mhurhangee/ep-ind-claims huggingface dataset:
A grease composition for use in constant velocity joints comprising a) at least one base oil; b) at least one thickener; c) zinc sulfide in an amount between 0,05 wt-% ±10 % and 2,0 wt-% ±10 %, the wt-% referring to the total amount of the grease composition; d) at least one copper sulfide in an amount between 0,01 wt-% ±10 % and 1,5 wt-% ±10 %, the wt-% referring to the total amount of the grease composition; and e) molybdenum disulfide and/or tungsten disulfide in an amount between 0,5 wt-% ±10 % and 5,0 wt-% ±10 %, the wt-% referring to the total amount of the grease composition. a) at least one base oil; b) at least one thickener; c) zinc sulfide in an amount between 0,05 wt-% ±10 % and 2,0 wt-% ±10 %, the wt-% referring to the total amount of the grease composition; d) at least one copper sulfide in an amount between 0,01 wt-% ±10 % and 1,5 wt-% ±10 %, the wt-% referring to the total amount of the grease composition; and e) molybdenum disulfide and/or tungsten disulfide in an amount between 0,5 wt-% ±10 % and 5,0 wt-% ±10 %, the wt-% referring to the total amount of the grease composition.
A radio wave scattering body configured to transmit at least a portion of incident radio waves and to emit the transmitted radio waves in a scattering state, and comprising a resin composition in which a resin is a main component, wherein a main component is a component included in an amount defined by a lower limit of 50% by weight or greater and an upper limit of 99% by weight or less relative to the entirety of the weight of the resin composition, wherein the resin composition is configured to transmit at least 50% of incident radio waves perpendicular to a flat plate with a thickness of 3 mm made of the resin composition, wherein the radio wave scattering body has at least two surfaces (2,3), one of the surfaces constituting a radio wave incident surface and the other constituting an emission surface, wherein a structure section causing radio wave scattering is formed on at least one of the two surfaces, wherein the structure section is constituted of projections and/or holes, and wherein when the wavelength of an incident radio wave is λ, the height of the projections is 0.26 λ or greater, the width 1 of the projections is 0.26 λ or greater and 3.1 λ or less, and the interval between the projections is 5.1 λ or less, and/or the depth of the holes is 0.26 λ or greater, the width of the holes is 5.1 λ or less, and the interval between the holes is 0.26 λ or greater. comprising a resin composition in which a resin is a main component, wherein a main component is a component included in an amount defined by a lower limit of 50% by weight or greater and an upper limit of 99% by weight or less relative to the entirety of the weight of the resin composition, wherein the resin composition is configured to transmit at least 50% of incident radio waves perpendicular to a flat plate with a thickness of 3 mm made of the resin composition, wherein the radio wave scattering body has at least two surfaces (2,3), one of the surfaces constituting a radio wave incident surface and the other constituting an emission surface, wherein a structure section causing radio wave scattering is formed on at least one of the two surfaces, wherein the structure section is constituted of projections and/or holes, and wherein when the wavelength of an incident radio wave is λ, the height of the projections is 0.26 λ or greater, the width 1 of the projections is 0.26 λ or greater and 3.1 λ or less, and the interval between the projections is 5.1 λ or less, and/or the depth of the holes is 0.26 λ or greater, the width of the holes is 5.1 λ or less, and the interval between the holes is 0.26 λ or greater.
A device comprising: accelerometer circuitry configured to generate at least one signal; a memory; and processing circuitry coupled to the accelerometer circuitry and the memory configured to: detect a Sit-to-Stand transition of a patient based upon the at least one signal; determine if the patient has been inactive for a predetermined period of time prior to the Sit-to-Stand transition; and if the patient has been inactive for at least the predetermined period of time prior to the Sit-to-Stand transition, determine a body stability score of the patient based on the at least one signal. accelerometer circuitry configured to generate at least one signal; a memory; and processing circuitry coupled to the accelerometer circuitry and the memory configured to: detect a Sit-to-Stand transition of a patient based upon the at least one signal; determine if the patient has been inactive for a predetermined period of time prior to the Sit-to-Stand transition; and if the patient has been inactive for at least the predetermined period of time prior to the Sit-to-Stand transition, determine a body stability score of the patient based on the at least one signal. detect a Sit-to-Stand transition of a patient based upon the at least one signal; determine if the patient has been inactive for a predetermined period of time prior to the Sit-to-Stand transition; and if the patient has been inactive for at least the predetermined period of time prior to the Sit-to-Stand transition, determine a body stability score of the patient based on the at least one signal.
Restrictor element comprising a sleeve-shaped base body and an expander element, wherein the expander element comprises a splaying body and a tensioning pin, wherein a breaking zone is provided between the splaying body and the tensioning pin and wherein the splaying body has a central blindhole starting at its head surface and is extending beyond the breaking zone into the tensioning pin.
Construction with a fixed glazing for a building, comprising at least one glass pane (1;1'), for example, a triple glazing having three glass layers (2;2') connected to one another, wherein the glass pane (1;1') is directly inserted into the adjacent building construction (4;4'), without interposing a frame that consists of a rigid material, characterized in that the glass pane (1;1') consists of two or preferably three layers (2;2'), of which the outermost one is somewhat smaller than the other(s), so that a circumferential channel (3;3') appears, into which a flexible film material (6;6') extends, which is drawn over the edge of the glass pane (1;1') and is fixed via adhesive along the edge of the glass pane (1;1').
A human head manipulation apparatus for treating at least one system of a human subject, comprising: a human receiving area facing a visual target; a robotic arm (112, 114, 116, 118, 120, 122) having a base and a distal end opposite the base; a head mount configured to be secured to a human subject's head; wherein the head mount is affixed to the distal end of the robotic arm; wherein the head mount is configured to be actuated by the robotic arm (112, 114, 116, 118, 120, 122) to move the human subject's head in three dimensional space; and characterized in that: the robotic arm (112, 114, 116, 118, 120, 122) includes a kinematic feedback sensor system configured to detect resistance to movement during treatment; and the apparatus is configured to collect data indicative of the position or movement of the human subject's eyes. a human receiving area facing a visual target; a robotic arm (112, 114, 116, 118, 120, 122) having a base and a distal end opposite the base; a head mount configured to be secured to a human subject's head; wherein the head mount is affixed to the distal end of the robotic arm; wherein the head mount is configured to be actuated by the robotic arm (112, 114, 116, 118, 120, 122) to move the human subject's head in three dimensional space; and characterized in that: the robotic arm (112, 114, 116, 118, 120, 122) includes a kinematic feedback sensor system configured to detect resistance to movement during treatment; and the apparatus is configured to collect data indicative of the position or movement of the human subject's eyes. the robotic arm (112, 114, 116, 118, 120, 122) includes a kinematic feedback sensor system configured to detect resistance to movement during treatment; and the apparatus is configured to collect data indicative of the position or movement of the human subject's eyes.
A first wireless device (108, 208, 402, 502), comprising: a near-field transceiver; and a wireless device presence detection module configured to, generate a second wireless device presence signal if a mobile, second wireless device (110, 210, 404, 504) is detected as being within a preselected range by way of communication with the near field transceiver, and wherein the preselected range is limited by the near-field transceiver; and generate a third wireless device presence signal if a mobile, third wireless device (406, 506) is within the preselected range; and a communications control module, configured to, enable communication between the first and second wireless devices in response to the second device presence signal; and disable communication between the first and third wireless devices in response to the third device presence signal. a near-field transceiver; and a wireless device presence detection module configured to, generate a second wireless device presence signal if a mobile, second wireless device (110, 210, 404, 504) is detected as being within a preselected range by way of communication with the near field transceiver, and wherein the preselected range is limited by the near-field transceiver; and generate a third wireless device presence signal if a mobile, third wireless device (406, 506) is within the preselected range; and generate a second wireless device presence signal if a mobile, second wireless device (110, 210, 404, 504) is detected as being within a preselected range by way of communication with the near field transceiver, and wherein the preselected range is limited by the near-field transceiver; and generate a third wireless device presence signal if a mobile, third wireless device (406, 506) is within the preselected range; and a communications control module, configured to, enable communication between the first and second wireless devices in response to the second device presence signal; and disable communication between the first and third wireless devices in response to the third device presence signal. enable communication between the first and second wireless devices in response to the second device presence signal; and disable communication between the first and third wireless devices in response to the third device presence signal.
Multilayered cut-to-size format comprising a thin capillary coating based on polyurethane and bonded via a polyurethane adhesive layer to a textile backing which is a textile backing layer formed using a loop-formingly knitted fabric, a woven fabric or a fibrous nonwoven web, characterized in that - the backing has a thickness between 0.25 and 1.2 mm, - the solidified polyurethane adhesive dispersion has a basis weight between 65 and 155 g/m 2 and reaches by between 0.02 and 0.55 mm into the backing and is not filmingly bound or attached to the textile fibers, instead merely sheathing them wholly or partly, - the coating has a thickness of 0.09 to 0.21 mm and a hardness between 25 and 55 Shore A, - the backing is bonded on its side opposite the coating to a layer of polychloroprene foam which has a closed-cell structure of the foam rubber type and a density between 0.05 and 0.42 g/cm 3, preferably between 0.06 to 0.28 g/cm 3, wherein the layer has a thickness between 1.0 and 4.5 mm and is bound to the backing with an adhesive containing polychloroprene and/or polyurethane or directly in the course of its production. - the backing has a thickness between 0.25 and 1.2 mm, - the solidified polyurethane adhesive dispersion has a basis weight between 65 and 155 g/m 2 and reaches by between 0.02 and 0.55 mm into the backing and is not filmingly bound or attached to the textile fibers, instead merely sheathing them wholly or partly, - the coating has a thickness of 0.09 to 0.21 mm and a hardness between 25 and 55 Shore A, - the backing is bonded on its side opposite the coating to a layer of polychloroprene foam which has a closed-cell structure of the foam rubber type and a density between 0.05 and 0.42 g/cm 3, preferably between 0.06 to 0.28 g/cm 3, wherein the layer has a thickness between 1.0 and 4.5 mm and is bound to the backing with an adhesive containing polychloroprene and/or polyurethane or directly in the course of its production.
An electrode system capable of delivering a defibrillation current and configured to be disposed within a wearable defibrillator device, the electrode system, comprising: a gel deployment receptacle; a shell defining a gel chamber; a bladder disposed within the gel chamber, the bladder configured to house the conductive gel; a fluid inlet in fluid communication with the gel chamber; a plurality of apertures in fluid communication with the gel chamber for releasing the conductive gel from within the gel chamber onto the body of the subject; a fluid pump in fluid communication with the gel deployment receptacle via the fluid inlet for providing pressurized fluid to the gel chamber; and a seal configured to rupture responsive to a pressure of a fluid received at the fluid inlet from the fluid pump, the seal being disposed at one of an opening in the bladder, between the bladder and the plurality of shell apertures, and within a gel conduit. a gel deployment receptacle; a shell defining a gel chamber; a bladder disposed within the gel chamber, the bladder configured to house the conductive gel; a fluid inlet in fluid communication with the gel chamber; a plurality of apertures in fluid communication with the gel chamber for releasing the conductive gel from within the gel chamber onto the body of the subject; a fluid pump in fluid communication with the gel deployment receptacle via the fluid inlet for providing pressurized fluid to the gel chamber; and a seal configured to rupture responsive to a pressure of a fluid received at the fluid inlet from the fluid pump, the seal being disposed at one of an opening in the bladder, between the bladder and the plurality of shell apertures, and within a gel conduit.
An electrical switching device comprising a rocking push-button which influences an electrical control of various switching devices, such as of selector switches, rocker switches, multiple-way switches, single-pole and double-pole switches, and similar, wherein the swinging motion of the rocking element of the switching device is obtained by said rocking push-button which acts via an elastic means and a toggle slider to the rocking element, said elastic means is inserted into a tubular extension of a rocking push-button, which projects through a cover into a body of the electrical switching device up to the immediate vicinity of a switching element, which can be actuated by means of the rocking push-button with said elastic means and the toggle slider, characterized in that the free end of the tubular extension is formed with a snap-on blocking means configured to receive and to movably cooperate with a counter-blocking means formed on said toggle slider.
Method for encoding a first image in a set of images, in which the first image is split into blocks, each block being encoded according to one among a plurality of coding modes comprising at least one coding mode of the temporal correlation prediction type using a plurality of images from the set of images, the method comprising, for a current block of the first image: determining a first motion estimation vector of the current block, the first motion estimation vector pointing to a block correlated with the current block in a second image from the set of images, distinct from the first image and previously coded according to a predefined encoding sequence of the images from the set of images; determining a value of a visual distortion metric for a coding mode of the temporal correlation prediction type, the visual distortion metric using a distance between a first temporal prediction vector of the current block pointing to the second image and the first motion estimation vector of the current block; using the value of the visual distortion metric for encoding the current block, the method further comprising: determining a plurality of values of a decision criterion for respectively different test coding modes of the current block, the decision criterion comprising the visual distortion metric; and selecting a coding mode corresponding to a minimum of the respective values of the decision criterion for the different test coding modes of the current block. determining a first motion estimation vector of the current block, the first motion estimation vector pointing to a block correlated with the current block in a second image from the set of images, distinct from the first image and previously coded according to a predefined encoding sequence of the images from the set of images; determining a value of a visual distortion metric for a coding mode of the temporal correlation prediction type, the visual distortion metric using a distance between a first temporal prediction vector of the current block pointing to the second image and the first motion estimation vector of the current block; using the value of the visual distortion metric for encoding the current block, the method further comprising: determining a plurality of values of a decision criterion for respectively different test coding modes of the current block, the decision criterion comprising the visual distortion metric; and selecting a coding mode corresponding to a minimum of the respective values of the decision criterion for the different test coding modes of the current block. determining a plurality of values of a decision criterion for respectively different test coding modes of the current block, the decision criterion comprising the visual distortion metric; and selecting a coding mode corresponding to a minimum of the respective values of the decision criterion for the different test coding modes of the current block.
A composition comprising: a) a plasticizer comprising 5 to 95 wt. % of a carbohydrate ester comprising one or more of: α-glucose pentaacetate, β-glucose pentaacetate, α-glucose pentapropionate, β-glucose pentapropionate, α-glucose pentabutyrate and β-glucose pentabutyrate; and b) from 5 to 95 wt. % of a C 2 -C 10 ester of cellulose having a DS of from 0.7 to 3.0; wherein the percentages are based on the weight of component plus component. a) a plasticizer comprising 5 to 95 wt. % of a carbohydrate ester comprising one or more of: α-glucose pentaacetate, β-glucose pentaacetate, α-glucose pentapropionate, β-glucose pentapropionate, α-glucose pentabutyrate and β-glucose pentabutyrate; and b) from 5 to 95 wt. % of a C 2 -C 10 ester of cellulose having a DS of from 0.7 to 3.0; wherein the percentages are based on the weight of component plus component.
Conveying installation having a conveying belt comprising at least one side wall constructed from in each case one polymeric material with elastic properties and/or from at least one cleat constructed from in each case one polymeric material with elastic properties, and also, furthermore, having drums, carrying rollers and having carrying structures, the conveying installation forming a materials-conveying upper strand with a charging location for the conveyed materials, and a usually materials-free lower strand, at least one side wall and/or at least one cleat of the conveying belt comprising at least one foamed polymer mixture, characterized in that the rubber for the foamed polymer mixture is selected from the group consisting of natural rubber and/or chloroprene rubber and/or styrenebutadiene rubber and/or butyl rubber and/or ethylene-propylene rubber and/or ethylene-propylene-diene rubber (EPDM) and in that the foamed polymer mixture comprises an expandant based on at least one acrylonitrile polymer.
A method of printing, the method comprising: providing a print head configured to feed a print material filament (107, 202) from a spool (109, 201) through a material guide to a heated nozzle, an X-Y planar control for moving the print head in an X-Y plane, and a print platform upon which a base is printed; detecting a filament spool (109, 201) indicium; correlating the filament spool (109, 201) indicium to a physical characteristic of the print material filament (107, 202) stored in a first memory (1125, 1130); and modifying a print parameter responsive to the physical characteristic of the print material filament (107, 202). providing a print head configured to feed a print material filament (107, 202) from a spool (109, 201) through a material guide to a heated nozzle, an X-Y planar control for moving the print head in an X-Y plane, and a print platform upon which a base is printed; detecting a filament spool (109, 201) indicium; correlating the filament spool (109, 201) indicium to a physical characteristic of the print material filament (107, 202) stored in a first memory (1125, 1130); and modifying a print parameter responsive to the physical characteristic of the print material filament (107, 202).
A built-in barbeque-grill characterized by comprising: - a boxed frame which can be built in; - a cooking compartment, which is arranged within the boxed frame and has an access opening, obtained on a side wall of the boxed frame; - a hotplate, which is arranged within the cooking compartment so as to be positioned above the food resting grill; characterized in that it is structured in such a way that, during the cooking of food, the interior space of the cooking compartment always remains in communication with the external space to ensure that the air outside the cooking compartment can flow freely within the cooking compartment; the built-in barbeque-grill further comprising: - a food resting grill fixed to a support structure, which is adapted to slide within the cooking compartment along a first axis between a retracted position, wherein the food resting grill is arranged within the cooking compartment, and an extracted position, wherein the food resting grill is arranged outside the cooking compartment itself; and - a exhaust fan apparatus, which is arranged within the boxed frame and is structured to extract and filter the fumes generated in the cooking compartment from the food laid upon the food resting grill to convey them towards an odour/fume exhaust opening formed on a wall of the boxed frame itself. - a boxed frame which can be built in; - a cooking compartment, which is arranged within the boxed frame and has an access opening, obtained on a side wall of the boxed frame; - a hotplate, which is arranged within the cooking compartment so as to be positioned above the food resting grill; characterized in that it is structured in such a way that, during the cooking of food, the interior space of the cooking compartment always remains in communication with the external space to ensure that the air outside the cooking compartment can flow freely within the cooking compartment; the built-in barbeque-grill further comprising: - a food resting grill fixed to a support structure, which is adapted to slide within the cooking compartment along a first axis between a retracted position, wherein the food resting grill is arranged within the cooking compartment, and an extracted position, wherein the food resting grill is arranged outside the cooking compartment itself; and - a exhaust fan apparatus, which is arranged within the boxed frame and is structured to extract and filter the fumes generated in the cooking compartment from the food laid upon the food resting grill to convey them towards an odour/fume exhaust opening formed on a wall of the boxed frame itself.