mhurhangee/ep-ind-claims huggingface dataset:
A decorative system for a floor, wall or ceiling covering or for a furniture component, comprising at least one panel, preferably a floor covering panel, wall cladding panel or ceiling cladding panel, in particular a panel or board element, or a furniture component panel, and comprising at least one decorative adhesive film (5, 13), wherein the decorative adhesive film (5, 13) has a film decoration (6, 14), wherein the film decoration (6, 14) is at least decoratively the same as the panel decoration at least in some regions and at least in one decorative feature, wherein the panel decoration is produced by printing a decorative base paper in an intaglio printing method or in a digital printing method, characterised in that the film decoration (6, 14) is produced in a digital printing method by printing a decorative paper which is not completely impregnated or completely impregnated, and the decorative adhesive film (5, 13) is formed by overbonding in order to eliminate damage to a panel decoration of the panel.
A solid polymer electrolysis method comprising supplying carbon dioxide to one of electrodes of a reactor having a membrane electrode assembly provided with a catalyst layer and supplying water vapor, or liquid water as a supply source of hydrogen to the other electrode to produce a hydrocarbon, optionally, humidifying the supplied carbon dioxide with water, controlling an electrolysis voltage applied from the outside and controlling a temperature of the reactor; and, by controlling the voltage, temperature and humidification conditions, changing amounts of hydrocarbons produced per unit time and a ratio sorted by kind of the hydrocarbons.
Electronic installation device for building installation engineering, comprising a device base insert or switching insert, wherein at least one heat-developing component and at least one heat sink for dissipating the heat loss from the housing interior to the exterior of the housing are provided in the interior of the housing of the device base insert or switching insert, the heat sink being connected to the heat-developing component by at least one clamping spring in order to achieve a constant contact pressure of the heat sink against the heat-developing component, characterized in that the clamping spring is embodied as a wire spring and engages around the heat sink and the heat-developing component and ensures that a sufficiently high contact pressure is created between the heat sink and the heat-developing component.
A computer-implemented method, comprising: obtaining, from a runtime system that executes code, a source value at a source point of the code and a sink value at a sink point of the code; identifying a potential taint flow from the source point to the sink point by performing a series of taint inferences that each infer a relationship between the source value and the sink value; and determining whether the potential taint flow is an actual taint flow by performing a series of taint checks that each analyze the execution of the code using the source value and the sink value, wherein one of the series of taint checks comprises: generating an execution trace for a portion of the code between the source point and the sink point; and determining, using the execution trace, whether there is a series of operations that transforms the source value into the sink value, wherein each of the series of operations is associated with a same connection request or data request. obtaining, from a runtime system that executes code, a source value at a source point of the code and a sink value at a sink point of the code; identifying a potential taint flow from the source point to the sink point by performing a series of taint inferences that each infer a relationship between the source value and the sink value; and determining whether the potential taint flow is an actual taint flow by performing a series of taint checks that each analyze the execution of the code using the source value and the sink value, wherein one of the series of taint checks comprises: generating an execution trace for a portion of the code between the source point and the sink point; and determining, using the execution trace, whether there is a series of operations that transforms the source value into the sink value, wherein each of the series of operations is associated with a same connection request or data request. generating an execution trace for a portion of the code between the source point and the sink point; and determining, using the execution trace, whether there is a series of operations that transforms the source value into the sink value, wherein each of the series of operations is associated with a same connection request or data request.
A beam delivery apparatus, comprising: a laser system including a first fiber having an output end and situated to propagate a first laser beam with a first beam parameter product, "bpp", and a second fiber having an input end spliced to the output end of the first fiber at a fiber splice so as to receive the first laser beam and to form a second laser beam having a second bpp that is greater than the first bpp; wherein the output end of the first fiber and the input end of the second fiber are spliced at a tilt angle so as to increase the first bpp to the second bpp. a laser system including a first fiber having an output end and situated to propagate a first laser beam with a first beam parameter product, "bpp", and a second fiber having an input end spliced to the output end of the first fiber at a fiber splice so as to receive the first laser beam and to form a second laser beam having a second bpp that is greater than the first bpp; wherein the output end of the first fiber and the input end of the second fiber are spliced at a tilt angle so as to increase the first bpp to the second bpp.
Machine for the treatment of leather articles, comprising: - a loading device for a plurality of leather articles, such as belts or the like; - a movable support plane extending along its own direction of movement between a first end portion and a second end portion; - an oven operatively placed downstream of said loading device and provided with a drying chamber through which said movable support plane runs; - a device for the deposition of said leather articles, on said support plane movable along the direction of movement, placed at said first end portion of the movable support plane; characterized in that the deposition device comprises: - an advancement member for moving said leather articles along a predetermined operating direction, transverse to said direction of movement, configured to translate the articles from a first, pickup position, to a second, release position; said advancement member having a transport member for the articles, said transport member being placed above said movable support plane and extending at least in part transversely to said direction of movement; - releasing means associated to the advancement member and configured to deposit the articles on said movable support plane; said releasing means being operatively active when the advancement member places said articles in the second, release position, wherein said releasing means comprise a translatory assembly connected to said advancement member, and configured to move the transport member from an active position, in which it defines a supporting surface for the articles, to a release position, in which the transport member is moved so as to remove the supporting surface, thereby allowing the deposition of the articles on the movable support plane. - a loading device for a plurality of leather articles, such as belts or the like; - a movable support plane extending along its own direction of movement between a first end portion and a second end portion; - an oven operatively placed downstream of said loading device and provided with a drying chamber through which said movable support plane runs; - a device for the deposition of said leather articles, on said support plane movable along the direction of movement, placed at said first end portion of the movable support plane; - an advancement member for moving said leather articles along a predetermined operating direction, transverse to said direction of movement, configured to translate the articles from a first, pickup position, to a second, release position; said advancement member having a transport member for the articles, said transport member being placed above said movable support plane and extending at least in part transversely to said direction of movement; - releasing means associated to the advancement member and configured to deposit the articles on said movable support plane; said releasing means being operatively active when the advancement member places said articles in the second, release position,
A fin stacking apparatus configured to stack a fin (30, 130, 230, 330) having a flat-plate shape and a plurality of holes formed therein and comprising a plurality of stacking pins (23, 123, 223, 323), characterized by further comprising: a suction plate having a plurality of holes and configured to retain the fin (30, 130, 230, 330) when suction through the plurality of holes is executed, and to cause the fin (30, 130, 230, 330) to fall when suction through the plurality of holes is not executed; the plurality of stacking pins (23, 123, 223, 323) arranged below the suction plate and configured to be inserted to the plurality of holes of the fin (30, 130, 230, 330) separated from the suction plate; and a stacking pin drive unit configured to rotate at least one of the plurality of stacking pins (23, 123, 223, 323) in a circumferential direction about an axis of the at least one of the plurality of stacking pins (23, 123, 223, 323). a suction plate having a plurality of holes and configured to retain the fin (30, 130, 230, 330) when suction through the plurality of holes is executed, and to cause the fin (30, 130, 230, 330) to fall when suction through the plurality of holes is not executed; the plurality of stacking pins (23, 123, 223, 323) arranged below the suction plate and configured to be inserted to the plurality of holes of the fin (30, 130, 230, 330) separated from the suction plate; and a stacking pin drive unit configured to rotate at least one of the plurality of stacking pins (23, 123, 223, 323) in a circumferential direction about an axis of the at least one of the plurality of stacking pins (23, 123, 223, 323).
A method of transmitting a signal, by a station, STA, operating in a Wireless Local Area Network, WLAN, system using a multi user, MU, scheme, the method comprising: configuring a radio frame in which a signaling, SIG, field comprising control information and a data field for transmitting data, wherein the SIG field is configured to comprise an SIG A field containing bandwidth information indicating a total bandwidth having a bandwidth wider than 20 MHz and equal to 2 n times 20 MHz, with n being an integer equal to 1, 2 or 3, and an SIG B field containing user specific information; and transmitting the radio frame to one or more other STAs, wherein the bandwidth information of the SIG A field additionally indicates whether or not the total bandwidth includes one or more 20 MHz bands not used for transmitting data as a null channel, and wherein the SIG B field additionally contains information indicating a location of the null channel. configuring a radio frame in which a signaling, SIG, field comprising control information and a data field for transmitting data, wherein the SIG field is configured to comprise an SIG A field containing bandwidth information indicating a total bandwidth having a bandwidth wider than 20 MHz and equal to 2 n times 20 MHz, with n being an integer equal to 1, 2 or 3, and an SIG B field containing user specific information; and transmitting the radio frame to one or more other STAs, wherein the bandwidth information of the SIG A field additionally indicates whether or not the total bandwidth includes one or more 20 MHz bands not used for transmitting data as a null channel, and wherein the SIG B field additionally contains information indicating a location of the null channel.
A Device for applying an adhesive layer to an adhesive-free tape of an ID, valuable or security document, comprising a first roller carrier configured to receive a first roller comprising a carrier film and a sequence of individual adhesive layers attached to the carrier film or a carrier film and a path of adhesive layers attached to the carrier film, having a support surface comprising a heating unit for receiving and heating the adhesive-free tape, and with a detaching and applying device adjustable along a first axis between an applying position and a detaching position relative to the support surface, which comprises a sword which is designed in such a way that the carrier film with the adhesive layers is guided along a first side of the sword to a sword edge, and that the no adhesive carrier film, starting from the sword edge, is guided further along a second side of the sword and which has on the first side a pressure area which is designed in such a way that an adhesive-free tape can contact an adhesive layer located in the pressure area when the detaching and application device is in the application position wherein the adhesive layer is released from the carrier film and adhered to or attached to the adhesive-free tape when the detaching and application device is moved from the application position to the detaching position. comprising a first roller carrier configured to receive a first roller comprising a carrier film and a sequence of individual adhesive layers attached to the carrier film or a carrier film and a path of adhesive layers attached to the carrier film, having a support surface comprising a heating unit for receiving and heating the adhesive-free tape, and with a detaching and applying device adjustable along a first axis between an applying position and a detaching position relative to the support surface, which comprises a sword which is designed in such a way that the carrier film with the adhesive layers is guided along a first side of the sword to a sword edge, and that the no adhesive carrier film, starting from the sword edge, is guided further along a second side of the sword and which has on the first side a pressure area which is designed in such a way that an adhesive-free tape can contact an adhesive layer located in the pressure area when the detaching and application device is in the application position wherein the adhesive layer is released from the carrier film and adhered to or attached to the adhesive-free tape when the detaching and application device is moved from the application position to the detaching position.
Method for establishing, via GSM, an encrypted connection between a network subscriber and a base station of a mobile radio network, said base station being coupled to a network distribution unit, said method comprising the following steps: - sending a first signalling message (17, 17', 17") for offering an encryption mechanism from the network distribution unit to the network subscriber in a first method step, wherein at least one first encryption algorithm and one second encryption algorithm are offered by means of the first signalling message (17, 17', 17"), - waiting for a signalling response (18, 18', 18") sent by the network subscriber to the network distribution unit to select, in a second method step, one of the encryption mechanisms offered by means of the first signalling message, and - sending a second signalling message to offer an encryption mechanism from the network distribution unit to the network subscriber in a third method step when, in the second method step, a signalling response (18, 18', 18") sent by the network subscriber to the network distribution unit is not detected within a predetermined time period, wherein only the first encryption algorithm is offered by means of the second signalling message. - sending a first signalling message (17, 17', 17") for offering an encryption mechanism from the network distribution unit to the network subscriber in a first method step, wherein at least one first encryption algorithm and one second encryption algorithm are offered by means of the first signalling message (17, 17', 17"), - waiting for a signalling response (18, 18', 18") sent by the network subscriber to the network distribution unit to select, in a second method step, one of the encryption mechanisms offered by means of the first signalling message, and - sending a second signalling message to offer an encryption mechanism from the network distribution unit to the network subscriber in a third method step when, in the second method step, a signalling response (18, 18', 18") sent by the network subscriber to the network distribution unit is not detected within a predetermined time period, wherein only the first encryption algorithm is offered by means of the second signalling message.
A key assigning method, comprising: assigning node path identifiers, Ids, to each of the nodes configured as a circular group wherein the circular group consists of t nodes; a first assigning of t random seed value keys to the t nodes, wherein a first random seed value key is assigned to a first node in the circular group, a second random seed value key is assigned to a second node in the circular group, and the remaining random seed value keys are assigned respectively until each of the t random seed value keys is assigned to each of the t nodes in the circular group; wherein the first node is arranged at a first position in the circular group, the second node is arranged at a second position in the circular group, and the remaining nodes are arranged respectively such that the t th node is arranged at a t th position in the circular group; and a second assigning of a first result of applying a one-way hash function to the first random seed value key of the first node to the second node, assigning a second result of applying the one-way hash function to the first result to the third node, and repeating the applying of the one-way hash function and the assigning (t-1) times until a (t-1) th result is assigned to the t th node; wherein the one-way hash function is a function which transforms an arbitrary-length input value into a fixed-length output value. assigning node path identifiers, Ids, to each of the nodes configured as a circular group wherein the circular group consists of t nodes; a first assigning of t random seed value keys to the t nodes, wherein a first random seed value key is assigned to a first node in the circular group, a second random seed value key is assigned to a second node in the circular group, and the remaining random seed value keys are assigned respectively until each of the t random seed value keys is assigned to each of the t nodes in the circular group; wherein the first node is arranged at a first position in the circular group, the second node is arranged at a second position in the circular group, and the remaining nodes are arranged respectively such that the t th node is arranged at a t th position in the circular group; and a second assigning of a first result of applying a one-way hash function to the first random seed value key of the first node to the second node, assigning a second result of applying the one-way hash function to the first result to the third node, and repeating the applying of the one-way hash function and the assigning (t-1) times until a (t-1) th result is assigned to the t th node; wherein the one-way hash function is a function which transforms an arbitrary-length input value into a fixed-length output value.
A gas turbine engine comprising a bleed air system, the bleed air system comprising: a main passage for communicating air to an aircraft system; a turbo compressor comprising a compressor driven by a turbine; an inlet to the turbo compressor for communicating air from a first compressor location at a first pressure; an inlet to the turbine for communicating air from a second compressor location at a second pressure higher than the first pressure for driving the turbine; an outlet from the turbo compressor for communicating air at a third pressure greater than the first pressure to the main air passage; a heat exchanger disposed in the main air passage downstream of the outlet from the turbo compressor; characterised in that the system further comprises: a passage bypassing the turbo compressor for communicating a portion of the air from the first compressor location at the first pressure directly into the main passage through a check valve; and in that: the first compressor location comprises a location within a low pressure compressor of the gas turbine engine. a main passage for communicating air to an aircraft system; a turbo compressor comprising a compressor driven by a turbine; an inlet to the turbo compressor for communicating air from a first compressor location at a first pressure; an inlet to the turbine for communicating air from a second compressor location at a second pressure higher than the first pressure for driving the turbine; an outlet from the turbo compressor for communicating air at a third pressure greater than the first pressure to the main air passage; a heat exchanger disposed in the main air passage downstream of the outlet from the turbo compressor; characterised in that the system further comprises: a passage bypassing the turbo compressor for communicating a portion of the air from the first compressor location at the first pressure directly into the main passage through a check valve; and in that: the first compressor location comprises a location within a low pressure compressor of the gas turbine engine.
A catheter device comprising a catheter, a hollow catheter hub, the distal end of which is connected to the catheter and at the proximal end of which a connection means for an additional device is provided, a radially branching port between the proximal end and the distal end on the catheter hub, a valve element, which prevents blood from emerging from the catheter hub in a proximal direction, wherein the valve element is formed as a two-way-valve in the catheter hub, in such a way that throughflow is possible in both directions, wherein liquid or blood can be sampled at the proximal end of the catheter hub, wherein the valve element is a valve disc provided with at least one radially extending slit, wherein on the proximal side of the valve element a valve actuation element is completely arranged in the catheter hub and guided displaceably in an axial direction, and wherein the valve actuation element opens the valve element by displacement in the distal direction in order to provide a throughflow in both directions, characterized in that a further valve element is provided in the catheter hub, which closes the port in the ready position, wherein the valve element is positioned proximal of the further valve element.