mhurhangee/patent-ind-claim-en huggingface dataset:
A method of making a vacuum insulated glass (VIG) window unit , the method comprising: having first and second substantially parallel substrates , a plurality of spacers and a seal provided between the first and second substrates , and a cavity to be evacuated to a pressure less than atmospheric pressure located between the substrates , and a hybrid getter supported by the first substrate ; the hybrid getter comprising non-evaporative getter (NEG) material and evaporative getter (EG) material , the EG material at least partially covering the NEG material ; and activating the hybrid getter .
An implantable medical system, comprising: a housing; a power source disposed within the housing; and an operational circuit disposed within the housing and coupled to the power source, the operational circuit having; a first electrode terminal and a second electrode terminal ; an output circuit configured to deliver an electrical stimulation therapy through the first and second electrode terminals, wherein the output circuit includes four interconnected switches ; and a control circuit configured to evaluate an electrical parameter associated with the output circuit and to control generation of the electrical stimulation therapy responsive to a result of the evaluated parameter, wherein the control circuit biases at least one of the four interconnected switches into a non-conducting state during the measurement of the electrical parameter and wherein the measured electrical parameter is based on a leakage current of at least one of the switches and measured across a load comprising the heart. a housing; a power source disposed within the housing; and an operational circuit disposed within the housing and coupled to the power source, the operational circuit having; a first electrode terminal and a second electrode terminal ; an output circuit configured to deliver an electrical stimulation therapy through the first and second electrode terminals, wherein the output circuit includes four interconnected switches ; and a control circuit configured to evaluate an electrical parameter associated with the output circuit and to control generation of the electrical stimulation therapy responsive to a result of the evaluated parameter, a first electrode terminal and a second electrode terminal ; an output circuit configured to deliver an electrical stimulation therapy through the first and second electrode terminals, wherein the output circuit includes four interconnected switches ; and a control circuit configured to evaluate an electrical parameter associated with the output circuit and to control generation of the electrical stimulation therapy responsive to a result of the evaluated parameter, wherein the control circuit biases at least one of the four interconnected switches into a non-conducting state during the measurement of the electrical parameter and wherein the measured electrical parameter is based on a leakage current of at least one of the switches and measured across a load comprising the heart.
A pneumatic tire comprising: a first and a second sidewall each axially spaced apart from one another and extending from respective opposite ends of a tread ; and at least one of the first and second sidewalls having an annular exterior surface with an irregular rough surface texture , the irregular rough surface texture : defining recessed portions disposed non-uniformly between raised portions , the recessed portions having an irregularity depth 0.3 millimeters, being integrally formed on the annular exterior surface , and the tire being characterized in that the irregular rough surface texture is formed so as to provide a non-uniform, coarse surface texture finish that extends continuously circumferentially along the annular exterior surface of the at least one of the first and second sidewalls . a first and a second sidewall each axially spaced apart from one another and extending from respective opposite ends of a tread ; and at least one of the first and second sidewalls having an annular exterior surface with an irregular rough surface texture , the irregular rough surface texture : defining recessed portions disposed non-uniformly between raised portions , the recessed portions having an irregularity depth 0.3 millimeters, being integrally formed on the annular exterior surface , and the tire being characterized in that the irregular rough surface texture is formed so as to provide a non-uniform, coarse surface texture finish that extends continuously circumferentially along the annular exterior surface of the at least one of the first and second sidewalls . defining recessed portions disposed non-uniformly between raised portions , the recessed portions having an irregularity depth 0.3 millimeters, being integrally formed on the annular exterior surface , and the tire being characterized in that the irregular rough surface texture is formed so as to provide a non-uniform, coarse surface texture finish that extends continuously circumferentially along the annular exterior surface of the at least one of the first and second sidewalls .
Apparatus for generating accelerated electrons, comprising a housing , which delimits an evacuable space (102a; 102b) and comprises an electron exit window ; an inlet for the supply of a working gas into the evacuable space ; at least one first cathode and at least one first anode, between which a glow discharge plasma is able to be generated in the evacuable space by means of a first applicable voltage, wherein ions from the glow discharge plasma are able to be accelerated towards the surface of a second cathode and electrons which are able to be emitted by the second cathode are able to be accelerated in the direction of the electron exit window by means of a second voltage applicable between the second cathode and a second anode , wherein the housing , the second cathode , and the electron exit window have a ring-shaped form, wherein the surface perpendicular lines of the electron exit window and of the surface region of the second cathode , from which electrons are able to be emitted, are oriented towards the ring interior of the ring-shaped housing , wherein the first anode is formed as a number of wire-shaped electrodes , which extend through the space , characterized in that the ring-shaped space is divided by means of walls into ring segments , wherein each ring segment comprises at least one wire-shaped electrode , which extends through the ring segment , and at least one separate power supply unit is assigned to each ring segment , by means of which the strength of the electric current which flows through the at least one electrode of a respective ring segment is adjustable.
Tread for tyre comprising a rubber composition based on at least: - from 10 to 90 phr of a first diene elastomer, the first diene elastomer being a polybutadiene-based elastomer, modified with a functional group capable of interacting with silica as reinforcing filler, the first diene elastomer exhibiting a glass transition temperature of less than -80°C, - from 10 to 90 phr of a second diene elastomer, the second diene elastomer being a styrene/butadiene copolymer exhibiting a glass transition temperature of greater than - 80°C, - from 90 to 150 phr of silica as reinforcing filler, - a coupling agent, - a plasticizing system comprising a plasticizing resin exhibiting a glass transition temperature of greater than 20°C, - a crosslinking system based on organic peroxide, the total content of the first diene elastomer and of the second diene elastomer in the composition being within a range extending from 80 to 100 phr. - from 10 to 90 phr of a first diene elastomer, the first diene elastomer being a polybutadiene-based elastomer, modified with a functional group capable of interacting with silica as reinforcing filler, the first diene elastomer exhibiting a glass transition temperature of less than -80°C, - from 10 to 90 phr of a second diene elastomer, the second diene elastomer being a styrene/butadiene copolymer exhibiting a glass transition temperature of greater than - 80°C, - from 90 to 150 phr of silica as reinforcing filler, - a coupling agent, - a plasticizing system comprising a plasticizing resin exhibiting a glass transition temperature of greater than 20°C, - a crosslinking system based on organic peroxide,
A fluid ejection die comprising: a first column of contact pads; a second column of contact pads aligned with the first column of contact pads; and a column of fluid actuation devices , characterised in that the column of fluid actuation devices is disposed longitudinally to the first column of contact pads, and in that the column of fluid actuation devices is arranged between the first column of contact pads and the second column of contact pads. a first column of contact pads; a second column of contact pads aligned with the first column of contact pads; and a column of fluid actuation devices , characterised in that the column of fluid actuation devices is disposed longitudinally to the first column of contact pads, and in that the column of fluid actuation devices is arranged between the first column of contact pads and the second column of contact pads.
An image processing apparatus , comprising: image obtaining means for obtaining images based on image capturing by a plurality of cameras capturing an imaging area in a plurality of directions; information obtaining means for obtaining viewpoint information that indicates a virtual viewpoint; and generation means for generating a virtual viewpoint image based on the images obtained by the image obtaining means and the viewpoint information obtained by the information obtaining means, so that in the virtual viewpoint image, a first object in the imaging area is displayed with transparency determined based on a positional relationship between the first object and a second object of interest that is determined among a plurality of objects, wherein transparency of the first object when it is at a position that shields the second object in the virtual viewpoint image is higher than when it is at a position that does not shield the second object, characterized in that whether a shade of a shielding object is displayed or not in the virtual viewpoint image is set based on user interaction, and even if the first object is made transparent, a shade of the first object is displayed in the virtual viewpoint image based on setting that the shade of the shielding object is displayed in the virtual viewpoint image. image obtaining means for obtaining images based on image capturing by a plurality of cameras capturing an imaging area in a plurality of directions; information obtaining means for obtaining viewpoint information that indicates a virtual viewpoint; and generation means for generating a virtual viewpoint image based on the images obtained by the image obtaining means and the viewpoint information obtained by the information obtaining means, so that in the virtual viewpoint image, a first object in the imaging area is displayed with transparency determined based on a positional relationship between the first object and a second object of interest that is determined among a plurality of objects, wherein transparency of the first object when it is at a position that shields the second object in the virtual viewpoint image is higher than when it is at a position that does not shield the second object, whether a shade of a shielding object is displayed or not in the virtual viewpoint image is set based on user interaction, and even if the first object is made transparent, a shade of the first object is displayed in the virtual viewpoint image based on setting that the shade of the shielding object is displayed in the virtual viewpoint image.
A method for segmentation Nd-Fe-B magnets including the steps as follows: a) Pickling and phosphating or sandblasting the surface of Ne-Fe-B magnets to remove rust and oil stains; b) Degreasing and activating the treated surfaces of the Nd-Fe-B magnets; c) Dot-coating an insulating adhesive on the surfaces of Nd-Fe-B magnets, wherein the number of dots is more than 3; d) Putting the Nd-Fe-B magnets into an oven and curing at a temperature from 20°C to 200°C for 0.1h to 24h; e) Degreasing and activating the treated surfaces of the Nd-Fe-B magnets; f) Apply an insulating adhesive on the surfaces of Nd-Fe-B magnets; g) Stacking the Nd-Fe-B magnets together with a fixture tool and curing the insulating adhesive under pressure of 0.1Mpa to 20Mpa and a temperature from 20°C to 200°C; h) Cutting the bonded Nd-Fe-B magnets to a target size; and i) Coating the surfaces of the segmented Nd-Fe-B magnets. a) Pickling and phosphating or sandblasting the surface of Ne-Fe-B magnets to remove rust and oil stains; b) Degreasing and activating the treated surfaces of the Nd-Fe-B magnets; c) Dot-coating an insulating adhesive on the surfaces of Nd-Fe-B magnets, wherein the number of dots is more than 3; d) Putting the Nd-Fe-B magnets into an oven and curing at a temperature from 20°C to 200°C for 0.1h to 24h; e) Degreasing and activating the treated surfaces of the Nd-Fe-B magnets; f) Apply an insulating adhesive on the surfaces of Nd-Fe-B magnets; g) Stacking the Nd-Fe-B magnets together with a fixture tool and curing the insulating adhesive under pressure of 0.1Mpa to 20Mpa and a temperature from 20°C to 200°C; h) Cutting the bonded Nd-Fe-B magnets to a target size; and i) Coating the surfaces of the segmented Nd-Fe-B magnets.
A method of selectively protecting attachment data addressed to a mobile device , comprising: receiving, from an enterprise resource , an attachment to a message, the message addressed to the mobile device ; determining whether to encrypt the attachment based on one or more configurable access policies of an enterprise, wherein the one or more configurable access policies of the enterprise describe which mobile devices receive encrypted attachments and/or what type of attachments are encrypted; and when a determination is made to encrypt the attachment based on the one or more configurable access policies of an enterprise: identifying and stripping attachment data from the message; encrypting the attachment data using an attachment key; causing transmission of the encrypted attachment data to the mobile device in place of the attachment in response to a user of the mobile device attempting to open the attachment; encrypting the attachment key used to encrypt the attachment data; and causing transmission of the encrypted attachment key with the encrypted attachment data to the mobile device . receiving, from an enterprise resource , an attachment to a message, the message addressed to the mobile device ; determining whether to encrypt the attachment based on one or more configurable access policies of an enterprise, wherein the one or more configurable access policies of the enterprise describe which mobile devices receive encrypted attachments and/or what type of attachments are encrypted; and when a determination is made to encrypt the attachment based on the one or more configurable access policies of an enterprise: identifying and stripping attachment data from the message; encrypting the attachment data using an attachment key; causing transmission of the encrypted attachment data to the mobile device in place of the attachment in response to a user of the mobile device attempting to open the attachment; encrypting the attachment key used to encrypt the attachment data; and causing transmission of the encrypted attachment key with the encrypted attachment data to the mobile device . identifying and stripping attachment data from the message; encrypting the attachment data using an attachment key; causing transmission of the encrypted attachment data to the mobile device in place of the attachment in response to a user of the mobile device attempting to open the attachment; encrypting the attachment key used to encrypt the attachment data; and causing transmission of the encrypted attachment key with the encrypted attachment data to the mobile device .
Periscope for vehicles, in particular for cars, comprising a camera associated with a first end of a rod , a second end of said rod , opposite to said first end , being configured to be associated with a roof (T) of a vehicle (V), in at least one configuration of use of said periscope , said camera being positioned at a height greater than or equal to 30 cm with respect to said roof (T) of said vehicle (V) and being adapted to detect a plurality of images of the space in front of said vehicle (V) in the direction of travel of said vehicle (V), said periscope further comprising displaying means of said plurality of images detectable by said camera , and transmission means of said plurality of images from said camera to said displaying means , said displaying means being placeable inside a passenger compartment (A) of said vehicle (V) in order to be viewed by a driver of said vehicle (V); said rod being movable by a configuration of use of said periscope in which said camera is positioned at said height greater than or equal to 30 cm with respect to said roof (T) of said vehicle (V), to a rest configuration in which said camera is lowered substantially at the level of said roof (T) of said vehicle (V), said periscope comprising moving means of said rod from said configuration of use of said periscope to said rest configuration and vice versa; characterised in that the moving means comprise one or two wings fixed to said rod near said first end , adapted to intercept the air flow generated by the movement of said vehicle (V) in said direction of travel to lift said rod from said rest configuration to said configuration of use of said periscope .
Method for exchanging roller batteries on supports of cableway installations, characterized in that a service vehicle is driven to the support , in that a new roller battery is provided on the ground under the support, in that the service vehicle is lifted from the cable and fastened directly to the support , in that a cable running on the roller battery is lifted from the roller battery , in that the roller battery is then dismounted and lowered to the ground with the aid of a winch and the new roller battery is lifted and mounted with the aid of the winch , and in that , finally, the cable is laid again on the roller battery .
A method of fabricating a composite material part, the method comprising the steps of: • making a consolidated fiber preform, the fibers of the preform being carbon or ceramic fibers and being coated with an interphase; • obtaining a consolidated and partially densified fiber preform, the partial densification comprising using chemical vapor infiltration to form a first matrix phase on the interphase; and • continuing densification of the fiber preform by infiltrating an infiltration composition containing at least silicon and at least one other element suitable for lowering the melting temperature of the infiltration composition to a temperature less than or equal to 1150°C, the infiltration composition includes nickel, the proportion by weight of nickel in said composition lying in the range 50% to 75%. • making a consolidated fiber preform, the fibers of the preform being carbon or ceramic fibers and being coated with an interphase; • obtaining a consolidated and partially densified fiber preform, the partial densification comprising using chemical vapor infiltration to form a first matrix phase on the interphase; and • continuing densification of the fiber preform by infiltrating an infiltration composition containing at least silicon and at least one other element suitable for lowering the melting temperature of the infiltration composition to a temperature less than or equal to 1150°C, the infiltration composition includes nickel, the proportion by weight of nickel in said composition lying in the range 50% to 75%.
Polymer-based substrate, comprising a substrate base body made using a polymeric material and a two- or multi-layer coating applied to a surface region of the substrate base body, wherein a first layer of the coating is configured as a bonding layer and is arranged in contact with the surface region of the substrate base body, wherein a second layer of the coating is configured as a lacquerable cover layer, wherein at least one layer of the coating is produced as a layer with reduced surface resistance using a proportion of an electrically non-insulating material, such that it results in a specific surface resistance of this layer of about 10 10 Ohm or less, and wherein at least one layer of the coating is configured as a film.
Shoe , in particular a sports shoe, having an upper and a sole connected to said upper , wherein at least some areas of the sole consist of a number of hollow bodies embedded in a carrier material , wherein said carrier material consists of a foamed plastic material, characterized in that the material of the hollow bodies is expanded thermoplastic polyurethane (E-TPU).
An apparatus comprising: a processor; and a memory including computer program code for one or more programs, the memory and the computer program code configured to, with the one processor, cause the apparatus to perform the following: process sensor data from sensors of a vehicle travelling on a travel segment to determine a road-vehicle friction change associated with the travel segment; cause a comparison of the road-vehicle friction change to a guideline friction map for a plurality of travel segments including the travelled-on travel segment, the guideline friction map having been generated from friction data collected under standard road conditions by at least one vehicle travelling on the plurality of travel segments; and determine a response action for the vehicle travelling on the travel segment to the road-friction change based on the comparison. a processor; and a memory including computer program code for one or more programs, the memory and the computer program code configured to, with the one processor, cause the apparatus to perform the following: process sensor data from sensors of a vehicle travelling on a travel segment to determine a road-vehicle friction change associated with the travel segment; cause a comparison of the road-vehicle friction change to a guideline friction map for a plurality of travel segments including the travelled-on travel segment, the guideline friction map having been generated from friction data collected under standard road conditions by at least one vehicle travelling on the plurality of travel segments; and determine a response action for the vehicle travelling on the travel segment to the road-friction change based on the comparison. process sensor data from sensors of a vehicle travelling on a travel segment to determine a road-vehicle friction change associated with the travel segment; cause a comparison of the road-vehicle friction change to a guideline friction map for a plurality of travel segments including the travelled-on travel segment, the guideline friction map having been generated from friction data collected under standard road conditions by at least one vehicle travelling on the plurality of travel segments; and determine a response action for the vehicle travelling on the travel segment to the road-friction change based on the comparison.
A vehicle combination having a towing vehicle (Z) and a trailer (A), wherein the trailer (A) has a drive which is coupled to a wheel of the trailer (A), wherein a control unit is provided and is designed to receive a signal (S) of a sensor (T), wherein the control unit controls the operation of the drive as a function of the signal (S) characterized in that a first sensor (T 1 ) senses the angular orientation between the towing vehicle (Z) and the trailer (A) and transmits it as a first signal (S 1 ) to the control unit , wherein the control unit determines an actual angle (α) from the first signal (S 1 ), and compares said actual angle (α) with a limiting angle (β), wherein the control unit activates the drive only if the actual angle (α) is smaller than the limiting angle (β), wherein the limiting angle (β) is between 10° and 45°.