mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for application of a pulsed radio frequency therapy in a vascular system or another cavity of the human or animal body comprising: a catheter with at least one electrode disposed thereon for insertion into the vascular system or another cavity of the human or animal body; a probe with at least one further electrode (5, 6) disposed thereon, wherein the probe is insertable via the catheter into the vascular system or the other cavity of the human or animal body; and a generator electrically connected with the electrodes (3, 5, 6) for generating a pulsed electro-magnetic field between the electrodes (3,5,6), wherein the generated current pulse comprises an alternating current having a frequency of 500.000 Hz and wherein the tissue temperature rises to a maximum of 42°C due to the generated electro-magnetic field, wherein the characteristics of the electro-magnetic field between the electrodes (3, 5, 6) can be adapted on the one hand by the generator and on the other hand by the depth of penetration of the probe into the catheter, wherein the distance between the at least one electrode of the catheter and the at least one further electrode (5, 6) of the probe is adaptable by the depth of penetration of the probe. a catheter with at least one electrode disposed thereon for insertion into the vascular system or another cavity of the human or animal body; a probe with at least one further electrode (5, 6) disposed thereon, wherein the probe is insertable via the catheter into the vascular system or the other cavity of the human or animal body; and a generator electrically connected with the electrodes (3, 5, 6) for generating a pulsed electro-magnetic field between the electrodes (3,5,6), wherein the generated current pulse comprises an alternating current having a frequency of 500.000 Hz and wherein the tissue temperature rises to a maximum of 42°C due to the generated electro-magnetic field, wherein the characteristics of the electro-magnetic field between the electrodes (3, 5, 6) can be adapted on the one hand by the generator and on the other hand by the depth of penetration of the probe into the catheter, wherein the distance between the at least one electrode of the catheter and the at least one further electrode (5, 6) of the probe is adaptable by the depth of penetration of the probe.
Implantable textile anchor, comprising: a collapsible member including a first end, a second end and a plurality of eyelets arranged between the first end and the second end, and at least one filament, which is guided through eyelets of the collapsible member so that by pulling on the at least one filament the collapsible member collapses to a form with an increased lateral extension, characterized in that the collapsible member is braided to form alternatingly tubular central portions and bifurcating and converging tubular branch portions (4a, 4b), which define the eyelets, wherein the at least one filament (8, 10) is knotted to an eyelet (5a, 5c, 5d) and/or wherein the at least one filament (12, 14, 16) and at least a second filament (13, 15, 17-19) are made integral with the collapsible member by braiding the collapsible member and the filaments together. a collapsible member including a first end, a second end and a plurality of eyelets arranged between the first end and the second end, and at least one filament, which is guided through eyelets of the collapsible member so that by pulling on the at least one filament the collapsible member collapses to a form with an increased lateral extension,
A computer-implemented method for providing a basic power requirement to a server system in an event that a standby power of a power supply unit, PSU, of the server system fails, the basic power requirement being sufficient to support a power need of the server system before boot up, the computer-implemented method comprising: determining that the standby power of the PSU of the server system is not ok, wherein the standby power supplies the basic power requirement prior to receiving a power on command, when the standby power is ok; determining whether a main power of the PSU is within a predetermined range; preventing power on of the system if the main power of the PSU is not within the predetermined range; and providing the basic power requirement to the system from the main power of the PSU by switching an input power of a power switch of the system from the standby power of the PSU to the main power of the PSU if the main power of the PSU is within the predetermined range, wherein the basic power requirement is provided by the main power of the PSU prior to receiving the power on command. determining that the standby power of the PSU of the server system is not ok, wherein the standby power supplies the basic power requirement prior to receiving a power on command, when the standby power is ok; determining whether a main power of the PSU is within a predetermined range; preventing power on of the system if the main power of the PSU is not within the predetermined range; and providing the basic power requirement to the system from the main power of the PSU by switching an input power of a power switch of the system from the standby power of the PSU to the main power of the PSU if the main power of the PSU is within the predetermined range, wherein the basic power requirement is provided by the main power of the PSU prior to receiving the power on command.
Device for triggering the filling of a sprinkler system with water in a vacuum system, comprising at least one actuator comprising a body in which a water inlet pipe and a water outlet pipe open out, both able to be put in communication, a member of the actuator being able to allow/prevent the water inlet pipe being put in communication with the water outlet pipe so that the prevention of the communication of the two pipes maintains the sprinkler system under vacuum while putting the two pipes in communication triggers the filling of the sprinkler system with water, the triggering device comprising: - a master actuator sensitive to the pressure present in the sprinkler system and able to move a yoke from a first position to a second position; - a means for locking the member of the actuator in position, preventing the two pipes from being put in communication; - a transmission member between said yoke and said locking means able to allow the member of the actuator to pass into the position allowing the putting of the two pipes in communication when the yoke is in said second position, characterised in that the actuator comprises a piston able to move in a cavity in the body, the piston constituting the member of the actuator able to allow/prevent the water inlet pipe being put in communication with the water outlet pipe, and has an external portion extending out of said cavity and being provided with a ring on which the locking means is intended to act. - a master actuator sensitive to the pressure present in the sprinkler system and able to move a yoke from a first position to a second position; - a means for locking the member of the actuator in position, preventing the two pipes from being put in communication; - a transmission member between said yoke and said locking means able to allow the member of the actuator to pass into the position allowing the putting of the two pipes in communication when the yoke is in said second position,
Method for access decision evaluation in a building automation and control system, the method comprising: sending, from an accessing device to an accessed device, an access request, sending, from the accessed device to a central decision evaluation apparatus, an evaluation request asking if the access request is granted or denied, evaluating, at the central decision evaluation apparatus, the evaluation request using one or more central access control policies in order to reach a decision on if the access request is granted or denied, deriving, at the central decision evaluation apparatus, from one or more central access control policies that was used for evaluation a device specific access policy, sending, from the central decision evaluation apparatus to the accessed device, the decision and the device specific access policy, storing, at the accessed device, the device specific access policy; and deciding, at the accessed device, if a subsequent access request is granted or denied based on the device specific access policy. sending, from an accessing device to an accessed device, an access request, sending, from the accessed device to a central decision evaluation apparatus, an evaluation request asking if the access request is granted or denied, evaluating, at the central decision evaluation apparatus, the evaluation request using one or more central access control policies in order to reach a decision on if the access request is granted or denied, deriving, at the central decision evaluation apparatus, from one or more central access control policies that was used for evaluation a device specific access policy, sending, from the central decision evaluation apparatus to the accessed device, the decision and the device specific access policy, storing, at the accessed device, the device specific access policy; and deciding, at the accessed device, if a subsequent access request is granted or denied based on the device specific access policy.
A lighting device comprising (i) a plurality of sets of each one or more light sources configured to provide light source light, and (ii) a plurality of luminescent elements, each luminescent element comprising an elongated luminescent body having a radiation input face for receipt of the light source light, a first face and a second face, wherein the distance between the first face and the second face defines a length of the elongated luminescent body and the radiation input face extending between the first face and the second face, each luminescent element comprising a luminescent material for conversion of at least part of the light source light into luminescent material light, and each luminescent element having a luminescent element exit window for escape of the luminescent material light from the luminescent element, the second face comprising said luminescent exit window; wherein the luminescent element exit windows of the plurality of luminescent elements are configured in a matrix, characterized in that the luminescent elements are configured in a tapered configuration wherein a shortest distance between the first faces of neighboring luminescent bodies is larger than a shortest luminescent element exit window distance between the neighboring luminescent element exit windows, thereby defining an interspace between the neighboring luminescent bodies.
Method for modulating data symbols, delivering a multi-carrier signal, implementing: - a step of mathematical transformation of the data symbols, from the frequency domain to a time domain, delivering transformed symbols; - a step of polyphase filtering of said transformed symbols, delivering said multi-carrier signal, characterized in that said polyphase filtering step implements an expansion factor taking account of a compression factor τ, said compression factor τ being a number lying between 0 and 1, said expansion factor being equal to the integer rounding of [τ. M/2] if said data symbols are real valued, and being equal to the integer rounding of [τ. M] if said data symbols are complex valued, with M an integer equal to the number of carrier and to the size of said mathematical transformation. - a step of mathematical transformation of the data symbols, from the frequency domain to a time domain, delivering transformed symbols; - a step of polyphase filtering of said transformed symbols, delivering said multi-carrier signal,
Process for fabricating an integrated circuit including at least one field-effect transistor and a memory cell of OxRam type, characterized in that it comprises the steps of: - providing a substrate that includes a semiconductor layer, the substrate being equipped with first and second dummy gates (21, 31) and with an encapsulation layer in which said dummy gates (21, 31) are positioned, at least the first dummy gate being formed on the semiconductor layer of the substrate; - removing the first and second dummy gates in order to make first and second grooves (23, 33) in said encapsulation layer; - simultaneously depositing a gate insulating layer at least in the bottom of the first groove and on a side wall of the second groove; - forming a gate electrode of said transistor in the first groove on top of said gate insulating layer, forming source and drain electrodes (274, 275) of said transistor on either side of said gate electrode, forming first and second electrodes of said memory cell (374, 34) on either side of said gate insulating layer deposited on a side wall of the second groove. - providing a substrate that includes a semiconductor layer, the substrate being equipped with first and second dummy gates (21, 31) and with an encapsulation layer in which said dummy gates (21, 31) are positioned, at least the first dummy gate being formed on the semiconductor layer of the substrate; - removing the first and second dummy gates in order to make first and second grooves (23, 33) in said encapsulation layer; - simultaneously depositing a gate insulating layer at least in the bottom of the first groove and on a side wall of the second groove; - forming a gate electrode of said transistor in the first groove on top of said gate insulating layer, forming source and drain electrodes (274, 275) of said transistor on either side of said gate electrode, forming first and second electrodes of said memory cell (374, 34) on either side of said gate insulating layer deposited on a side wall of the second groove.
Oven for the textile sector, substantially parallelepiped and comprising means for ventilation with hot air, wherein said means for ventilation are provided on the ceiling of the oven itself and side walls of said oven, being free from valves, fans and burners, are adapted to be fully opened, pivoting on specific hinges, characterised in that between outer side doors and inner side walls of said oven an air gap is present, adapted to allow the passage of process air to and fro through a material and in that valves for the operation of the oven are mounted with a minimum footprint on the same inner walls of the oven.
A method for use in a base station in a Third Generation Partnership Project, 3GPP, Fifth Generation, 5G, wireless communication system, the method comprising: transmitting a first symbol for a primary synchronization channel, PSC, to a mobile station in a slot of a subframe; and transmitting a second symbol for a secondary synchronization channel, SSC, to the mobile station in the slot of the subframe, wherein the first symbol and the second symbol are separated by one symbol in the slot, the second symbol being transmitted after the first symbol. transmitting a first symbol for a primary synchronization channel, PSC, to a mobile station in a slot of a subframe; and transmitting a second symbol for a secondary synchronization channel, SSC, to the mobile station in the slot of the subframe, wherein the first symbol and the second symbol are separated by one symbol in the slot, the second symbol being transmitted after the first symbol.
Article comprising a polymer body and a metal plating, wherein the metal plating is attached to the polymer body, and wherein the polymer body comprises as components at least one polyamide, at least one filler, at least one poly-N-vinyllactam polymer, and optionally at least one additive, wherein the article is produced by a process comprising the steps of i) providing a polymer body, wherein the polymer body comprises the components to ii) etching at least one surface of the polymer body to be plated with at least one acid, iii) depositing a first metal layer comprising at least one plating catalyst on the at least one etched surface of step ii), iv) applying a second metal layer by electroless metal deposition, and v) applying at least one further metal layer by electrodeposition. at least one polyamide, at least one filler, at least one poly-N-vinyllactam polymer, and optionally at least one additive, wherein the article is produced by a process comprising the steps of i) providing a polymer body, wherein the polymer body comprises the components to ii) etching at least one surface of the polymer body to be plated with at least one acid, iii) depositing a first metal layer comprising at least one plating catalyst on the at least one etched surface of step ii), iv) applying a second metal layer by electroless metal deposition, and v) applying at least one further metal layer by electrodeposition. i) providing a polymer body, wherein the polymer body comprises the components to ii) etching at least one surface of the polymer body to be plated with at least one acid, iii) depositing a first metal layer comprising at least one plating catalyst on the at least one etched surface of step ii), iv) applying a second metal layer by electroless metal deposition, and v) applying at least one further metal layer by electrodeposition.
A security element having a transparent film, a pattern of transparent and non-transparent regions on a first side of the film, a pattern of transparent and non-transparent regions on a second side of the film, said pattern matching with the pattern on the first side of the film, characterized in that a colour changing layer covers the pattern (2, 3) on at least one side (A, B) of the film. a transparent film, a pattern of transparent and non-transparent regions on a first side of the film, a pattern of transparent and non-transparent regions on a second side of the film, said pattern matching with the pattern on the first side of the film, characterized in that a colour changing layer covers the pattern (2, 3) on at least one side (A, B) of the film.
A host system comprising a digital signal processor and a display, the host system being configured to control operation of first and second cardiovascular sensing components, the digital signal processor being configured to: receive data from the first cardiovascular sensing component, wherein the data received from the first cardiovascular sensing component includes data related to a first cardiovascular parameter; receive data from the second cardiovascular sensing component, wherein the data received from the second cardiovascular sensing component includes data related to a second cardiovascular parameter different than the first cardiovascular parameter; and process the data related to the first and second cardiovascular parameters; wherein the host system is configured to output to the display a multi-modal graphical user interface comprising a first region for display of system and patient information during all modes of operation of the host system, a second region for display of system messages during all modes of operation of the host system, and a third region for display of parameters and input/output data fields according to a current mode of operation of the host system as selected by one of a set of tabs, wherein a first mode of operation associated with selection of a first tab of the set of tabs enables display of the data related to the first cardiovascular parameter, and wherein a second mode of operation associated with selection of a second tab of the set of tabs enables display of the data related to the second cardiovascular parameter. receive data from the first cardiovascular sensing component, wherein the data received from the first cardiovascular sensing component includes data related to a first cardiovascular parameter; receive data from the second cardiovascular sensing component, wherein the data received from the second cardiovascular sensing component includes data related to a second cardiovascular parameter different than the first cardiovascular parameter; and process the data related to the first and second cardiovascular parameters; wherein the host system is configured to output to the display a multi-modal graphical user interface comprising a first region for display of system and patient information during all modes of operation of the host system, a second region for display of system messages during all modes of operation of the host system, and a third region for display of parameters and input/output data fields according to a current mode of operation of the host system as selected by one of a set of tabs, wherein a first mode of operation associated with selection of a first tab of the set of tabs enables display of the data related to the first cardiovascular parameter, and wherein a second mode of operation associated with selection of a second tab of the set of tabs enables display of the data related to the second cardiovascular parameter.
A multilayer film (1, 1a, 1b) for adhesion to a fabric, wherein the multilayer film (1, 1a, 1b) comprises: an adhesive layer (3, 3a, 3b) on a side of the multilayer film to be adhered to the fabric, the adhesive layer (3, 3a, 3b) including a thermoplastic polyester elastomer and a polymer having a Shore D hardness of less than 80 (measured according to JIS K 7215); and a barrier layer (2, 2a, 2b) bonded to the adhesive layer (3, 3a, 3b), the barrier layer (2, 2a, 2b) including a thermoplastic elastomer; and wherein a melting point of the barrier layer (2, 2a, 2b) is higher than a melting point of the adhesive layer (3, 3a, 3b). wherein the multilayer film (1, 1a, 1b) comprises: an adhesive layer (3, 3a, 3b) on a side of the multilayer film to be adhered to the fabric, the adhesive layer (3, 3a, 3b) including a thermoplastic polyester elastomer and a polymer having a Shore D hardness of less than 80 (measured according to JIS K 7215); and a barrier layer (2, 2a, 2b) bonded to the adhesive layer (3, 3a, 3b), the barrier layer (2, 2a, 2b) including a thermoplastic elastomer; and an adhesive layer (3, 3a, 3b) on a side of the multilayer film to be adhered to the fabric, the adhesive layer (3, 3a, 3b) including a thermoplastic polyester elastomer and a polymer having a Shore D hardness of less than 80 (measured according to JIS K 7215); and a barrier layer (2, 2a, 2b) bonded to the adhesive layer (3, 3a, 3b), the barrier layer (2, 2a, 2b) including a thermoplastic elastomer; and wherein a melting point of the barrier layer (2, 2a, 2b) is higher than a melting point of the adhesive layer (3, 3a, 3b).