mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for facilitating removal of a lymph node, the apparatus comprising: an expandable device comprising a deployment mechanism , wherein the deployment mechanism comprises deployable members (45-47) having contracted and expanded states, wherein the deployable members comprise end regions ; and an insertion tool adapted for distal advancement beyond the lymph node, the insertion tool defining a hollow lumen sized to permit longitudinal advancement of the deployable members in the contracted state to a location distal to the lymph node, characterized in that the deployable members, in the expanded state, retroflex and comprise a curvature of about 180 degrees such that the end regions of the deployable members are oriented substantially parallel and radially spaced apart from one another to comprise a configuration sized to at least partially circumferentially surround the lymph node. an expandable device comprising a deployment mechanism , wherein the deployment mechanism comprises deployable members (45-47) having contracted and expanded states, wherein the deployable members comprise end regions ; and an insertion tool adapted for distal advancement beyond the lymph node, the insertion tool defining a hollow lumen sized to permit longitudinal advancement of the deployable members in the contracted state to a location distal to the lymph node, characterized in that the deployable members, in the expanded state, retroflex and comprise a curvature of about 180 degrees such that the end regions of the deployable members are oriented substantially parallel and radially spaced apart from one another to comprise a configuration sized to at least partially circumferentially surround the lymph node.
Printed circuit board consisting of a populating surface for electronic components and of a circuit board antenna having an emitter comprising two conductor tracks of the printed circuit board that are located opposite one another congruently on an insulating layer with a conductive coating on both sides, wherein the insulating layer and the conductor tracks are coated between a start and an end of the emitter along the edges of the emitter with a respective further conductive layer that electrically conductively connects both conductor tracks in such a way that a cross section through the emitter constitutes a closed rectangular covering made of an electrically conductive material around a rectangular core made of insulating material, wherein at least one edge of the emitter is adjacent to the populating surface, wherein the insulating layer and the layers of the printed circuit board that are conductive on both sides are separated and at a distance between the at least one edge of the emitter and an edge of the populating surface so as to form a gap , and wherein the further conductive layers are present continuously along the edges of the emitter , characterized in that the further conductive layers are interrupted at the start and at the end of the emitter by holes or milled sections with a clear width greater than the gap produced by the separated and distanced insulating layer of the printed circuit board , and the conductor tracks at the start and at the end of the emitter are electrically disconnected from the layers of the printed circuit board that are conductive on both sides by way of etched sections .
A method for detecting model security, comprising the following: obtaining (S202) result data computed by using a to-be-detected model, wherein the result data comprises intermediate result data; and discriminating (S204) the result data by using a discriminator, wherein the discriminator is in a trusted execution environment in a user terminal, and determining a security detection result of the to-be-detected model, wherein the discriminator is obtained through training by using a generative adversarial network, GAN, framework, the to-be-detected model, and a sample, and the to-be-detected model is in a trusted environment in the process of obtaining the discriminator through training, wherein the to-be-detected model is a deep learning model, and the intermediate result data is data computed at an intermediate layer of the to-be-detected model. obtaining (S202) result data computed by using a to-be-detected model, wherein the result data comprises intermediate result data; and discriminating (S204) the result data by using a discriminator, wherein the discriminator is in a trusted execution environment in a user terminal, and determining a security detection result of the to-be-detected model, wherein the discriminator is obtained through training by using a generative adversarial network, GAN, framework, the to-be-detected model, and a sample, and the to-be-detected model is in a trusted environment in the process of obtaining the discriminator through training, wherein the to-be-detected model is a deep learning model, and the intermediate result data is data computed at an intermediate layer of the to-be-detected model.
Bulk material cleaning device comprising: a support frame and at least two treatment devices selected from the group consisting of a trommel screen, a sorting and classifying device, a stone separator, a light material separator, an aspiration channel/tarar and a magnetic separator, wherein each treatment device comprises at least one feed opening and at least one outlet opening , the treatment devices are mounted on the support frame , the support frame is hollow, at least one outlet opening of a treatment device opens into the support frame , and the support frame opens into the feed opening of a treatment device . a support frame and at least two treatment devices selected from the group consisting of a trommel screen, a sorting and classifying device, a stone separator, a light material separator, an aspiration channel/tarar and a magnetic separator, wherein each treatment device comprises at least one feed opening and at least one outlet opening , the treatment devices are mounted on the support frame , the support frame is hollow, at least one outlet opening of a treatment device opens into the support frame , and the support frame opens into the feed opening of a treatment device .
A lead-acid battery in which an electrode group is stored in a cell chamber together with an electrolyte solution, the electrode group having a plurality of positive electrode plates and a plurality of negative electrode plates stacked via a separator, wherein the separator has a shape of a bag with an opening, the separator includes a first surface and a second surface constituting an inner surface of the bag and facing each other, a plurality of first ribs provided on the first surface, and a plurality of second ribs provided on the second surface, a third surface that is a back surface of the first surface and a fourth surface that is a back surface of the second surface, the third surface and the fourth surface constituting an outer surface of the bag, a plurality of third ribs provided on the third surface, and a fourth rib provided on the fourth surface, and a joint part between the first surface and the second surface, and at least one of the first ribs provided on the first surface intersects at the joint part with at least one of the second ribs provided on the second surface. the separator has a shape of a bag with an opening, the separator includes a first surface and a second surface constituting an inner surface of the bag and facing each other, a plurality of first ribs provided on the first surface, and a plurality of second ribs provided on the second surface, a third surface that is a back surface of the first surface and a fourth surface that is a back surface of the second surface, the third surface and the fourth surface constituting an outer surface of the bag, a plurality of third ribs provided on the third surface, and a fourth rib provided on the fourth surface, and a joint part between the first surface and the second surface, and a first surface and a second surface constituting an inner surface of the bag and facing each other, a plurality of first ribs provided on the first surface, and a plurality of second ribs provided on the second surface, a third surface that is a back surface of the first surface and a fourth surface that is a back surface of the second surface, the third surface and the fourth surface constituting an outer surface of the bag, a plurality of third ribs provided on the third surface, and a fourth rib provided on the fourth surface, and a joint part between the first surface and the second surface, and at least one of the first ribs provided on the first surface intersects at the joint part with at least one of the second ribs provided on the second surface.
An electrode apparatus for nerve denervation or modulation in body, comprising: a main body including a shaft; an electrode unit formed to be drawn out from one end of the shaft and configured to denervate or modulate at least part of nerves on a tube in the body; and an electrode guide coupled to the electrode unit and deformed into a wound state to bring the electrode unit into contact with the tube in the body; wherein the electrode guide includes a plurality of joint units disposed to enclose the circumference of the tube with the electrode unit interposed therebetween in the wound state. a main body including a shaft; an electrode unit formed to be drawn out from one end of the shaft and configured to denervate or modulate at least part of nerves on a tube in the body; and an electrode guide coupled to the electrode unit and deformed into a wound state to bring the electrode unit into contact with the tube in the body; wherein the electrode guide includes a plurality of joint units disposed to enclose the circumference of the tube with the electrode unit interposed therebetween in the wound state.
A wiper arm assembly for a vehicle windscreen wiper system , the wiper arm assembly including: - a wiper arm configured to support a wiper blade , - a mounting member configured to be secured to a wiper shaft , the wiper arm being pivotally connected to the mounting portion , - a spring member including a first spring end portion (14.1) operatively connected to the wiper arm and a second spring end portion (14.2) operatively connected to the mounting member , the spring member being configured to apply a biasing force to the wiper arm such that, in use, a wiper blade supported by the wiper arm is urged against a vehicle windscreen , - a force adjusting device configured to adjust the biasing force applied by the spring member to the wiper arm , the force adjusting device including an actuating member to which is connected the first spring end portion (14.1) of the spring member , the actuating member being movably mounted on the wiper arm between a first adjusting position and a second adjusting position, and being configured to displace the first spring end portion (14.1) between a first spring position in which the spring member applies a first biasing force to the wiper arm and a second spring position in which the spring member applies a second biasing force to the wiper arm which is higher than the first biasing force, when the actuating member is displaced between the first and second adjusting positions, the force adjusting device further including at least one guiding slot provided on the wiper arm and configured to guide the actuating member during displacements of the actuating member between the first and second adjusting positions, the at least one guiding slot including a first abutting surface (23.1, 24.1) on which the actuating member abuts when the actuating member is in the first adjusting position, and a second abutting surface (23.2, 24.2) on which the actuating member abuts when the actuating member is in the second adjusting position, characterized in that the at least one guiding slot includes an elongated guiding portion (21.1, 22.1) defining the first abutting surface (23.1, 24.1), and a retaining portion (21.2, 22.2) defining the second abutting surface (23.2, 24.2). - a wiper arm configured to support a wiper blade , - a mounting member configured to be secured to a wiper shaft , the wiper arm being pivotally connected to the mounting portion , - a spring member including a first spring end portion (14.1) operatively connected to the wiper arm and a second spring end portion (14.2) operatively connected to the mounting member , the spring member being configured to apply a biasing force to the wiper arm such that, in use, a wiper blade supported by the wiper arm is urged against a vehicle windscreen , - a force adjusting device configured to adjust the biasing force applied by the spring member to the wiper arm ,
A method of additive manufacturing of a three-dimensional object, the method comprising: dispensing from an array of nozzles an amount of building material formulation to form a layer in a configured pattern corresponding to a shape of a slice of the object; hardening said layer; calculating formation time of said layer; based on said amount, said formation time, and a geometrical characteristic of said slice, calculating, using a previously prepared lookup table, a thermal mass of said layer; and in a closed loop control, activating, deactivating, or setting a power of a cooling system for cooling said layer, responsively to said calculated thermal mass wherein more power is allocated to said cooling system for higher calculated thermal masses. dispensing from an array of nozzles an amount of building material formulation to form a layer in a configured pattern corresponding to a shape of a slice of the object; hardening said layer; calculating formation time of said layer; based on said amount, said formation time, and a geometrical characteristic of said slice, calculating, using a previously prepared lookup table, a thermal mass of said layer; and in a closed loop control, activating, deactivating, or setting a power of a cooling system for cooling said layer, responsively to said calculated thermal mass wherein more power is allocated to said cooling system for higher calculated thermal masses.
A computer implemented interprocess communication method, wherein the method comprises: determining that a data length of the communication data is less than a size of a first memory space; when the data length of the communication data is less than the size of the first memory space, storing communication data of a first process in the first memory space, wherein the communication data is used for data exchange between the first process and a second process, and the first memory space is memory space allocated to the first process for access; allocating virtual memory space to the second process, wherein the virtual memory space is used by the second process to access the communication data; and mapping a physical memory page in the first memory space to the virtual memory space; and when the data length of the communication data is greater than the size of the first memory space, storing the communication data as a data file, wherein the second process accesses the communication data by using metadata of the data file. determining that a data length of the communication data is less than a size of a first memory space; when the data length of the communication data is less than the size of the first memory space, storing communication data of a first process in the first memory space, wherein the communication data is used for data exchange between the first process and a second process, and the first memory space is memory space allocated to the first process for access; allocating virtual memory space to the second process, wherein the virtual memory space is used by the second process to access the communication data; and mapping a physical memory page in the first memory space to the virtual memory space; and when the data length of the communication data is greater than the size of the first memory space, storing the communication data as a data file, wherein the second process accesses the communication data by using metadata of the data file.
Anti-snoring device for attachment to the neck of a user, said anti-snoring device comprises: - a harness made out of a flexible material, said harness comprising a retaining portion , - an insert configured to be arranged in the retaining portion of the harness on the forward facing side of the user's neck, wherein said insert comprises a base portion configured to face the neck of the user, and first and second surfaces defining a laterally tapering shape of the insert with increasing distance from the base portion , characterised in that the base portion of the insert comprises a central recess with a hole providing a torus or toroid-shaped structural contact surface. - a harness made out of a flexible material, said harness comprising a retaining portion , - an insert configured to be arranged in the retaining portion of the harness on the forward facing side of the user's neck,
A device for the chemical vapour deposition of one or more metals and/or their alloys on at least one part (P) comprising an inner surface, the device comprising at least one deposition area , an evaporator/injector connected to the deposition area in order to supply it with a gaseous mixture called "gaseous mixture before deposition" containing a precursor of said metal to be deposited or precursors of said metals to be deposited and/or their alloys, and a pumping and recovery circuit (C) connected to the deposition area so as to at least partly recover the gaseous mixture after deposition, called "gaseous mixture after deposition", said deposition area being intended to receive the at least one part (P) on which the chemical deposition is carried out, said deposition area comprising means for heating said part and means for introducing the gaseous mixture before deposition directly into the part (P) so that only the inner surface of the part (P) is in contact with the gaseous mixture before deposition, the device also comprising recirculation means (CR) capable of reinjecting a portion of the gaseous mixture after deposition into the deposition area and means for enriching said gaseous mixture after deposition with the precursor of said metal to be deposited or precursors of said metals to be deposited and/or their alloys, before recirculation in the deposition area, and means for sending a portion of the gaseous mixture after deposition in the recirculation means and the other portion in the pumping and recovery circuit.
A method of receiving data by a user equipment, UE , on an unlicensed band in a wireless communication system, the method performed by the UE and comprising: receiving, from a base station, BS , first information related to a presence of data to be transmitted to the UE ; receiving a timer value from the BS ; performing channel sensing (S1530) in a duration in which a timer, which is based on the timer value, runs; determining that a channel is in use based on the performed channel sensing; based on (i) that the timer has expired and (ii) the determination that the channel is in use, transmitting (S1540), to the BS , second information informing that it is impossible to receive data; and receiving, from the BS , fifth information related to a presence of data to be transmitted to the UE , wherein the fifth information is transmitted from the BS based on that the second information is received by the BS , and wherein the fifth information includes a receiver address, which is different from a receiver address of the first information. receiving, from a base station, BS , first information related to a presence of data to be transmitted to the UE ; receiving a timer value from the BS ; performing channel sensing (S1530) in a duration in which a timer, which is based on the timer value, runs; determining that a channel is in use based on the performed channel sensing; based on (i) that the timer has expired and (ii) the determination that the channel is in use, transmitting (S1540), to the BS , second information informing that it is impossible to receive data; and receiving, from the BS , fifth information related to a presence of data to be transmitted to the UE , wherein the fifth information is transmitted from the BS based on that the second information is received by the BS , and wherein the fifth information includes a receiver address, which is different from a receiver address of the first information.
Separation unit for separating carbon dioxide from ambient air, wherein the separation unit comprises at least one contiguous and sealing circumferential wall element , circumferentially enclosing at least one cavity , said at least one contiguous and sealing circumferential wall element defining an upstream opening and an opposed downstream opening of said at least one cavity , said cavity containing at least one gas adsorption structure for adsorbing carbon dioxide, preferably under ambient pressure and/or temperature conditions, wherein the separation unit further comprises a pair of opposing sliding doors for sealing the upstream opening and the downstream opening , respectively, of at least one cavity in a closed state, and wherein each of the pair of opposing sliding doors , to open the closed cavity , is shifted in a direction essentially parallel to the plane of the respective sliding door to uncover the upstream and downstream opening, respectively and to allow for flow through of ambient air through the gas adsorption structure . said at least one contiguous and sealing circumferential wall element defining an upstream opening and an opposed downstream opening of said at least one cavity , said cavity containing at least one gas adsorption structure for adsorbing carbon dioxide, preferably under ambient pressure and/or temperature conditions,
A thermosetting resin pre-impregnated fiber material or prepreg comprising a fiber material of a heat resistant fiber chosen from carbon fiber, glass fiber, ceramic fiber, acrylonitrile fibers, aramid fibers, or their admixtures, infused with a thermosetting resin mixture comprising (i) at least one liquid epoxy resin, (ii) at least one epoxy novolac resin, (iii) dicyandiamide, and (iv) an adduct of a cycloaliphatic amine and a liquid epoxy resin, wherein the dicyandiamide is dissolved in the adduct of a cycloaliphatic amine and a liquid epoxy resin.
Jalousie window device, comprising at least first and second louvres pivoting about a common axis (X) between a position in which the two louvres overlap and a position of angular separation of the louvres about the common axis, the common axis (X) consisting of a first connecting trunnion integral with the first louvre , intended to cooperate with a connecting bearing integral with the second louvre , characterised in that the common axis also consists of another connecting bearing integral with the first louvre , intended to cooperate with a second connecting trunnion integral with the second louvre .