mhurhangee/ep-ind-claims huggingface dataset:
An apparatus (100, 600) comprising: a substrate (102, 608); a sensing material (104, 204, 502, 610) located on the substrate; a first pair of contacts (106; 306, 308; 612, 614) coupled to the sensing material and separated by a first distance; and a second pair of contacts (110; 306, 310; 612, 616) coupled to the sensing material and separated by a second distance, the second distance being greater than the first distance; wherein the apparatus is configured to provide a first electrical property measurement between the first pair of contacts and to provide a second electrical property measurement between the second pair of contacts, the first and second electrical property measurements for use in determining an ambient temperature and/or a substrate temperature, characterized in that the sensing material is a single piece of a particular material. a substrate (102, 608); a sensing material (104, 204, 502, 610) located on the substrate; a first pair of contacts (106; 306, 308; 612, 614) coupled to the sensing material and separated by a first distance; and a second pair of contacts (110; 306, 310; 612, 616) coupled to the sensing material and separated by a second distance, the second distance being greater than the first distance; wherein the apparatus is configured to provide a first electrical property measurement between the first pair of contacts and to provide a second electrical property measurement between the second pair of contacts, the first and second electrical property measurements for use in determining an ambient temperature and/or a substrate temperature, characterized in that the sensing material is a single piece of a particular material.
A mobile road barrier comprising quadrangle-shaped panels in side view, each panel comprising an upper strip (1.3), a middle strip (1.4) and a lower strip (1.1.), the panels being adjacent to each other at the ends with upper seats (1.7) at the ends of said upper strips (1.3) and bottom seats (1.6) at the ends of said lower strips (1.1) and the middle strip (1.4) made from profiled sections, wherein the panels are in contact with each other and are connected at the top by means of an upper connector placed in the upper seats (1.7), whose shape from underneath corresponds to the shape of the upper seats (1.7) located in the upper part of the upper strips (1.3) of the_adjacent panels and a lower connector of the panels, wherein the bottom seats (1.6) are permanently fixed at the ends of the lower strip (1.1), which are put onto the upper surface of the lower connector and embrace its locking elements characterised in that the locking elements comprise pins (2.3) of the lower connector wherein said pins (2.3) are entered into holes of said bottom seats (1.6) and each end of the upper connector is fitted with a rod (3.3) and recess that adjoins a tongue (1.9) of the upper seat (1.7) of the upper strip (1.3).
Installation for surface-treating a moving substrate, comprising - a housing (10; 110); - a substrate support (20; 120) received in said housing; - a counter electrode (20; 120); - diffusion means, for diffusing an inert gas, such as nitrogen, towards said substrate support; - at least one head (30; 130 1 -130 n), each head comprising a top and peripheral walls, said head defining an inner volume opened opposite to said top, said head being provided with - at least one electrode (8, 8', 8") adapted to cooperate with said counter electrode for creating an electric discharge; and with - injection means (7, 7', 7") for injecting a gaseous mixture towards said substrate; characterized in that said injection means comprise at least one injection tube (7, 7', 7") placed between two adjacent electrodes (8, 8'; 8', 8") and/or between one electrode and a peripheral wall, said at least one injection tube being provided with injection holes (71, 72) facing said substrate support, for injecting said gaseous mixture on said substrate, and in that said diffusion means are provided inside said head, said injection tube being placed between said substrate support and said diffusion means so that, in use, said gaseous mixture is pushed against said substrate by said inert gas. - a housing (10; 110); - a substrate support (20; 120) received in said housing; - a counter electrode (20; 120); - diffusion means, for diffusing an inert gas, such as nitrogen, towards said substrate support; - at least one head (30; 130 1 -130 n), each head comprising a top and peripheral walls, said head defining an inner volume opened opposite to said top, said head being provided with - at least one electrode (8, 8', 8") adapted to cooperate with said counter electrode for creating an electric discharge; and with - injection means (7, 7', 7") for injecting a gaseous mixture towards said substrate;
An apparatus (70, 72) for electrically protecting a vehicle diagnostic circuit, comprising: a plurality of electrical conductors, including a first power line, a first ground point, a second ground point, and a first data line; a common ground line positioned between the first ground point and the second ground point; a first voltage limiting device electrically arranged within a vehicle control interface between an external connection and a vehicle and connected to the first power line, the first ground point, and the first data line, the first voltage limiting device having a first Zener diode, said first Zener diode having an anode side directly connected to the common ground line, and a cathode side directly connected to the power line; and a plurality of current limiting devices, wherein a first current limiting device is electrically connected to the first ground point and to the second ground point, and a second current limiting device is electrically connected on the first data line between the first voltage limiting device and an end of the first data line. a plurality of electrical conductors, including a first power line, a first ground point, a second ground point, and a first data line; a common ground line positioned between the first ground point and the second ground point; a first voltage limiting device electrically arranged within a vehicle control interface between an external connection and a vehicle and connected to the first power line, the first ground point, and the first data line, the first voltage limiting device having a first Zener diode, said first Zener diode having an anode side directly connected to the common ground line, and a cathode side directly connected to the power line; and a plurality of current limiting devices, wherein a first current limiting device is electrically connected to the first ground point and to the second ground point, and a second current limiting device is electrically connected on the first data line between the first voltage limiting device and an end of the first data line.
Protective device for monitoring an electrical energy supply network (30, 70, 80), having - a measured value recording device for recording measured values which have been recorded at at least one measurement point in the energy supply network (30, 70, 80) and indicate an electrical state of the energy supply network (30, 70, 80) at the measurement point; and - an evaluation device which is connected to the measured value recording device and is configured to perform a plurality of protective functions on the basis of the measured values and, as the result of performing the protective functions, to make a decision as to whether the energy supply network (30, 70, 80) is in a permissible or impermissible operating state, wherein - the evaluation device is completely in the form of a single neural network and has an input neuron layer, to which the measured values and/or values derived therefrom are supplied, at least one intermediate neuron layer (43a-n) and an output neuron layer which outputs a classification of operating states of the energy supply network, wherein, in order to classify the operating states, the neural network is trained to perform all protective functions together, characterized in that - at least one of the intermediate neuron layers (43a-n) is connected to an intermediate output neuron layer (44a-n), wherein each intermediate output neuron layer (44a-n) outputs a result specific to an individual protective function. - a measured value recording device for recording measured values which have been recorded at at least one measurement point in the energy supply network (30, 70, 80) and indicate an electrical state of the energy supply network (30, 70, 80) at the measurement point; and - an evaluation device which is connected to the measured value recording device and is configured to perform a plurality of protective functions on the basis of the measured values and, as the result of performing the protective functions, to make a decision as to whether the energy supply network (30, 70, 80) is in a permissible or impermissible operating state, wherein - the evaluation device is completely in the form of a single neural network and has an input neuron layer, to which the measured values and/or values derived therefrom are supplied, at least one intermediate neuron layer (43a-n) and an output neuron layer which outputs a classification of operating states of the energy supply network, wherein, in order to classify the operating states, the neural network is trained to perform all protective functions together, characterized in that - at least one of the intermediate neuron layers (43a-n) is connected to an intermediate output neuron layer (44a-n), wherein each intermediate output neuron layer (44a-n) outputs a result specific to an individual protective function.
A driving device for a slidable casement as a sliding casement or slidable lifting and sliding casement of a window or a door, having a window frame, in which the casement is slidably held, wherein the driving device for sliding the casement includes a drive motor arranged in a housing on the casement side with a drive roller driven thereon, around which a drive belt of the driving device is wound, which is fixable and drivingly connected in a guide rail at the window frame, which is guided via two deflection rollers of the driving device rotatably mounted in the housing, characterized in that the driving device comprises a height adjustment device, using which the distance at the height of the housing arranged in the casement with the components of the driving device connected in the housing can be adjusted vertical to the guide rail fastened to the window frame in a self-regulating manner, maintaining a constant distance of the drive belt to the housing, wherein adapter elements (11, 12) of the height adjustment device fastened at the casement with a spring force applied are connected vertically slidable together with the housing, the driving device, in the installed position of the casement, can be arranged almost completely covered in a recess or receiving groove of an upper, horizontal crosspiece at one end of the casement and the guide rail arranged at the window frame, wherein the drive motor and the drive roller, forming an assembly unit, are mounted in the housing and the drive belt can be fixed at respectively free ends (16, 17) in the guide rail by means of fastening elements (18, 19), and the height adjustment device is formed by the adapter elements (11, 12), which are arranged at the respective longitudinal ends (25, 26) of the housing and form a T-shaped groove towards the housing, wherein the ends (25, 26) of the housing are formed T-shaped, complementary to the groove, and in the joined state allow a perpendicularly slidable displacement to one another, wherein the housing, and thus the driving device, moves away from the bottom of the receiving groove of the casement, maintaining a securedly fastened position of the adapter elements (11, 12) in the installed position of the casement.
A minimally invasive skin treatment device, comprising: a handpiece having a perimeter elevation and a top which cooperatively define a recessed area, an inner side of the perimeter elevation and the top defining an apposition surface facing into the recessed area; a conduit extending through a side of the perimeter elevation to the recessed area; a tool configured to at least partially extend through the conduit and into the recessed area; and a guidance track operably connected to the handpiece, wherein the guidance track is configured to constrain a portion of the tool in contact with the guidance track to move along a predetermined path to cooperatively move a distal end of the tool within the recessed area in a plane substantially parallel to the top of the handpiece and within a region of a predetermined shape defined by the predefined path. a handpiece having a perimeter elevation and a top which cooperatively define a recessed area, an inner side of the perimeter elevation and the top defining an apposition surface facing into the recessed area; a conduit extending through a side of the perimeter elevation to the recessed area; a tool configured to at least partially extend through the conduit and into the recessed area; and a guidance track operably connected to the handpiece, wherein the guidance track is configured to constrain a portion of the tool in contact with the guidance track to move along a predetermined path to cooperatively move a distal end of the tool within the recessed area in a plane substantially parallel to the top of the handpiece and within a region of a predetermined shape defined by the predefined path.
A wire material unwinding guide used for guiding an unwound wire material when unwinding the wire material wound in a coiled shape, comprising: 3-7 rotation members (1a, 1b, 1c, 1d, 1e) disposed in a zigzag manner on which the unwound wire material is set to run therethrough; and a non-rotation member provided adjacent to at least a rotation member through which the wire material passes first in the 3-7 rotation members (1a, 1b, 1c, 1d, 1e), wherein a running path of the wire material is stabilized between the non-rotation member and the first rotation member and where the wire material unwinding guide further comprises a guide portion having an open port for guiding the wire material between the first member and the non-rotation member. 3-7 rotation members (1a, 1b, 1c, 1d, 1e) disposed in a zigzag manner on which the unwound wire material is set to run therethrough; and a non-rotation member provided adjacent to at least a rotation member through which the wire material passes first in the 3-7 rotation members (1a, 1b, 1c, 1d, 1e), wherein a running path of the wire material is stabilized between the non-rotation member and the first rotation member and where the wire material unwinding guide further comprises a guide portion having an open port for guiding the wire material between the first member and the non-rotation member.
A window flower box comprising at least two pots for plants and flowers, connection and linking elements for connecting said pots mutually and to a supporting structure, said pots being arranged on opposite sides of said supporting structure when said connection and linking elements are leant on said supporting structure, said window flower box being characterised by each pot comprising a corresponding abutment element adapted to abut against said supporting structure, said abutment element is adjustable to project more or less from the corresponding pot and comprises an elastic adjustment system (29, 31, 33, 27A), said elastic adjustment system comprising a toothing and each pot comprising elastic means (33, 27A) adapted to engage with said toothing, each abutment element comprising a driving flap in a respective sliding seating formed on the corresponding pot, and a head associated to said flap to define an abutment surface of the pot to the support structure, said driving flap comprising said toothing adapted to act in cooperation with a stop pawl inside said sliding seating, each pot comprising a cavity in correspondence of said abutment element on a side wall of said pot, that, when the flower box is fixed to said support structure, is opposed to the corresponding side wall of the other pot, said head of said abutment element being houseable in said cavity when said abutment element is fully retracted with said flap inserted in said sliding seating.
A random access method, the method comprising: sending, by a network device, first configuration information corresponding to a preamble and second configuration information corresponding to a physical random access channel, PRACH, resource; receiving, by the network device, MSG1, and determining a format of random access response, RAR, based on a preamble corresponding to the MSG1, a PRACH resource corresponding to the MSG1, and whether MSG3 is detected within a first time range; and sending, by the network device, MSG2, based on the format of RAR, characterised in that the receiving, by the network device, the MSG1, and determining the format of the random access response, RAR, based on whether the MSG3 is detected, whereby detecting MSG3 comprises detecting the same preamble as for MSG1 on the same PRACH resource as MSG1 within the first time range, comprises: when the network device detects the MSG3 within the first time range, determining the first RAR format, wherein the first RAR format is used for a two-step random access procedure; and when the network device does not detect the MSG3 within the first time range, determining the second RAR format, wherein the second RAR format is used for a four-step random access procedure. sending, by a network device, first configuration information corresponding to a preamble and second configuration information corresponding to a physical random access channel, PRACH, resource; receiving, by the network device, MSG1, and determining a format of random access response, RAR, based on a preamble corresponding to the MSG1, a PRACH resource corresponding to the MSG1, and whether MSG3 is detected within a first time range; and sending, by the network device, MSG2, based on the format of RAR, characterised in that the receiving, by the network device, the MSG1, and determining the format of the random access response, RAR, based on whether the MSG3 is detected, whereby detecting MSG3 comprises detecting the same preamble as for MSG1 on the same PRACH resource as MSG1 within the first time range, comprises: when the network device detects the MSG3 within the first time range, determining the first RAR format, wherein the first RAR format is used for a two-step random access procedure; and when the network device does not detect the MSG3 within the first time range, determining the second RAR format, wherein the second RAR format is used for a four-step random access procedure. when the network device detects the MSG3 within the first time range, determining the first RAR format, wherein the first RAR format is used for a two-step random access procedure; and when the network device does not detect the MSG3 within the first time range, determining the second RAR format, wherein the second RAR format is used for a four-step random access procedure.
Flip flow screen comprising screen surfaces which are at an angle relative to the vertical, comprising a frame which can be caused to oscillate by means of a drive, said frame comprising side walls, in which crossbars (1, 12) are fastened, which crossbars support a screen lining, every second crossbar alternately being movably mounted in the side walls such that said crossbar can be moved in arc-shaped or approximately linear to and fro movements relative to the frame, and every intermediate crossbar being rigidly mounted in the side walls, the principle axis of inertia of the movable crossbars having a spacing from the current rotational axis of the to and fro movement and the resting rotational position of the movable crossbars relative to the frame being maintained by means of resilient torques, characterised in that the current rotational axis is located under the screening surface, and in that either the movable crossbars are pushed into the resting rotational position thereof by means of a torsion spring in the bearing region, or the movable crossbeams are mounted in rubber bearings which provide the restyling torques for the resting rotational position.
A method for measuring the effectiveness of an additive added to an aqueous pulp slurry to decrease deposition of macroscopic contaminants in a papermaking process, the method comprising the steps of: providing a flow of the aqueous slurry comprised of contaminants, both macroscopic and microscopic; shining light into the aqueous slurry flowing across a streamlined body in a flow-through sample cell; injecting a hydrophobic dye into the flow of the aqueous slurry, the injecting performed so that the hydrophobic dye interacts with the contaminants, the interaction causing a first modified fluorescent emission; capturing an image of the first modified fluorescent emission, the image having a background; applying a background correction to the image; filtering from the captured and background corrected image, fluorescent emission caused by non-macroscopic contaminants to create a first filtered image; adding an additive to the aqueous slurry; repeating the shining, the injecting, the capturing, the application of a background correction, and the filtering steps to create a second filtered image; and comparing the first filtered image to the second filtered image to determine the effectiveness of the additive. providing a flow of the aqueous slurry comprised of contaminants, both macroscopic and microscopic; shining light into the aqueous slurry flowing across a streamlined body in a flow-through sample cell; injecting a hydrophobic dye into the flow of the aqueous slurry, the injecting performed so that the hydrophobic dye interacts with the contaminants, the interaction causing a first modified fluorescent emission; capturing an image of the first modified fluorescent emission, the image having a background; applying a background correction to the image; filtering from the captured and background corrected image, fluorescent emission caused by non-macroscopic contaminants to create a first filtered image; adding an additive to the aqueous slurry; repeating the shining, the injecting, the capturing, the application of a background correction, and the filtering steps to create a second filtered image; and comparing the first filtered image to the second filtered image to determine the effectiveness of the additive.
Temperature-dependent switch, which comprises a temperature-dependent switching mechanism and a housing which accommodates the switching mechanism and comprises an upper part and a lower part, wherein a first contact area is provided on an inner side of the upper part and a second contact area is provided internally in the lower part, the switching mechanism producing, in temperature-dependent fashion, an electrically conductive connection between the first and second contact areas (22, 24), wherein the switching mechanism comprises a current transfer element, a bimetallic snap-action disc and a movable contact area, which is connected to the current transfer element, said movable contact area interacting with the first contact area, and wherein the bimetallic snap-action disc lifts off the movable contact area from the first contact area depending on the temperature of said bimetallic snap-action disc, characterized in that a resistance ring is arranged between the upper part and the lower part and is electrically in series with the current transfer element between the first and second contact areas (22, 24) when the switch is closed.