mhurhangee/ep-ind-claims huggingface dataset:
Carrier device for motor vehicles designed to support loads and being provided at least with a first sensor at a first installation point and with a second sensor at a second installation point, characterized in that a section of the carrier device is located between the two installation points (M1, M2), the deformations of said section caused by a load being detected by the sensors (S1, S2) at least in part and that an evaluation unit is provided for recording measurement values of the sensors (S1, S2) and determining a borne load from them, that the evaluation unit forms differential values from the measurement values (N1, N2) for determining the load and that the evaluation unit compares load-free differential values (D o) with differential values (D sl) caused by a load for determining the load.
A Solid State Lighting fixture, SSL fixture, for illuminating a desired area, comprising: a DC power supply voltage, at least one voltage regulator, an SSL light engine having a plurality of SSL elements adapted to be activated or dimmed in response to set time and date schedules to illuminate the desired area, wherein each of the SSL elements comprise a plurality of LED elements arranged in series with the DC power supply voltage; a sensor configured for being inactive except for being active for at least one specified time interval set in accordance with a real time clock; and a wireless module integrated with the SSL light engine and configured for communicating with a remote controller using a wireless network, wherein power for the wireless module is provided through the at least one voltage regulator receiving power off of a tap between two of the LED elements. a DC power supply voltage, at least one voltage regulator, an SSL light engine having a plurality of SSL elements adapted to be activated or dimmed in response to set time and date schedules to illuminate the desired area, wherein each of the SSL elements comprise a plurality of LED elements arranged in series with the DC power supply voltage; a sensor configured for being inactive except for being active for at least one specified time interval set in accordance with a real time clock; and a wireless module integrated with the SSL light engine and configured for communicating with a remote controller using a wireless network, wherein power for the wireless module is provided through the at least one voltage regulator receiving power off of a tap between two of the LED elements. an SSL light engine having a plurality of SSL elements adapted to be activated or dimmed in response to set time and date schedules to illuminate the desired area, wherein each of the SSL elements comprise a plurality of LED elements arranged in series with the DC power supply voltage; a sensor configured for being inactive except for being active for at least one specified time interval set in accordance with a real time clock; and a wireless module integrated with the SSL light engine and configured for communicating with a remote controller using a wireless network, wherein power for the wireless module is provided through the at least one voltage regulator receiving power off of a tap between two of the LED elements.
A curable composition comprising: w equivalents of at least one benzoxazine represented by the formula or x equivalents of at least one primary amine represented by the formula Z 1 ⁅NH 2] n wherein Z 1 is an n-valent organic radical, wherein each of the -NH 2 groups is bonded to a tetracoordinate carbon atom, wherein n is an integer greater than or equal to 1, and wherein w/x is in a range of from 0.8 to 10; and a superacid. w equivalents of at least one benzoxazine represented by the formula or x equivalents of at least one primary amine represented by the formula Z 1 ⁅NH 2] n wherein Z 1 is an n-valent organic radical, wherein each of the -NH 2 groups is bonded to a tetracoordinate carbon atom, wherein n is an integer greater than or equal to 1, and wherein w/x is in a range of from 0.8 to 10; and a superacid.
Method for modifying video data during a video conference session, at least comprising the steps: Providing a first terminal, comprising a first camera unit for capturing of at least visual input and a first head-mounted display; wherein the first head-mounted display comprises a QR-Code, Providing a second terminal at least for outputting visual input, Providing a server means, wherein said first terminal and said second terminal are connected via the server means for data exchange, Providing or capturing first basic image data or first basic video data of a head of a first person with the first camera unit, Capturing first process image data or first process video data of the head of said first person with the first camera unit while said first person wears the head-mounted display, Determining first process data sections of the first process image data or first process video data representing the visual appearance of the first head-mounted display and the QR-code, wherein the QR-code represents information about the shape of the HMD or a link for downloading data representing the shape of said HMD, Generating a first set of modified image data or modified video data by replacing the first process data sections of the first process image data or first process video data by first basic data sections, wherein the first basic data sections are part of the first basic image data or first basic video data and are representing parts of the face of said person, in particularly the eyes of said first person. Providing a first terminal, comprising a first camera unit for capturing of at least visual input and a first head-mounted display; wherein the first head-mounted display comprises a QR-Code, comprising a first camera unit for capturing of at least visual input and a first head-mounted display; wherein the first head-mounted display comprises a QR-Code, Providing a second terminal at least for outputting visual input, Providing a server means, wherein said first terminal and said second terminal are connected via the server means for data exchange, Providing or capturing first basic image data or first basic video data of a head of a first person with the first camera unit, Capturing first process image data or first process video data of the head of said first person with the first camera unit while said first person wears the head-mounted display, Determining first process data sections of the first process image data or first process video data representing the visual appearance of the first head-mounted display and the QR-code, wherein the QR-code represents information about the shape of the HMD or a link for downloading data representing the shape of said HMD, Generating a first set of modified image data or modified video data by replacing the first process data sections of the first process image data or first process video data by first basic data sections, wherein the first basic data sections are part of the first basic image data or first basic video data and are representing parts of the face of said person, in particularly the eyes of said first person.
A compound harmonic actuator (10, 10'), comprising: a housing; a circular gear including a first number of first teeth, which is fixed relative to the housing; a flex gear including permanent magnets, the flex gear including a second number of second teeth, the second number being different to the first number, the flex gear being rotatable relative to the housing; and a coil assembly generating a magnetic field with which the permanent magnets interact deforming the flex gear such that the second teeth engage with the first teeth resulting in flex gear rotation; the flex gear comprises a polymeric material in which the permanent magnets are suspended and arranged along a circumferential length of the flex gear, characterized by that: the compound harmonic actuator (10, 10') further comprising an output arm coupled to the flex gear and a secondary circular gear comprising a third number of teeth,: the flex gear comprises a fourth number of fourth teeth, the third and fourth numbers (101, 103) being different, and the deformation of the flex gear is such that the third and fourth teeth (101, 103) engage to drive rotation of the secondary circular gear. a housing; a circular gear including a first number of first teeth, which is fixed relative to the housing; a flex gear including permanent magnets, the flex gear including a second number of second teeth, the second number being different to the first number, the flex gear being rotatable relative to the housing; and a coil assembly generating a magnetic field with which the permanent magnets interact deforming the flex gear such that the second teeth engage with the first teeth resulting in flex gear rotation; the flex gear comprises a polymeric material in which the permanent magnets are suspended and arranged along a circumferential length of the flex gear, characterized by that: the compound harmonic actuator (10, 10') further comprising an output arm coupled to the flex gear and a secondary circular gear comprising a third number of teeth,: the flex gear comprises a fourth number of fourth teeth, the third and fourth numbers (101, 103) being different, and the deformation of the flex gear is such that the third and fourth teeth (101, 103) engage to drive rotation of the secondary circular gear. the flex gear comprises a fourth number of fourth teeth, the third and fourth numbers (101, 103) being different, and the deformation of the flex gear is such that the third and fourth teeth (101, 103) engage to drive rotation of the secondary circular gear.
A method of collecting and disposing of fluid during a medical procedure, comprising the steps of: (a) drawing fluid from a fluid source into a first reservoir in communication with a vacuum source, the communication with the vacuum source producing a substantially constant and continuous negative pressure in the first reservoir; (b) the fluid drawn into the first reservoir passing through an open fluid transfer valve into a second reservoir in communication with the vacuum source, the communication with the vacuum source producing a negative pressure in the second reservoir; (c) closing the fluid transfer valve after a predetermined volume of the fluid passes into the second reservoir, while additional fluid continues to be drawn into the first reservoir; (d) measuring the fluid in the second reservoir; (e) evacuating the fluid from the second reservoir through a discharge mechanism; (f) opening the fluid transfer valve; (g) repeating steps (b) through (f) until the medical procedure is completed; whereby the first reservoir remains in uninterrupted communication with the vacuum source such that fluid from the fluid source continues to be drawn into the first reservoir without interruption until the medical procedure is complete. (a) drawing fluid from a fluid source into a first reservoir in communication with a vacuum source, the communication with the vacuum source producing a substantially constant and continuous negative pressure in the first reservoir; (b) the fluid drawn into the first reservoir passing through an open fluid transfer valve into a second reservoir in communication with the vacuum source, the communication with the vacuum source producing a negative pressure in the second reservoir; (c) closing the fluid transfer valve after a predetermined volume of the fluid passes into the second reservoir, while additional fluid continues to be drawn into the first reservoir; (d) measuring the fluid in the second reservoir; (e) evacuating the fluid from the second reservoir through a discharge mechanism; (f) opening the fluid transfer valve; (g) repeating steps (b) through (f) until the medical procedure is completed; whereby the first reservoir remains in uninterrupted communication with the vacuum source such that fluid from the fluid source continues to be drawn into the first reservoir without interruption until the medical procedure is complete.
Polymer composite material with biocide functionality comprising at least one base polymer compound and at least one solid biocide active ingredient, wherein the at least one solid biocide active ingredient is an organic biocide that can be emitted from the polymer composite material by diffusion and/or osmosis, wherein the biocide active ingredient is incorporated in the polymer composite material in form of a dispersion, wherein the polymer composite material is a multi-layered coating structure and the solid biocide active ingredient is incorporated into one coating layer or repeating coating layers, and wherein the one coating layer or repeating coating layers comprises at least one binder, a hardener and a carrier fluid, and wherein said binder is gelatin and a superabsorber selected from the group consisting of poly(acrylates), maleic anhydride copolymers, poly(vinyl sulfonates), poly(sodium acrylate-co-acrylic acid), poly(vinylsulfonic acid), and dispersions from block co-polymers of ethylene oxide with polyurethane, wherein different solid biocide active ingredients are incorporated in different coating layers.
A monitoring network interface device having - a first interface designed for communication with a monitoring network that connects a plurality of energy measuring stations, which each have unique IDs, - a second interface designed for communication with a user-side home network, characterised in that - a control device for controlling the communication between the two interfaces (4, 8) is arranged in such a manner that the monitoring network interface device sends a request, which is identified with the ID of an energy measuring station, triggered by the second interface and fed into the monitoring network via the first interface, to an energy measuring station, which is arranged in the monitoring network or connected to the monitoring network, via the monitoring network, and that the control device then forwards a response from the monitoring network from the first interface to the second interface if the ID of the request and the ID of the response match. - a first interface designed for communication with a monitoring network that connects a plurality of energy measuring stations, which each have unique IDs, - a second interface designed for communication with a user-side home network, characterised in that - a control device for controlling the communication between the two interfaces (4, 8) is arranged in such a manner that the monitoring network interface device sends a request, which is identified with the ID of an energy measuring station, triggered by the second interface and fed into the monitoring network via the first interface, to an energy measuring station, which is arranged in the monitoring network or connected to the monitoring network, via the monitoring network, and that the control device then forwards a response from the monitoring network from the first interface to the second interface if the ID of the request and the ID of the response match.
A container which is intended and suitable for accommodating high-viscosity materials, such as liquid concrete, with a bearing sleeve which reaches through a wall opening and is fixed in a container wall in a liquid-tight manner, a shaft reaching through the bearing sleeve with an annular gap being left free, and with a shaft seal made from elastomeric material which is arranged at the container-interior end of the bearing sleeve and spans the annular gap, wherein the annular gap is acted upon with a lubricant from the container exterior, characterized in that the shaft seal has, on the side thereof facing the shaft radially, a conveying thread which assists the conveying of the lubricant in the direction of the container interior and which distributes the lubricant over the whole circumference of the shaft, and which communicates with the container interior and transports contaminants entering the annular gap into the container by the action of the lubricant throughput.
A composition having an effective amount of a dihydrocinnamate compound for use in the treatment of a skin disorder associated with proteasome activity, wherein the dihydrocinnamate compound is selected from the group consisting of: and wherein the skin disorder is selected from the group consisting of angiosarcoma, hemangioendothelioma, basal cell carcinoma, squamous cell carcinoma, malignant melanoma and Kaposi's sarcoma, psoriasis, lymphangiogenesis, hemangioma of childhood, Sturge-Weber syndrome, verruca vulgaris, neurofibromatosis, tuberous sclerosis, pyogenic granulomas, recessive dystrophic epidermolysis bullosa, venous ulcers, acne, rosacea, eczema, molluscum contagious, seborrheic keratosis, actinic keratosis.
A fiber bundling agent comprising: a vinyl ester resin having an alkoxy polyoxyalkylene structure, a urethane bond, a (meth)acryloyl group, and an epoxy group; and an aqueous medium, wherein the vinyl ester resin has an epoxy equivalent of 3,500 g/eq to 11,000 g/eq, as measured based on JIS K7236:2001. a vinyl ester resin having an alkoxy polyoxyalkylene structure, a urethane bond, a (meth)acryloyl group, and an epoxy group; and an aqueous medium, wherein the vinyl ester resin has an epoxy equivalent of 3,500 g/eq to 11,000 g/eq, as measured based on JIS K7236:2001.
An audio signal processing apparatus for performing audio signal processing, involving a plurality of channels each being identified by a channel number and having parameters used in the audio signal processing, the audio signal processing apparatus comprising: a plurality of channel strips, each channel strip (304-1 to 304-8) having a current channel currently assigned thereto and each channel strip (304-1 to 304-8) being provided with controls for adjusting values of the parameters of the current channel; a plurality of layers, each layer being capable of storing at least one channel number each of which is usable for determining the current channel for a respective one of the channel strips (304-1 to 304-8); and a changing section (312 to 314) for changing the respective channel numbers stored in the layers; a clearing section for clearing the channel numbers stored in any one of the layers; characterized the plurality of layers have different priorities relative to each other, and in that the audio signal processing apparatus further comprises an assigning section adapted to refer to all of the layers that currently store a respective channel number for a respective one of the channel strips (304-1 to 304-8), and to determine a new current channel for the respective channel strip (304-1 to 304-8) according to the respective channel number stored in the layer having the highest priority among the layers referred to by the assigning section. a plurality of channel strips, each channel strip (304-1 to 304-8) having a current channel currently assigned thereto and each channel strip (304-1 to 304-8) being provided with controls for adjusting values of the parameters of the current channel; a plurality of layers, each layer being capable of storing at least one channel number each of which is usable for determining the current channel for a respective one of the channel strips (304-1 to 304-8); and a changing section (312 to 314) for changing the respective channel numbers stored in the layers; a clearing section for clearing the channel numbers stored in any one of the layers; characterized the plurality of layers have different priorities relative to each other, and in that the audio signal processing apparatus further comprises an assigning section adapted to refer to all of the layers that currently store a respective channel number for a respective one of the channel strips (304-1 to 304-8), and to determine a new current channel for the respective channel strip (304-1 to 304-8) according to the respective channel number stored in the layer having the highest priority among the layers referred to by the assigning section.
Packaging machine, comprising: a lower machine part; a top cover attached to the lower machine part to be pivotable about a pivot axis between a closed position and an open position; and at least one relief spring with a first end fixed at the lower machine part and a second end operably connected with the top cover such that the relief spring pre-loads the top cover towards the open position, characterized by a trigger element connected with the relief spring; and a trigger spring configured to move the trigger element into a trigger operational position through a pre-load of the trigger spring, when the relief spring breaks. a lower machine part; a top cover attached to the lower machine part to be pivotable about a pivot axis between a closed position and an open position; and at least one relief spring with a first end fixed at the lower machine part and a second end operably connected with the top cover such that the relief spring pre-loads the top cover towards the open position, characterized by a trigger element connected with the relief spring; and a trigger spring configured to move the trigger element into a trigger operational position through a pre-load of the trigger spring, when the relief spring breaks.
System for implementing a light, the system comprising, as two basic components, a mounting rail which is elongated in a longitudinal direction and on which supply lines are arranged, and a mounting body which is elongated in the longitudinal direction and on which an illuminant and/or other functional element is arranged, the system having a current conducting rail which is elongated in the longitudinal direction and has channels in which lead wires are arranged and an electrical contact device having a mounting portion and a contact portion offset along a vertical direction relative to the mounting portion, wherein, in an operating position, the two basic components are fixed to each other, the current conducting rail is fixed to a first one of the basic components and the contact device is fixed with its mounting portion to a second one of the two basic components, wherein the second basic component has a bottom portion and two side wall portions extending away from the bottom portion along the vertical direction and, in the operating position, the mounting portion is held pressed against the bottom portion on the second basic component, wherein, in the operating position, the contact portion vertically overlaps with the current conducting rail with a vertical engagement portion and is held fixed to the current conducting rail by a contact force acting within the engagement portion between the current conducting rail and the contact portion and is electrically conductively connected to at least some of the lead wires, wherein the contact force must be overcome to perform a relative movement between the contact portion and the current conducting rail, characterized in that a spring means acting between the mounting portion and the second basic component is provided, the spring means in the operating position pressing the mounting portion vertically against the bottom portion of the second basic component with a spring force for fixing the mounting portion to the second basic component, the spring force being smaller than a vertical minimum force required for overcoming the contact force for performing a vertical relative movement between contact portion and current conducting rail.