mhurhangee/ep-ind-claims huggingface dataset:
A disc brake for vehicles, in particular for commercial vehicles, having a brake caliper and brake linings (3, 3a) for applying a brake disc, wherein the brake caliper comprises a first interior with an opening on the side facing the brake disc for receiving an actuating device, and the brake caliper comprises a second interior for receiving the brake disc, characterized in that the brake caliper in the second interior comprises protrusions (9, 9a) for receiving the application side brake lining and protrusions (9b, 9bb, 9c, 9cc) for receiving the reaction side brake lining.
Frameless window (1, 2) which comprises a transparent pane, the lower edge of which is fixed in the slot of one or more brackets by means of at least one layer of adhesive, the adhesive having an elastic module comprised between 10 and 90 MPa at room temperature and that the width of the slot of at least one bracket is at least twice the thickness of the pane, characterized in that one or more closing members (5, 6, 7) for housing the lower edge of the pane and preventing the leakage of the adhesive are inserted in the slot of a bracket.
Working implement for working a substrate, having a stator and a working piston which is provided to move along a working axis relative to the stator, furthermore having a drive which is provided to drive the working piston along the working axis so as to proceed from a starting position towards the substrate, wherein the stator has a first electrical stator contact, characterized in that the working piston has a first electrical piston contact which slides on the first electrical stator contact and is disposed on a radially outer circumference of the working piston in terms of the working axis, and wherein the drive has a piston coil which is disposed on the working piston and, by means of the first electrical stator contact and the first electrical piston contact, is provided to be passed through by a current and to generate a magnetic field.
System for actively influencing sound, having a sound generator, which is configured to generate sound when an audio signal is sent to it and to superimpose this to a sound to be manipulated; an error sensor, which measures superimposed sound, which is obtained from the superimposition of sound generated by the sound generator to the sound to be manipulated and outputs a corresponding feedback signal (e'(n)); a signal generator, which generates and outputs a sound signal (y(n)); a controller, which generates a first control signal (λ 1 (n)) and a second control signal (λ 2 (n)); an adder, which subtracts the second control signal (λ 2 (n)) from the feedback signal (e'(n)) and outputs the modified feedback signal (e(n)) thus obtained to the signal generator; and a weighter, which weights the sound signal (y(n)) outputted by the signal generator with the first control signal (λ 1 (n)) generated by the controller and outputs the sound signal (y'(n)) thus weighted to the sound generator to generate the audio signal; characterized in, that the signal generator is further configured to generate the sound signal (y(n)) as a function of the modified feedback signal (e(n)); and the controller is configured to generate the first and second control signals (λ 1 (n), λ 2 (n)) such that the value of the amplitudes of the feedback signal (∥e'(n)∥) corresponds to a predefinable value (Δ) and thus corresponds to an intended sound pressure level of the superimposed sound, which is obtained from the superimposition of sound generated by the sound generator to the sound to be manipulated.
A wireless communication device (101, 102, 201, 202, 203) comprising: a control section that, in a case of detecting an interference signal which interferes with a wireless signal, sets a pre-change modulation and coding scheme on a basis of a signal to interference plus noise ratio that is obtained from an interference power of the interference signal, estimates a maximum value of an interference power of a plurality of interference sources after passage of a timing at which transmission of the interference signal ends, and sets a post-change modulation and coding scheme on a basis of a signal to interference plus noise ratio that is obtained from the estimated maximum value of the interference power; and a communication section that starts transmission of the wireless signal, to be received by a reception device, with the pre-change modulation and coding scheme, and continues the transmission of the wireless signal, to be received by the reception device, by changing the pre-change modulation and coding scheme to the post-change modulation and coding scheme after passage of the change timing. a control section that, in a case of detecting an interference signal which interferes with a wireless signal, sets a pre-change modulation and coding scheme on a basis of a signal to interference plus noise ratio that is obtained from an interference power of the interference signal, estimates a maximum value of an interference power of a plurality of interference sources after passage of a timing at which transmission of the interference signal ends, and sets a post-change modulation and coding scheme on a basis of a signal to interference plus noise ratio that is obtained from the estimated maximum value of the interference power; and a communication section that starts transmission of the wireless signal, to be received by a reception device, with the pre-change modulation and coding scheme, and continues the transmission of the wireless signal, to be received by the reception device, by changing the pre-change modulation and coding scheme to the post-change modulation and coding scheme after passage of the change timing.
A composition of viable, tumor cells of an immune privileged site of a subject formulated for systemic administration to an area outside said immune privileged site for the treatment of said tumor in said subject, wherein said cells have not been genetically modified, wherein said cells are non irradiated and wherein said viable cells are capable of growth, wherein said cells are in a single cell suspension.
A testing system comprising: a smear preparing apparatus configured to prepare a smear slide by smearing a sample on a glass slide; a smear transporting apparatus configured to receive the smear slide prepared by the smear preparing apparatus and to transport the smear slide; a controller provided in the smear preparing apparatus and configured to control operations of the smear preparing apparatus and the smear transporting apparatus; and a display part provided in the smear preparing apparatus, wherein: the controller is configured to cause the display part to display a selection screen on which the smear preparing apparatus and the smear transporting apparatus can be selected, and based on a selection on the selection screen, the controller is configured to cause the smear preparing apparatus and/or the smear transporting apparatus selected on the selection screen to run respective start operations, the respective start operations of each apparatus comprising an action of that apparatus to establish a standby state of its mechanism in order to work on the smear slide. a smear preparing apparatus configured to prepare a smear slide by smearing a sample on a glass slide; a smear transporting apparatus configured to receive the smear slide prepared by the smear preparing apparatus and to transport the smear slide; a controller provided in the smear preparing apparatus and configured to control operations of the smear preparing apparatus and the smear transporting apparatus; and a display part provided in the smear preparing apparatus, wherein: the controller is configured to cause the display part to display a selection screen on which the smear preparing apparatus and the smear transporting apparatus can be selected, and based on a selection on the selection screen, the controller is configured to cause the smear preparing apparatus and/or the smear transporting apparatus selected on the selection screen to run respective start operations, the respective start operations of each apparatus comprising an action of that apparatus to establish a standby state of its mechanism in order to work on the smear slide. the controller is configured to cause the display part to display a selection screen on which the smear preparing apparatus and the smear transporting apparatus can be selected, and based on a selection on the selection screen, the controller is configured to cause the smear preparing apparatus and/or the smear transporting apparatus selected on the selection screen to run respective start operations, the respective start operations of each apparatus comprising an action of that apparatus to establish a standby state of its mechanism in order to work on the smear slide.
Appliance for the moiré measurement of an optical test object, comprising • a test object, which is an anamorphic imaging system; • a grating arrangement made of a first grating which is positioned in the optical beam path upstream of the test object and which comprises test structures to be imaged and a second grating which is positioned in the optical beam path downstream of the test object; and • an evaluation unit comprising at least one detector, for evaluating moiré structures produced by superposition of the two gratings in a detection plane situated downstream of the second grating in the optical beam path; • wherein the respective grating periods of the first grating and of the second grating are selected in such a way that the grating period of the second grating corresponds to a common multiple or a common divisor of the respective periods of two test structure images of the test structures of the first grating produced by the imaging system in two different measurement positions, wherein the two measurement positions differ in respect of the relative position of grating arrangement and test object. • a test object, which is an anamorphic imaging system; • a grating arrangement made of a first grating which is positioned in the optical beam path upstream of the test object and which comprises test structures to be imaged and a second grating which is positioned in the optical beam path downstream of the test object; and • an evaluation unit comprising at least one detector, for evaluating moiré structures produced by superposition of the two gratings in a detection plane situated downstream of the second grating in the optical beam path; • wherein the respective grating periods of the first grating and of the second grating are selected in such a way that the grating period of the second grating corresponds to a common multiple or a common divisor of the respective periods of two test structure images of the test structures of the first grating produced by the imaging system in two different measurement positions, wherein the two measurement positions differ in respect of the relative position of grating arrangement and test object.
Method for operating a self-propelling apparatus, in particular a cleaning apparatus for cleaning a floor such as a vacuum and/or sweeping robot, preferably comprising a touch-free and/or touch-operated sensor system for detecting objects, further comprising a receiving device for wireless signals such as Bluetooth, WLAN, ZigBee or other wireless transmission methods, also such as UMTS, DECT, GSM or other mobile radio standards, and a non-volatile memory of the apparatus, the non-volatile memory being a memory of the apparatus in which identifiers that individualise particular transmitting apparatuses are stored, signals received by the receiving device being compared with the stored identifiers, different actions of the apparatus being triggered depending on an identifier that individualises a particular transmitting apparatus being detected as a stored or non-stored identifier, characterised in that no specific command trigger via the transmitting apparatus is required to trigger an action of the device.
An electrical connection assembly having at least two conductors (4, 6) which are welded onto one another, wherein at least one layer consisting of or comprising cyanoacrylate glue is located in at least one area between the two conductors (4, 6), characterised in that a material, which impedes or prevents the hardening of the cyanoacrylate glue, is located at least in a subsection of the area, the subsection being located adjacent to at least one welding point at which the at least two conductors (4, 6) are welded onto one another.
Pneumatic sowing machine having multiple coulters, to which seed from a seed container is supplied pneumatically via a distributor head, from which individual output lines lead to the individual coulters, the output lines being assigned shut-off elements, the shut-off elements being adjustable into different passage positions to change the quantity of seed let through, the shut-off elements each comprising a diverter having at least two passage positions, in the passage positions, a stream of seed being divided up in a different ratio to a first part of the respective output line, which is connected to the coulter, and a second part of the respective output line, which is connected to the seed container, characterized in that the shut-off elements are adjustable at least into a first passage position, in which the opening on the distributor-head side of the output line is not covered, into a second passage position, in which the opening on the distributor-head side of the output line is partly covered, and into a shut-off position, in which the opening on the distributor-head side of the respective output line is entirely covered, and wherein the sowing machine comprises a control device for automatic control of the shut-off elements.
Anchorage point comprising an under part, with a screw bolt comprising a screw head for connecting the anchorage point to an object which is to be secured or handled by means of this, and an upper part connected to the under part and rotatable in relation to the under part about the longitudinal axis of the screw bolt, with a connection means for connecting an anchorage means or tension means, said upper part being adjustable in an axial direction in relation to the under part against the resetting force of a resetting spring or a resetting spring assembly, wherein, in a first position, the upper part can be freely rotated in relation to the under part, and in a second position the upper part takes torque closure effect on the screw bolt, wherein the screw head comprises at least one outside rotation contour, and the upper part carries at least one complementary rotation contour, which, as a consequence of an axial displacement of the upper part out of its first position into its second position, can be moved into engagement with the rotation contour of the under part, wherein the under part comprises a bearing body, which in turn comprises two bearing surfaces (14, 15), spaced apart from one another in the axial direction and facing outwards in the radial direction, on which bearing surfaces (14, 15) the upper part is mounted in the radial direction when in its position of use.
A method for secure delivery of electronic communications comprising: receiving an electronic communication from a communication source for delivery to a predetermined recipient; determining a plurality of delivery mechanisms, wherein each of the plurality of delivery mechanisms comprises a base mechanism and at least one security option; prioritizing the plurality of delivery mechanisms based on a rating associated with each delivery mechanism and based on delivery security; selecting a delivery mechanism from among the plurality of delivery mechanisms based at least in part on the prioritization; and attempting to deliver the electronic communication to the predetermined recipient via the selected delivery mechanism, wherein failure to deliver the electronic communication using a delivery mechanism with a higher prioritization causes delivery of the electronic communication to be attempted using the next highest delivery mechanism in the prioritization. receiving an electronic communication from a communication source for delivery to a predetermined recipient; determining a plurality of delivery mechanisms, wherein each of the plurality of delivery mechanisms comprises a base mechanism and at least one security option; prioritizing the plurality of delivery mechanisms based on a rating associated with each delivery mechanism and based on delivery security; selecting a delivery mechanism from among the plurality of delivery mechanisms based at least in part on the prioritization; and attempting to deliver the electronic communication to the predetermined recipient via the selected delivery mechanism, wherein failure to deliver the electronic communication using a delivery mechanism with a higher prioritization causes delivery of the electronic communication to be attempted using the next highest delivery mechanism in the prioritization.
Absorption monitor system comprising: a light source comprising a UV-LED being a Light Emitting Diode capable of emitting light in the UV range; a light detector arranged so as to define an absorption detection light path there between, the monitor system further comprising a flow cell with a fluid flow channel and two opposing windows (36,38) providing the absorption detection light path there between, one window arranged to receive light from the UV-LED and the other window arranged to output resulting light from the measurement light-path to the light detector; and further comprising a controller arranged to control the operation of the light source and a temperature sensor for registering the temperature of the UV-LED, wherein the absorption monitor system does not comprise a reference light-detector, wherein the controller is arranged to control the light output intensity from the UV-LED in response to the registered temperature to compensate for fluctuations in light output intensity from the UV-LED due to temperature changes; and in that the controller is additionally arranged to register the UV-age being the total time when the UV-LED is in operation and to control the light output intensity from the UV-LED additionally in response to the registered UV-age to compensate for fluctuations in light output intensity from the UV-LED due to age.
A light emitting device package comprising; a substrate having through holes (12, 13); a seed metal layer made of gold, copper or aluminum, disposed inside the through holes (12, 13) and on an upper surface and a lower surface of the substrate; an adhesion layer made of titanium, chromium or tantalum on the seed metal layer, disposed inside the through holes (12, 13) and on an upper surface and a lower surface of the substrate; a diffusion barrier layer configured to prevent the diffusion of Ti or Cr into Au, disposed on the adhesion layer inside the through holes (12, 13) and on an upper surface and a lower surface of the substrate; an electrode metal layer made of gold, copper or aluminum disposed on the diffusion barrier layer inside the through holes (12, 13) and on an upper surface and a lower surface of the substrate, wherein the diffusion barrier layer is configured to prevent degradation of the electrical characteristics of the electrode metal layer; and a reflective metal layer disposed on a first portion of the electrode metal layer.
A printing device for building material articles, comprising: - a tank for a printing material, solid or liquid, to be dispensed; - at least one outlet mouth suitable for dispensing the printing material onto a work surface; - a conduit extending along its own main direction between said tank and said outlet mouth for transferring the printing material from the tank to said outlet mouth; characterized in that said conduit comprises at least one deformable wall movable between an operating position, in which it determines the creation of a restriction in the conduit preventing the flow of the printing material towards the outlet mouth, and a rest position, in which it allows the flow of the printing material towards the outlet mouth. - a tank for a printing material, solid or liquid, to be dispensed; - at least one outlet mouth suitable for dispensing the printing material onto a work surface; - a conduit extending along its own main direction between said tank and said outlet mouth for transferring the printing material from the tank to said outlet mouth;
Cooking chamber insert, - which cooking chamber insert, on a rear edge region, has at least one projection for engaging from below in an edge of a standard catering container (25; 26), - which cooking chamber insert, on a rear edge region, has at least one pair of such projections, - the at least one pair of such projections having a distance (d1; d3) configured to engage from below in end regions of the edge of a standard catering container (25; 26), characterised in that - the projections are embodied on a shared support that runs along the rear edge region, which support represents a raised base compared with a base level of the cooking chamber insert, - the cooking chamber insert has at least two pairs of such projections, wherein two of the pairs are arranged side by side along the rear edge region on the support and - projections of the two pairs that are adjacent to one another have a distance which is configured for the adjacent arrangement of two standard catering containers. - which cooking chamber insert, on a rear edge region, has at least one projection for engaging from below in an edge of a standard catering container (25; 26), - which cooking chamber insert, on a rear edge region, has at least one pair of such projections, - the at least one pair of such projections having a distance (d1; d3) configured to engage from below in end regions of the edge of a standard catering container (25; 26), - the projections are embodied on a shared support that runs along the rear edge region, which support represents a raised base compared with a base level of the cooking chamber insert, - the cooking chamber insert has at least two pairs of such projections, wherein two of the pairs are arranged side by side along the rear edge region on the support and - projections of the two pairs that are adjacent to one another have a distance which is configured for the adjacent arrangement of two standard catering containers.