obtained predetermined identification information and a received predetermined signal to determine whether the information sending device is an authorized information sending device, characterized in that, the information sending device sends a predetermined signal that includes encrypted identification information obtained from encrypting base identification information according to an encryption manner and a description indicating the encryption manner, and the receiving means adds base identification information obtained from decrypting encrypted identification information with the use of a received description indicating an encryption manner to a description indicating the encryption manner to generate identification information to be used to determine matching, wherein the managing means is configured to change the encryption manner while leaving the base identification information unchanged for changing the identification information.
A method for subscriber-related interface control of an access node which is connected to a VoIP server via an IP-based communications network, wherein a plurality of subscriber terminal devices (20, 30) can be connected to the access node via subscriber connection lines (100, 101), with the following steps: Storing subscriber-related data in a storage device assigned to the VoIP server, the data serving to configure at least one voice interface of the access node; determining by the access node whether a subscriber terminal device (20, 30) has been connected to an interface (41, 42) of the access node; if so, transmitting identification data associated with the interface from the access node to the VoIP server using an IP-based signaling protocol; in response to the received interface identification data, transmitting the subscriber-related data stored for this interface (41, 42) from the VoIP server to the access node using the IP-based signaling protocol; configuring the access node using the subscriber-related data in such a way that the determined interface (41, 42) is operated as a voice interface. Storing subscriber-related data in a storage device assigned to the VoIP server, the data serving to configure at least one voice interface of the access node; determining by the access node whether a subscriber terminal device (20, 30) has been connected to an interface (41, 42) of the access node; if so, transmitting identification data associated with the interface from the access node to the VoIP server using an IP-based signaling protocol; in response to the received interface identification data, transmitting the subscriber-related data stored for this interface (41, 42) from the VoIP server to the access node using the IP-based signaling protocol; configuring the access node using the subscriber-related data in such a way that the determined interface (41, 42) is operated as a voice interface.
A developing device comprising: a developing container accommodating a developer containing toner and carrier particles; a cylindrical developing sleeve (103; 103A) rotatable while carrying the developer in said developing container; a magnet provided in said developing sleeve (103; 103A) and configured to generate a magnetic force for holding the developer; and a plurality of grooves (200; 300) provided at a developer carrying surface of said developing sleeve (103; 103A) and formed along a direction crossing a circumferential direction of said developing sleeve (103; 103A), characterized in that in a cross-section perpendicular to a rotational axis of said developing sleeve (103; 103A), each of said grooves (200; 300) is formed by a bottom portion (201; 301) contacting the carrier particle and a pair of side surface portions (210; 310) provided in both sides of said bottom portion (201; 301) with respect to the circumferential direction of said developing sleeve (103; 103A) and satisfies the following relationships: r < w < 2 ⁢ r, 2 × r < L, and r / 2 ≤ s < 2 ⁢ r, where r is a volume average particle size of the carrier particles, w is a length between both ends of said bottom portion (201; 301) measured in the cross-section perpendicular to the rotational axis of said developing sleeve (103; 103A), L is a width between said side surface portions (210; 310) at the surface of said developing sleeve (103; 103A) in the cross-section perpendicular to the rotational axis of said developing sleeve (103; 103A), and s is a depth of each of said grooves (200; 300). a developing container accommodating a developer containing toner and carrier particles; a cylindrical developing sleeve (103; 103A) rotatable while carrying the developer in said developing container; a magnet provided in said developing sleeve (103; 103A) and configured to generate a magnetic force for holding the developer; and a plurality of grooves (200; 300) provided at a developer carrying surface of said developing sleeve (103; 103A) and formed along a direction crossing a circumferential direction of said developing sleeve (103; 103A), characterized in that in a cross-section perpendicular to a rotational axis of said developing sleeve (103; 103A), each of said grooves (200; 300) is formed by a bottom portion (201; 301) contacting the carrier particle and a pair of side surface portions (210; 310) provided in both sides of said bottom portion (201; 301) with respect to the circumferential direction of said developing sleeve (103; 103A) and satisfies the following relationships: r < w < 2 ⁢ r, 2 × r < L, and r / 2 ≤ s < 2 ⁢ r, where r is a volume average particle size of the carrier particles, w is a length between both ends of said bottom portion (201; 301) measured in the cross-section perpendicular to the rotational axis of said developing sleeve (103; 103A), L is a width between said side surface portions (210; 310) at the surface of said developing sleeve (103; 103A) in the cross-section perpendicular to the rotational axis of said developing sleeve (103; 103A), and s is a depth of each of said grooves (200; 300).
Method for coordinating a vehicle, in particular a commercial vehicle, in a depot, wherein the depot is subdivided into a plurality of functional regions (Gi), wherein the vehicle in the depot is steered through at least some of the functional regions (Gi) into a defined target region, the method comprising at least the following steps: - receiving a driving profile, wherein the driving profile contains at least one functional rule (Ri), wherein each functional rule (Ri) is associated with a functional region (Gi) in the depot, and the functional rule (Ri) defines how the vehicle in the depot is controlled and/or may not be controlled in each associated functional region (Gi); - during steering of the vehicle through at least some of the functional regions (Gi) into the target region: -- continuously determining a position of the vehicle in the depot; -- determining the functional region (Gi) associated with the currently determined position of the vehicle from the received driving profile; -- reading in the functional rule (Ri) associated with the determined functional region (Gi) from the received driving profile; and -- controlling the vehicle depending on the read-in functional rule (Ri) in such a way that the functional rule (Ri) is implemented in the functional region (Gi) currently being traveled through. - receiving a driving profile, wherein the driving profile contains at least one functional rule (Ri), wherein each functional rule (Ri) is associated with a functional region (Gi) in the depot, and the functional rule (Ri) defines how the vehicle in the depot is controlled and/or may not be controlled in each associated functional region (Gi); - during steering of the vehicle through at least some of the functional regions (Gi) into the target region: -- continuously determining a position of the vehicle in the depot; -- determining the functional region (Gi) associated with the currently determined position of the vehicle from the received driving profile; -- reading in the functional rule (Ri) associated with the determined functional region (Gi) from the received driving profile; and -- controlling the vehicle depending on the read-in functional rule (Ri) in such a way that the functional rule (Ri) is implemented in the functional region (Gi) currently being traveled through. -- continuously determining a position of the vehicle in the depot; -- determining the functional region (Gi) associated with the currently determined position of the vehicle from the received driving profile; -- reading in the functional rule (Ri) associated with the determined functional region (Gi) from the received driving profile; and -- controlling the vehicle depending on the read-in functional rule (Ri) in such a way that the functional rule (Ri) is implemented in the functional region (Gi) currently being traveled through.
Device for unlocking an openable body section comprising: - a locking means prestressed in a closed position, - a control means having a compartment, - a cable connected to the locking means and passing through the compartment of the control means, the locking means being mounted such that it can move on the openable body section between a closed position and an open position respectively allowing the openable body section to be held closed or to be unlocked, characterised in that it further includes a guide means, in that the control means is mounted such that it can move by sliding on said guide means according to a first predefined trajectory between a point A and a point B, and in that the compartment is mounted such that it can move by a separate movement of sliding according to a trajectory parallel to the first trajectory, between a rest position and an actuated position, said rest position holding the cable substantially taut and said actuated position being capable of exerting tensile stress on the cable driving the passage of the locking means from the closed position to the open position independently of the location of said control means between the points A and B. - a locking means prestressed in a closed position, - a control means having a compartment, - a cable connected to the locking means and passing through the compartment of the control means,